LabJack — DAQ devices

Introduction

htf offers native support for LabJack’s DAQ devices to easily use them in tests without the need of a driver (except on Windows, where a driver is necessary).

Limitations

Streaming is not yet implemented.

Preparation on Linux

Simply install libusb and everything works out of the box, even from within Docker.

Driver installation on Windows

The easiest way to use LabJack devices via USB is to install the LJM software package that includes an USB driver. It can be downloaded here.

Alternatively you can use libusb as a driver for USB communication. To do that, please follow the installation instructions from libusb.

Supported devices

htf supports the following LabJack devices

• T4

• T7

• T7-Pro

• T8

List USB devices

To list connected USB devices, run

labjack list
# 0cd5:0007 (bus 1, device 76): LabJack T7 'My_T7_123' Ethernet: 192.168.0.100 Wifi: <not connected>

The output lists all connected devices with the device name and IP addresses. It does not search for devices via network.

Opening USB devices

To open any USB device, do not pass any parameters when instantiating a client.

from htf.labjack import T7
labjack_device = T7()
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1896' host=192.168.0.100 port=502>

To open a USB device explitly pass the device name.

from htf.labjack import T7
labjack_device = T7(name="My_T7_1234")  # use your device's name instead
print(labjack_device)
# <T7 connection='USB' name='My_T7_1234'>

Opening Modbus TCP devices

To open a device via Modbus TCP use the ip address or host name when instantiating the client.

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1234' host='my-labjack-device' port=502>
# or
labjack_device = T7(host="192.168.0.100")
print(labjack_device)
# <T7 connection='Modbus TCP' name='My_T7_1234' host='192.168.0.100' port=502>

Interaction with the devices

All devices have a respective class named after the device name, which provides attributes that can be read or written to to access Modbus registers. In addition, convenience functions are provided to improve ease of use.

The attributes have the same name as the Modbus registers, but in lower case.

For example the following code reads the current value from AIN0 as float. The corresponding Modbus register is read automatically.

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
current_ain: float = labjack_device.ain0

To output 3 V on DAC0, simply run:

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
labjack_device.dac0 = 3.0

Transactions

By default all communication with a LabJack devices is locked (thread-safe). Additionally, all convenience functions use another lock to assure that multiple commands are run without an interruption.

To run multiple commands from user code, use a with statement:

from htf.labjack import T7

labjack_device = T7(host="my-labjack-device")
with labjack_device as device:
    # all commands in this context block are executed as a transaction that cannot be interrupted
    current_ain0: float = device.ain0
    current_ain1: float = device.ain1
    current_ain2: float = device.ain2

Examples

Digital Input

To read the current state of EIO0, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
eio0: int = device.eio0
print(f"{eio0=}")

Digital Output

To set the current state of EIO0 to 1, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.eio0 = 1

Analog Input

To read the current value of AIN0, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.setup_ain0(range_=5.0, settling_time_us=0, resolution_index=0)  # optional
ain0: float = device.ain0
print(f"{ain0=}")

Analog Output

To set DAC0 to 5 V, run:

from htf.labjack import T7

device = T7(host="my-labjack-device")
device.dac0 = 5.0

Example usage in tests

The following example shows a self test for LabJack T7 in a test with a fixture and settings.

Local settings are located in settings.yml:

labjack:
  hostname: 10.0.0.83

A fixture to use the device is located in fixtures.py:

import htf
from htf.labjack.t7 import T7


@htf.fixture(scope="test")
def t7(settings: htf.Settings) -> T7:
    device = T7(host=settings.labjack.hostname)
    yield device
    device.close()

An example test can be found in example.py:

import htf


def test_t7_analog_io(t7, step) -> None:
    """
    External wiring:
    DAC0<--->AIN0+AIN1
    DAC1<--->AIN2+AIN3
    """
    with step("Test analog IO"):
        with step("Setup AIN"):
            t7.setup_ain_all(range_=5.0, settling_time_us=10000)
            t7.setup_ain0(range_=5.0, settling_time_us=10000)
            t7.setup_ain1(range_=5.0, settling_time_us=10000)
            t7.setup_ain2(range_=5.0, settling_time_us=10000)
            t7.setup_ain3(range_=5.0, settling_time_us=10000)

        with step("Set all DAC to 0 V"):
            t7.dac0 = 0.0
            t7.dac1 = 0.0
            htf.assert_almost_equal(t7.ain0, 0.0, places=1)
            htf.assert_almost_equal(t7.ain1, 0.0, places=1)
            htf.assert_almost_equal(t7.ain2, 0.0, places=1)
            htf.assert_almost_equal(t7.ain3, 0.0, places=1)

        with step("Set DAC0 to 5 V"):
            t7.dac0 = 5.0
            htf.assert_almost_equal(t7.ain0, 5.0, places=1)
            htf.assert_almost_equal(t7.ain1, 5.0, places=1)
            htf.assert_almost_equal(t7.ain2, 0.0, places=1)
            htf.assert_almost_equal(t7.ain3, 0.0, places=1)

        with step("Set DAC1 to 3 V"):
            t7.dac1 = 3.0
            htf.assert_almost_equal(t7.ain0, 5.0, places=1)
            htf.assert_almost_equal(t7.ain1, 5.0, places=1)
            htf.assert_almost_equal(t7.ain2, 3.0, places=1)
            htf.assert_almost_equal(t7.ain3, 3.0, places=1)


def test_t7_digital_io(t7, step) -> None:
    """
    External wiring:

    FIO0<--->FIO1
    FIO2<--->GND
    FIO3<--->NC
    """
    with step("Test digital IO"):
        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO0 and FIO1 both inputs"):
            print(f"{t7.fio0=}")
            print(f"{t7.fio1=}")
            htf.assert_equal(t7.fio0, 1)
            htf.assert_equal(t7.fio1, 1)

        with step("Check that FIO0 drives HIGH and FIO1 reads HIGH"):
            t7.fio0 = 1
            htf.assert_equal(t7.fio0, 1)
            htf.assert_equal(t7.fio1, 1)

        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO1 drives HIGH and FIO0 reads HIGH"):
            t7.fio1 = 1
            htf.assert_equal(t7.fio1, 1)
            htf.assert_equal(t7.fio0, 1)

        with step("Set FIO0 and FIO1 to input"):
            t7.fio0  # read value to make FIO0 an input
            t7.fio1  # read value to make FIO1 an input

        with step("Check that FIO2 reads GND"):
            htf.assert_equal(t7.fio2, 0)

        with step("Check that FIO3 reads HIGH"):
            htf.assert_equal(t7.fio3, 1)


if __name__ == "__main__":
    htf.main()

LabJack T4

class htf.labjack.T4(*, name: str | None = None, host: str | None = None, port: int = 502, debuglevel: int = 0, timeout: float = 1.0, retries: int = 0)

LabJack adapter for the T4.

Parameters:

• name – If name is set the USB device’s name is checked against it. If host is None a USB device is opened.

• host – If host is set a Modbus-TCP connection is opened. Name must not be set at the same time.

• port – The Modbus-TCP port to be used

• debuglevel – If set the Modbus packets are printed

• timeout – The timeout for every request

• retries – The number of retries for Modbus communication

property ain0: float

Returns the voltage of the specified analog input.

Register: AIN0 (AIN#(0:11)@0)

Address: 0

property ain0_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN0_BINARY (AIN#(0:254)_BINARY@0)

Address: 50000

property ain0_ef_config_a: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@0)

Address: 9300

property ain0_ef_config_b: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@0)

Address: 9600

property ain0_ef_config_c: int

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@0)

Address: 9900

property ain0_ef_config_d: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@0)

Address: 10200

property ain0_ef_config_e: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@0)

Address: 10500

property ain0_ef_config_f: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@0)

Address: 10800

property ain0_ef_config_g: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@0)

Address: 11100

property ain0_ef_config_h: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@0)

Address: 11400

property ain0_ef_config_i: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@0)

Address: 11700

property ain0_ef_config_j: float

Function dependent on selected feature index.

Register: AIN0_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@0)

Address: 12000

property ain0_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN0_EF_INDEX (AIN#(0:149)_EF_INDEX@0)

Address: 9000

property ain0_ef_read_a: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_A (AIN#(0:149)_EF_READ_A@0)

Address: 7000

property ain0_ef_read_b: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_B (AIN#(0:149)_EF_READ_B@0)

Address: 7300

property ain0_ef_read_c: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_C (AIN#(0:149)_EF_READ_C@0)

Address: 7600

property ain0_ef_read_d: float

Function dependent on selected feature index.

Register: AIN0_EF_READ_D (AIN#(0:149)_EF_READ_D@0)

Address: 7900

property ain0_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN0_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@0)

Address: 41000

property ain0_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN0_RANGE (AIN#(0:3)_RANGE@0)

Address: 40000

property ain0_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN0_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@0)

Address: 41500

property ain0_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN0_SETTLING_US (AIN#(0:3)_SETTLING_US@0)

Address: 42000

property ain1: float

Returns the voltage of the specified analog input.

Register: AIN1 (AIN#(0:11)@1)

Address: 2

property ain10: float

Returns the voltage of the specified analog input.

Register: AIN10 (AIN#(0:11)@10)

Address: 20

property ain100_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN100_BINARY (AIN#(0:254)_BINARY@100)

Address: 50200

property ain100_ef_config_a: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@100)

Address: 9500

property ain100_ef_config_b: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@100)

Address: 9800

property ain100_ef_config_c: int

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@100)

Address: 10100

property ain100_ef_config_d: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@100)

Address: 10400

property ain100_ef_config_e: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@100)

Address: 10700

property ain100_ef_config_f: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@100)

Address: 11000

property ain100_ef_config_g: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@100)

Address: 11300

property ain100_ef_config_h: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@100)

Address: 11600

property ain100_ef_config_i: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@100)

Address: 11900

property ain100_ef_config_j: float

Function dependent on selected feature index.

Register: AIN100_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@100)

Address: 12200

property ain100_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN100_EF_INDEX (AIN#(0:149)_EF_INDEX@100)

Address: 9200

property ain100_ef_read_a: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_A (AIN#(0:149)_EF_READ_A@100)

Address: 7200

property ain100_ef_read_b: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_B (AIN#(0:149)_EF_READ_B@100)

Address: 7500

property ain100_ef_read_c: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_C (AIN#(0:149)_EF_READ_C@100)

Address: 7800

property ain100_ef_read_d: float

Function dependent on selected feature index.

Register: AIN100_EF_READ_D (AIN#(0:149)_EF_READ_D@100)

Address: 8100

property ain101_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN101_BINARY (AIN#(0:254)_BINARY@101)

Address: 50202

property ain101_ef_config_a: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@101)

Address: 9502

property ain101_ef_config_b: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@101)

Address: 9802

property ain101_ef_config_c: int

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@101)

Address: 10102

property ain101_ef_config_d: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@101)

Address: 10402

property ain101_ef_config_e: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@101)

Address: 10702

property ain101_ef_config_f: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@101)

Address: 11002

property ain101_ef_config_g: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@101)

Address: 11302

property ain101_ef_config_h: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@101)

Address: 11602

property ain101_ef_config_i: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@101)

Address: 11902

property ain101_ef_config_j: float

Function dependent on selected feature index.

Register: AIN101_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@101)

Address: 12202

property ain101_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN101_EF_INDEX (AIN#(0:149)_EF_INDEX@101)

Address: 9202

property ain101_ef_read_a: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_A (AIN#(0:149)_EF_READ_A@101)

Address: 7202

property ain101_ef_read_b: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_B (AIN#(0:149)_EF_READ_B@101)

Address: 7502

property ain101_ef_read_c: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_C (AIN#(0:149)_EF_READ_C@101)

Address: 7802

property ain101_ef_read_d: float

Function dependent on selected feature index.

Register: AIN101_EF_READ_D (AIN#(0:149)_EF_READ_D@101)

Address: 8102

property ain102_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN102_BINARY (AIN#(0:254)_BINARY@102)

Address: 50204

property ain102_ef_config_a: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@102)

Address: 9504

property ain102_ef_config_b: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@102)

Address: 9804

property ain102_ef_config_c: int

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@102)

Address: 10104

property ain102_ef_config_d: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@102)

Address: 10404

property ain102_ef_config_e: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@102)

Address: 10704

property ain102_ef_config_f: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@102)

Address: 11004

property ain102_ef_config_g: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@102)

Address: 11304

property ain102_ef_config_h: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@102)

Address: 11604

property ain102_ef_config_i: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@102)

Address: 11904

property ain102_ef_config_j: float

Function dependent on selected feature index.

Register: AIN102_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@102)

Address: 12204

property ain102_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN102_EF_INDEX (AIN#(0:149)_EF_INDEX@102)

Address: 9204

property ain102_ef_read_a: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_A (AIN#(0:149)_EF_READ_A@102)

Address: 7204

property ain102_ef_read_b: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_B (AIN#(0:149)_EF_READ_B@102)

Address: 7504

property ain102_ef_read_c: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_C (AIN#(0:149)_EF_READ_C@102)

Address: 7804

property ain102_ef_read_d: float

Function dependent on selected feature index.

Register: AIN102_EF_READ_D (AIN#(0:149)_EF_READ_D@102)

Address: 8104

property ain103_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN103_BINARY (AIN#(0:254)_BINARY@103)

Address: 50206

property ain103_ef_config_a: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@103)

Address: 9506

property ain103_ef_config_b: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@103)

Address: 9806

property ain103_ef_config_c: int

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@103)

Address: 10106

property ain103_ef_config_d: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@103)

Address: 10406

property ain103_ef_config_e: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@103)

Address: 10706

property ain103_ef_config_f: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@103)

Address: 11006

property ain103_ef_config_g: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@103)

Address: 11306

property ain103_ef_config_h: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@103)

Address: 11606

property ain103_ef_config_i: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@103)

Address: 11906

property ain103_ef_config_j: float

Function dependent on selected feature index.

Register: AIN103_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@103)

Address: 12206

property ain103_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN103_EF_INDEX (AIN#(0:149)_EF_INDEX@103)

Address: 9206

property ain103_ef_read_a: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_A (AIN#(0:149)_EF_READ_A@103)

Address: 7206

property ain103_ef_read_b: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_B (AIN#(0:149)_EF_READ_B@103)

Address: 7506

property ain103_ef_read_c: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_C (AIN#(0:149)_EF_READ_C@103)

Address: 7806

property ain103_ef_read_d: float

Function dependent on selected feature index.

Register: AIN103_EF_READ_D (AIN#(0:149)_EF_READ_D@103)

Address: 8106

property ain104_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN104_BINARY (AIN#(0:254)_BINARY@104)

Address: 50208

property ain104_ef_config_a: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@104)

Address: 9508

property ain104_ef_config_b: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@104)

Address: 9808

property ain104_ef_config_c: int

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@104)

Address: 10108

property ain104_ef_config_d: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@104)

Address: 10408

property ain104_ef_config_e: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@104)

Address: 10708

property ain104_ef_config_f: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@104)

Address: 11008

property ain104_ef_config_g: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@104)

Address: 11308

property ain104_ef_config_h: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@104)

Address: 11608

property ain104_ef_config_i: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@104)

Address: 11908

property ain104_ef_config_j: float

Function dependent on selected feature index.

Register: AIN104_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@104)

Address: 12208

property ain104_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN104_EF_INDEX (AIN#(0:149)_EF_INDEX@104)

Address: 9208

property ain104_ef_read_a: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_A (AIN#(0:149)_EF_READ_A@104)

Address: 7208

property ain104_ef_read_b: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_B (AIN#(0:149)_EF_READ_B@104)

Address: 7508

property ain104_ef_read_c: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_C (AIN#(0:149)_EF_READ_C@104)

Address: 7808

property ain104_ef_read_d: float

Function dependent on selected feature index.

Register: AIN104_EF_READ_D (AIN#(0:149)_EF_READ_D@104)

Address: 8108

property ain105_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN105_BINARY (AIN#(0:254)_BINARY@105)

Address: 50210

property ain105_ef_config_a: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@105)

Address: 9510

property ain105_ef_config_b: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@105)

Address: 9810

property ain105_ef_config_c: int

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@105)

Address: 10110

property ain105_ef_config_d: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@105)

Address: 10410

property ain105_ef_config_e: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@105)

Address: 10710

property ain105_ef_config_f: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@105)

Address: 11010

property ain105_ef_config_g: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@105)

Address: 11310

property ain105_ef_config_h: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@105)

Address: 11610

property ain105_ef_config_i: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@105)

Address: 11910

property ain105_ef_config_j: float

Function dependent on selected feature index.

Register: AIN105_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@105)

Address: 12210

property ain105_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN105_EF_INDEX (AIN#(0:149)_EF_INDEX@105)

Address: 9210

property ain105_ef_read_a: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_A (AIN#(0:149)_EF_READ_A@105)

Address: 7210

property ain105_ef_read_b: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_B (AIN#(0:149)_EF_READ_B@105)

Address: 7510

property ain105_ef_read_c: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_C (AIN#(0:149)_EF_READ_C@105)

Address: 7810

property ain105_ef_read_d: float

Function dependent on selected feature index.

Register: AIN105_EF_READ_D (AIN#(0:149)_EF_READ_D@105)

Address: 8110

property ain106_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN106_BINARY (AIN#(0:254)_BINARY@106)

Address: 50212

property ain106_ef_config_a: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@106)

Address: 9512

property ain106_ef_config_b: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@106)

Address: 9812

property ain106_ef_config_c: int

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@106)

Address: 10112

property ain106_ef_config_d: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@106)

Address: 10412

property ain106_ef_config_e: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@106)

Address: 10712

property ain106_ef_config_f: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@106)

Address: 11012

property ain106_ef_config_g: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@106)

Address: 11312

property ain106_ef_config_h: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@106)

Address: 11612

property ain106_ef_config_i: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@106)

Address: 11912

property ain106_ef_config_j: float

Function dependent on selected feature index.

Register: AIN106_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@106)

Address: 12212

property ain106_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN106_EF_INDEX (AIN#(0:149)_EF_INDEX@106)

Address: 9212

property ain106_ef_read_a: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_A (AIN#(0:149)_EF_READ_A@106)

Address: 7212

property ain106_ef_read_b: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_B (AIN#(0:149)_EF_READ_B@106)

Address: 7512

property ain106_ef_read_c: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_C (AIN#(0:149)_EF_READ_C@106)

Address: 7812

property ain106_ef_read_d: float

Function dependent on selected feature index.

Register: AIN106_EF_READ_D (AIN#(0:149)_EF_READ_D@106)

Address: 8112

property ain107_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN107_BINARY (AIN#(0:254)_BINARY@107)

Address: 50214

property ain107_ef_config_a: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@107)

Address: 9514

property ain107_ef_config_b: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@107)

Address: 9814

property ain107_ef_config_c: int

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@107)

Address: 10114

property ain107_ef_config_d: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@107)

Address: 10414

property ain107_ef_config_e: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@107)

Address: 10714

property ain107_ef_config_f: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@107)

Address: 11014

property ain107_ef_config_g: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@107)

Address: 11314

property ain107_ef_config_h: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@107)

Address: 11614

property ain107_ef_config_i: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@107)

Address: 11914

property ain107_ef_config_j: float

Function dependent on selected feature index.

Register: AIN107_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@107)

Address: 12214

property ain107_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN107_EF_INDEX (AIN#(0:149)_EF_INDEX@107)

Address: 9214

property ain107_ef_read_a: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_A (AIN#(0:149)_EF_READ_A@107)

Address: 7214

property ain107_ef_read_b: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_B (AIN#(0:149)_EF_READ_B@107)

Address: 7514

property ain107_ef_read_c: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_C (AIN#(0:149)_EF_READ_C@107)

Address: 7814

property ain107_ef_read_d: float

Function dependent on selected feature index.

Register: AIN107_EF_READ_D (AIN#(0:149)_EF_READ_D@107)

Address: 8114

property ain108_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN108_BINARY (AIN#(0:254)_BINARY@108)

Address: 50216

property ain108_ef_config_a: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@108)

Address: 9516

property ain108_ef_config_b: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@108)

Address: 9816

property ain108_ef_config_c: int

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@108)

Address: 10116

property ain108_ef_config_d: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@108)

Address: 10416

property ain108_ef_config_e: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@108)

Address: 10716

property ain108_ef_config_f: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@108)

Address: 11016

property ain108_ef_config_g: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@108)

Address: 11316

property ain108_ef_config_h: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@108)

Address: 11616

property ain108_ef_config_i: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@108)

Address: 11916

property ain108_ef_config_j: float

Function dependent on selected feature index.

Register: AIN108_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@108)

Address: 12216

property ain108_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN108_EF_INDEX (AIN#(0:149)_EF_INDEX@108)

Address: 9216

property ain108_ef_read_a: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_A (AIN#(0:149)_EF_READ_A@108)

Address: 7216

property ain108_ef_read_b: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_B (AIN#(0:149)_EF_READ_B@108)

Address: 7516

property ain108_ef_read_c: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_C (AIN#(0:149)_EF_READ_C@108)

Address: 7816

property ain108_ef_read_d: float

Function dependent on selected feature index.

Register: AIN108_EF_READ_D (AIN#(0:149)_EF_READ_D@108)

Address: 8116

property ain109_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN109_BINARY (AIN#(0:254)_BINARY@109)

Address: 50218

property ain109_ef_config_a: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@109)

Address: 9518

property ain109_ef_config_b: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@109)

Address: 9818

property ain109_ef_config_c: int

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@109)

Address: 10118

property ain109_ef_config_d: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@109)

Address: 10418

property ain109_ef_config_e: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@109)

Address: 10718

property ain109_ef_config_f: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@109)

Address: 11018

property ain109_ef_config_g: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@109)

Address: 11318

property ain109_ef_config_h: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@109)

Address: 11618

property ain109_ef_config_i: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@109)

Address: 11918

property ain109_ef_config_j: float

Function dependent on selected feature index.

Register: AIN109_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@109)

Address: 12218

property ain109_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN109_EF_INDEX (AIN#(0:149)_EF_INDEX@109)

Address: 9218

property ain109_ef_read_a: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_A (AIN#(0:149)_EF_READ_A@109)

Address: 7218

property ain109_ef_read_b: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_B (AIN#(0:149)_EF_READ_B@109)

Address: 7518

property ain109_ef_read_c: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_C (AIN#(0:149)_EF_READ_C@109)

Address: 7818

property ain109_ef_read_d: float

Function dependent on selected feature index.

Register: AIN109_EF_READ_D (AIN#(0:149)_EF_READ_D@109)

Address: 8118

property ain10_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN10_BINARY (AIN#(0:254)_BINARY@10)

Address: 50020

property ain10_ef_config_a: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@10)

Address: 9320

property ain10_ef_config_b: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@10)

Address: 9620

property ain10_ef_config_c: int

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@10)

Address: 9920

property ain10_ef_config_d: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@10)

Address: 10220

property ain10_ef_config_e: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@10)

Address: 10520

property ain10_ef_config_f: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@10)

Address: 10820

property ain10_ef_config_g: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@10)

Address: 11120

property ain10_ef_config_h: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@10)

Address: 11420

property ain10_ef_config_i: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@10)

Address: 11720

property ain10_ef_config_j: float

Function dependent on selected feature index.

Register: AIN10_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@10)

Address: 12020

property ain10_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN10_EF_INDEX (AIN#(0:149)_EF_INDEX@10)

Address: 9020

property ain10_ef_read_a: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_A (AIN#(0:149)_EF_READ_A@10)

Address: 7020

property ain10_ef_read_b: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_B (AIN#(0:149)_EF_READ_B@10)

Address: 7320

property ain10_ef_read_c: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_C (AIN#(0:149)_EF_READ_C@10)

Address: 7620

property ain10_ef_read_d: float

Function dependent on selected feature index.

Register: AIN10_EF_READ_D (AIN#(0:149)_EF_READ_D@10)

Address: 7920

property ain11: float

Returns the voltage of the specified analog input.

Register: AIN11 (AIN#(0:11)@11)

Address: 22

property ain110_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN110_BINARY (AIN#(0:254)_BINARY@110)

Address: 50220

property ain110_ef_config_a: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@110)

Address: 9520

property ain110_ef_config_b: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@110)

Address: 9820

property ain110_ef_config_c: int

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@110)

Address: 10120

property ain110_ef_config_d: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@110)

Address: 10420

property ain110_ef_config_e: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@110)

Address: 10720

property ain110_ef_config_f: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@110)

Address: 11020

property ain110_ef_config_g: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@110)

Address: 11320

property ain110_ef_config_h: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@110)

Address: 11620

property ain110_ef_config_i: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@110)

Address: 11920

property ain110_ef_config_j: float

Function dependent on selected feature index.

Register: AIN110_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@110)

Address: 12220

property ain110_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN110_EF_INDEX (AIN#(0:149)_EF_INDEX@110)

Address: 9220

property ain110_ef_read_a: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_A (AIN#(0:149)_EF_READ_A@110)

Address: 7220

property ain110_ef_read_b: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_B (AIN#(0:149)_EF_READ_B@110)

Address: 7520

property ain110_ef_read_c: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_C (AIN#(0:149)_EF_READ_C@110)

Address: 7820

property ain110_ef_read_d: float

Function dependent on selected feature index.

Register: AIN110_EF_READ_D (AIN#(0:149)_EF_READ_D@110)

Address: 8120

property ain111_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN111_BINARY (AIN#(0:254)_BINARY@111)

Address: 50222

property ain111_ef_config_a: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@111)

Address: 9522

property ain111_ef_config_b: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@111)

Address: 9822

property ain111_ef_config_c: int

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@111)

Address: 10122

property ain111_ef_config_d: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@111)

Address: 10422

property ain111_ef_config_e: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@111)

Address: 10722

property ain111_ef_config_f: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@111)

Address: 11022

property ain111_ef_config_g: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@111)

Address: 11322

property ain111_ef_config_h: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@111)

Address: 11622

property ain111_ef_config_i: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@111)

Address: 11922

property ain111_ef_config_j: float

Function dependent on selected feature index.

Register: AIN111_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@111)

Address: 12222

property ain111_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN111_EF_INDEX (AIN#(0:149)_EF_INDEX@111)

Address: 9222

property ain111_ef_read_a: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_A (AIN#(0:149)_EF_READ_A@111)

Address: 7222

property ain111_ef_read_b: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_B (AIN#(0:149)_EF_READ_B@111)

Address: 7522

property ain111_ef_read_c: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_C (AIN#(0:149)_EF_READ_C@111)

Address: 7822

property ain111_ef_read_d: float

Function dependent on selected feature index.

Register: AIN111_EF_READ_D (AIN#(0:149)_EF_READ_D@111)

Address: 8122

property ain112_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN112_BINARY (AIN#(0:254)_BINARY@112)

Address: 50224

property ain112_ef_config_a: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@112)

Address: 9524

property ain112_ef_config_b: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@112)

Address: 9824

property ain112_ef_config_c: int

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@112)

Address: 10124

property ain112_ef_config_d: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@112)

Address: 10424

property ain112_ef_config_e: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@112)

Address: 10724

property ain112_ef_config_f: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@112)

Address: 11024

property ain112_ef_config_g: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@112)

Address: 11324

property ain112_ef_config_h: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@112)

Address: 11624

property ain112_ef_config_i: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@112)

Address: 11924

property ain112_ef_config_j: float

Function dependent on selected feature index.

Register: AIN112_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@112)

Address: 12224

property ain112_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN112_EF_INDEX (AIN#(0:149)_EF_INDEX@112)

Address: 9224

property ain112_ef_read_a: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_A (AIN#(0:149)_EF_READ_A@112)

Address: 7224

property ain112_ef_read_b: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_B (AIN#(0:149)_EF_READ_B@112)

Address: 7524

property ain112_ef_read_c: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_C (AIN#(0:149)_EF_READ_C@112)

Address: 7824

property ain112_ef_read_d: float

Function dependent on selected feature index.

Register: AIN112_EF_READ_D (AIN#(0:149)_EF_READ_D@112)

Address: 8124

property ain113_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN113_BINARY (AIN#(0:254)_BINARY@113)

Address: 50226

property ain113_ef_config_a: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@113)

Address: 9526

property ain113_ef_config_b: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@113)

Address: 9826

property ain113_ef_config_c: int

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@113)

Address: 10126

property ain113_ef_config_d: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@113)

Address: 10426

property ain113_ef_config_e: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@113)

Address: 10726

property ain113_ef_config_f: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@113)

Address: 11026

property ain113_ef_config_g: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@113)

Address: 11326

property ain113_ef_config_h: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@113)

Address: 11626

property ain113_ef_config_i: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@113)

Address: 11926

property ain113_ef_config_j: float

Function dependent on selected feature index.

Register: AIN113_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@113)

Address: 12226

property ain113_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN113_EF_INDEX (AIN#(0:149)_EF_INDEX@113)

Address: 9226

property ain113_ef_read_a: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_A (AIN#(0:149)_EF_READ_A@113)

Address: 7226

property ain113_ef_read_b: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_B (AIN#(0:149)_EF_READ_B@113)

Address: 7526

property ain113_ef_read_c: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_C (AIN#(0:149)_EF_READ_C@113)

Address: 7826

property ain113_ef_read_d: float

Function dependent on selected feature index.

Register: AIN113_EF_READ_D (AIN#(0:149)_EF_READ_D@113)

Address: 8126

property ain114_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN114_BINARY (AIN#(0:254)_BINARY@114)

Address: 50228

property ain114_ef_config_a: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@114)

Address: 9528

property ain114_ef_config_b: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@114)

Address: 9828

property ain114_ef_config_c: int

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@114)

Address: 10128

property ain114_ef_config_d: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@114)

Address: 10428

property ain114_ef_config_e: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@114)

Address: 10728

property ain114_ef_config_f: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@114)

Address: 11028

property ain114_ef_config_g: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@114)

Address: 11328

property ain114_ef_config_h: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@114)

Address: 11628

property ain114_ef_config_i: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@114)

Address: 11928

property ain114_ef_config_j: float

Function dependent on selected feature index.

Register: AIN114_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@114)

Address: 12228

property ain114_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN114_EF_INDEX (AIN#(0:149)_EF_INDEX@114)

Address: 9228

property ain114_ef_read_a: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_A (AIN#(0:149)_EF_READ_A@114)

Address: 7228

property ain114_ef_read_b: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_B (AIN#(0:149)_EF_READ_B@114)

Address: 7528

property ain114_ef_read_c: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_C (AIN#(0:149)_EF_READ_C@114)

Address: 7828

property ain114_ef_read_d: float

Function dependent on selected feature index.

Register: AIN114_EF_READ_D (AIN#(0:149)_EF_READ_D@114)

Address: 8128

property ain115_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN115_BINARY (AIN#(0:254)_BINARY@115)

Address: 50230

property ain115_ef_config_a: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@115)

Address: 9530

property ain115_ef_config_b: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@115)

Address: 9830

property ain115_ef_config_c: int

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@115)

Address: 10130

property ain115_ef_config_d: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@115)

Address: 10430

property ain115_ef_config_e: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@115)

Address: 10730

property ain115_ef_config_f: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@115)

Address: 11030

property ain115_ef_config_g: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@115)

Address: 11330

property ain115_ef_config_h: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@115)

Address: 11630

property ain115_ef_config_i: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@115)

Address: 11930

property ain115_ef_config_j: float

Function dependent on selected feature index.

Register: AIN115_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@115)

Address: 12230

property ain115_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN115_EF_INDEX (AIN#(0:149)_EF_INDEX@115)

Address: 9230

property ain115_ef_read_a: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_A (AIN#(0:149)_EF_READ_A@115)

Address: 7230

property ain115_ef_read_b: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_B (AIN#(0:149)_EF_READ_B@115)

Address: 7530

property ain115_ef_read_c: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_C (AIN#(0:149)_EF_READ_C@115)

Address: 7830

property ain115_ef_read_d: float

Function dependent on selected feature index.

Register: AIN115_EF_READ_D (AIN#(0:149)_EF_READ_D@115)

Address: 8130

property ain116_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN116_BINARY (AIN#(0:254)_BINARY@116)

Address: 50232

property ain116_ef_config_a: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@116)

Address: 9532

property ain116_ef_config_b: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@116)

Address: 9832

property ain116_ef_config_c: int

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@116)

Address: 10132

property ain116_ef_config_d: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@116)

Address: 10432

property ain116_ef_config_e: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@116)

Address: 10732

property ain116_ef_config_f: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@116)

Address: 11032

property ain116_ef_config_g: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@116)

Address: 11332

property ain116_ef_config_h: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@116)

Address: 11632

property ain116_ef_config_i: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@116)

Address: 11932

property ain116_ef_config_j: float

Function dependent on selected feature index.

Register: AIN116_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@116)

Address: 12232

property ain116_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN116_EF_INDEX (AIN#(0:149)_EF_INDEX@116)

Address: 9232

property ain116_ef_read_a: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_A (AIN#(0:149)_EF_READ_A@116)

Address: 7232

property ain116_ef_read_b: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_B (AIN#(0:149)_EF_READ_B@116)

Address: 7532

property ain116_ef_read_c: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_C (AIN#(0:149)_EF_READ_C@116)

Address: 7832

property ain116_ef_read_d: float

Function dependent on selected feature index.

Register: AIN116_EF_READ_D (AIN#(0:149)_EF_READ_D@116)

Address: 8132

property ain117_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN117_BINARY (AIN#(0:254)_BINARY@117)

Address: 50234

property ain117_ef_config_a: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@117)

Address: 9534

property ain117_ef_config_b: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@117)

Address: 9834

property ain117_ef_config_c: int

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@117)

Address: 10134

property ain117_ef_config_d: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@117)

Address: 10434

property ain117_ef_config_e: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@117)

Address: 10734

property ain117_ef_config_f: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@117)

Address: 11034

property ain117_ef_config_g: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@117)

Address: 11334

property ain117_ef_config_h: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@117)

Address: 11634

property ain117_ef_config_i: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@117)

Address: 11934

property ain117_ef_config_j: float

Function dependent on selected feature index.

Register: AIN117_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@117)

Address: 12234

property ain117_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN117_EF_INDEX (AIN#(0:149)_EF_INDEX@117)

Address: 9234

property ain117_ef_read_a: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_A (AIN#(0:149)_EF_READ_A@117)

Address: 7234

property ain117_ef_read_b: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_B (AIN#(0:149)_EF_READ_B@117)

Address: 7534

property ain117_ef_read_c: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_C (AIN#(0:149)_EF_READ_C@117)

Address: 7834

property ain117_ef_read_d: float

Function dependent on selected feature index.

Register: AIN117_EF_READ_D (AIN#(0:149)_EF_READ_D@117)

Address: 8134

property ain118_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN118_BINARY (AIN#(0:254)_BINARY@118)

Address: 50236

property ain118_ef_config_a: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@118)

Address: 9536

property ain118_ef_config_b: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@118)

Address: 9836

property ain118_ef_config_c: int

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@118)

Address: 10136

property ain118_ef_config_d: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@118)

Address: 10436

property ain118_ef_config_e: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@118)

Address: 10736

property ain118_ef_config_f: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@118)

Address: 11036

property ain118_ef_config_g: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@118)

Address: 11336

property ain118_ef_config_h: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@118)

Address: 11636

property ain118_ef_config_i: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@118)

Address: 11936

property ain118_ef_config_j: float

Function dependent on selected feature index.

Register: AIN118_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@118)

Address: 12236

property ain118_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN118_EF_INDEX (AIN#(0:149)_EF_INDEX@118)

Address: 9236

property ain118_ef_read_a: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_A (AIN#(0:149)_EF_READ_A@118)

Address: 7236

property ain118_ef_read_b: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_B (AIN#(0:149)_EF_READ_B@118)

Address: 7536

property ain118_ef_read_c: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_C (AIN#(0:149)_EF_READ_C@118)

Address: 7836

property ain118_ef_read_d: float

Function dependent on selected feature index.

Register: AIN118_EF_READ_D (AIN#(0:149)_EF_READ_D@118)

Address: 8136

property ain119_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN119_BINARY (AIN#(0:254)_BINARY@119)

Address: 50238

property ain119_ef_config_a: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@119)

Address: 9538

property ain119_ef_config_b: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@119)

Address: 9838

property ain119_ef_config_c: int

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@119)

Address: 10138

property ain119_ef_config_d: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@119)

Address: 10438

property ain119_ef_config_e: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@119)

Address: 10738

property ain119_ef_config_f: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@119)

Address: 11038

property ain119_ef_config_g: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@119)

Address: 11338

property ain119_ef_config_h: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@119)

Address: 11638

property ain119_ef_config_i: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@119)

Address: 11938

property ain119_ef_config_j: float

Function dependent on selected feature index.

Register: AIN119_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@119)

Address: 12238

property ain119_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN119_EF_INDEX (AIN#(0:149)_EF_INDEX@119)

Address: 9238

property ain119_ef_read_a: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_A (AIN#(0:149)_EF_READ_A@119)

Address: 7238

property ain119_ef_read_b: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_B (AIN#(0:149)_EF_READ_B@119)

Address: 7538

property ain119_ef_read_c: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_C (AIN#(0:149)_EF_READ_C@119)

Address: 7838

property ain119_ef_read_d: float

Function dependent on selected feature index.

Register: AIN119_EF_READ_D (AIN#(0:149)_EF_READ_D@119)

Address: 8138

property ain11_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN11_BINARY (AIN#(0:254)_BINARY@11)

Address: 50022

property ain11_ef_config_a: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@11)

Address: 9322

property ain11_ef_config_b: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@11)

Address: 9622

property ain11_ef_config_c: int

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@11)

Address: 9922

property ain11_ef_config_d: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@11)

Address: 10222

property ain11_ef_config_e: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@11)

Address: 10522

property ain11_ef_config_f: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@11)

Address: 10822

property ain11_ef_config_g: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@11)

Address: 11122

property ain11_ef_config_h: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@11)

Address: 11422

property ain11_ef_config_i: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@11)

Address: 11722

property ain11_ef_config_j: float

Function dependent on selected feature index.

Register: AIN11_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@11)

Address: 12022

property ain11_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN11_EF_INDEX (AIN#(0:149)_EF_INDEX@11)

Address: 9022

property ain11_ef_read_a: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_A (AIN#(0:149)_EF_READ_A@11)

Address: 7022

property ain11_ef_read_b: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_B (AIN#(0:149)_EF_READ_B@11)

Address: 7322

property ain11_ef_read_c: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_C (AIN#(0:149)_EF_READ_C@11)

Address: 7622

property ain11_ef_read_d: float

Function dependent on selected feature index.

Register: AIN11_EF_READ_D (AIN#(0:149)_EF_READ_D@11)

Address: 7922

property ain120_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN120_BINARY (AIN#(0:254)_BINARY@120)

Address: 50240

property ain120_ef_config_a: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@120)

Address: 9540

property ain120_ef_config_b: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@120)

Address: 9840

property ain120_ef_config_c: int

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@120)

Address: 10140

property ain120_ef_config_d: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@120)

Address: 10440

property ain120_ef_config_e: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@120)

Address: 10740

property ain120_ef_config_f: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@120)

Address: 11040

property ain120_ef_config_g: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@120)

Address: 11340

property ain120_ef_config_h: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@120)

Address: 11640

property ain120_ef_config_i: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@120)

Address: 11940

property ain120_ef_config_j: float

Function dependent on selected feature index.

Register: AIN120_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@120)

Address: 12240

property ain120_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN120_EF_INDEX (AIN#(0:149)_EF_INDEX@120)

Address: 9240

property ain120_ef_read_a: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_A (AIN#(0:149)_EF_READ_A@120)

Address: 7240

property ain120_ef_read_b: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_B (AIN#(0:149)_EF_READ_B@120)

Address: 7540

property ain120_ef_read_c: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_C (AIN#(0:149)_EF_READ_C@120)

Address: 7840

property ain120_ef_read_d: float

Function dependent on selected feature index.

Register: AIN120_EF_READ_D (AIN#(0:149)_EF_READ_D@120)

Address: 8140

property ain121_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN121_BINARY (AIN#(0:254)_BINARY@121)

Address: 50242

property ain121_ef_config_a: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@121)

Address: 9542

property ain121_ef_config_b: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@121)

Address: 9842

property ain121_ef_config_c: int

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@121)

Address: 10142

property ain121_ef_config_d: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@121)

Address: 10442

property ain121_ef_config_e: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@121)

Address: 10742

property ain121_ef_config_f: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@121)

Address: 11042

property ain121_ef_config_g: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@121)

Address: 11342

property ain121_ef_config_h: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@121)

Address: 11642

property ain121_ef_config_i: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@121)

Address: 11942

property ain121_ef_config_j: float

Function dependent on selected feature index.

Register: AIN121_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@121)

Address: 12242

property ain121_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN121_EF_INDEX (AIN#(0:149)_EF_INDEX@121)

Address: 9242

property ain121_ef_read_a: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_A (AIN#(0:149)_EF_READ_A@121)

Address: 7242

property ain121_ef_read_b: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_B (AIN#(0:149)_EF_READ_B@121)

Address: 7542

property ain121_ef_read_c: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_C (AIN#(0:149)_EF_READ_C@121)

Address: 7842

property ain121_ef_read_d: float

Function dependent on selected feature index.

Register: AIN121_EF_READ_D (AIN#(0:149)_EF_READ_D@121)

Address: 8142

property ain122_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN122_BINARY (AIN#(0:254)_BINARY@122)

Address: 50244

property ain122_ef_config_a: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@122)

Address: 9544

property ain122_ef_config_b: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@122)

Address: 9844

property ain122_ef_config_c: int

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@122)

Address: 10144

property ain122_ef_config_d: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@122)

Address: 10444

property ain122_ef_config_e: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@122)

Address: 10744

property ain122_ef_config_f: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@122)

Address: 11044

property ain122_ef_config_g: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@122)

Address: 11344

property ain122_ef_config_h: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@122)

Address: 11644

property ain122_ef_config_i: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@122)

Address: 11944

property ain122_ef_config_j: float

Function dependent on selected feature index.

Register: AIN122_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@122)

Address: 12244

property ain122_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN122_EF_INDEX (AIN#(0:149)_EF_INDEX@122)

Address: 9244

property ain122_ef_read_a: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_A (AIN#(0:149)_EF_READ_A@122)

Address: 7244

property ain122_ef_read_b: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_B (AIN#(0:149)_EF_READ_B@122)

Address: 7544

property ain122_ef_read_c: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_C (AIN#(0:149)_EF_READ_C@122)

Address: 7844

property ain122_ef_read_d: float

Function dependent on selected feature index.

Register: AIN122_EF_READ_D (AIN#(0:149)_EF_READ_D@122)

Address: 8144

property ain123_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN123_BINARY (AIN#(0:254)_BINARY@123)

Address: 50246

property ain123_ef_config_a: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@123)

Address: 9546

property ain123_ef_config_b: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@123)

Address: 9846

property ain123_ef_config_c: int

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@123)

Address: 10146

property ain123_ef_config_d: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@123)

Address: 10446

property ain123_ef_config_e: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@123)

Address: 10746

property ain123_ef_config_f: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@123)

Address: 11046

property ain123_ef_config_g: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@123)

Address: 11346

property ain123_ef_config_h: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@123)

Address: 11646

property ain123_ef_config_i: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@123)

Address: 11946

property ain123_ef_config_j: float

Function dependent on selected feature index.

Register: AIN123_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@123)

Address: 12246

property ain123_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN123_EF_INDEX (AIN#(0:149)_EF_INDEX@123)

Address: 9246

property ain123_ef_read_a: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_A (AIN#(0:149)_EF_READ_A@123)

Address: 7246

property ain123_ef_read_b: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_B (AIN#(0:149)_EF_READ_B@123)

Address: 7546

property ain123_ef_read_c: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_C (AIN#(0:149)_EF_READ_C@123)

Address: 7846

property ain123_ef_read_d: float

Function dependent on selected feature index.

Register: AIN123_EF_READ_D (AIN#(0:149)_EF_READ_D@123)

Address: 8146

property ain124_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN124_BINARY (AIN#(0:254)_BINARY@124)

Address: 50248

property ain124_ef_config_a: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@124)

Address: 9548

property ain124_ef_config_b: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@124)

Address: 9848

property ain124_ef_config_c: int

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@124)

Address: 10148

property ain124_ef_config_d: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@124)

Address: 10448

property ain124_ef_config_e: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@124)

Address: 10748

property ain124_ef_config_f: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@124)

Address: 11048

property ain124_ef_config_g: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@124)

Address: 11348

property ain124_ef_config_h: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@124)

Address: 11648

property ain124_ef_config_i: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@124)

Address: 11948

property ain124_ef_config_j: float

Function dependent on selected feature index.

Register: AIN124_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@124)

Address: 12248

property ain124_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN124_EF_INDEX (AIN#(0:149)_EF_INDEX@124)

Address: 9248

property ain124_ef_read_a: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_A (AIN#(0:149)_EF_READ_A@124)

Address: 7248

property ain124_ef_read_b: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_B (AIN#(0:149)_EF_READ_B@124)

Address: 7548

property ain124_ef_read_c: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_C (AIN#(0:149)_EF_READ_C@124)

Address: 7848

property ain124_ef_read_d: float

Function dependent on selected feature index.

Register: AIN124_EF_READ_D (AIN#(0:149)_EF_READ_D@124)

Address: 8148

property ain125_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN125_BINARY (AIN#(0:254)_BINARY@125)

Address: 50250

property ain125_ef_config_a: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@125)

Address: 9550

property ain125_ef_config_b: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@125)

Address: 9850

property ain125_ef_config_c: int

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@125)

Address: 10150

property ain125_ef_config_d: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@125)

Address: 10450

property ain125_ef_config_e: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@125)

Address: 10750

property ain125_ef_config_f: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@125)

Address: 11050

property ain125_ef_config_g: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@125)

Address: 11350

property ain125_ef_config_h: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@125)

Address: 11650

property ain125_ef_config_i: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@125)

Address: 11950

property ain125_ef_config_j: float

Function dependent on selected feature index.

Register: AIN125_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@125)

Address: 12250

property ain125_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN125_EF_INDEX (AIN#(0:149)_EF_INDEX@125)

Address: 9250

property ain125_ef_read_a: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_A (AIN#(0:149)_EF_READ_A@125)

Address: 7250

property ain125_ef_read_b: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_B (AIN#(0:149)_EF_READ_B@125)

Address: 7550

property ain125_ef_read_c: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_C (AIN#(0:149)_EF_READ_C@125)

Address: 7850

property ain125_ef_read_d: float

Function dependent on selected feature index.

Register: AIN125_EF_READ_D (AIN#(0:149)_EF_READ_D@125)

Address: 8150

property ain126_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN126_BINARY (AIN#(0:254)_BINARY@126)

Address: 50252

property ain126_ef_config_a: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@126)

Address: 9552

property ain126_ef_config_b: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@126)

Address: 9852

property ain126_ef_config_c: int

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@126)

Address: 10152

property ain126_ef_config_d: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@126)

Address: 10452

property ain126_ef_config_e: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@126)

Address: 10752

property ain126_ef_config_f: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@126)

Address: 11052

property ain126_ef_config_g: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@126)

Address: 11352

property ain126_ef_config_h: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@126)

Address: 11652

property ain126_ef_config_i: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@126)

Address: 11952

property ain126_ef_config_j: float

Function dependent on selected feature index.

Register: AIN126_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@126)

Address: 12252

property ain126_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN126_EF_INDEX (AIN#(0:149)_EF_INDEX@126)

Address: 9252

property ain126_ef_read_a: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_A (AIN#(0:149)_EF_READ_A@126)

Address: 7252

property ain126_ef_read_b: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_B (AIN#(0:149)_EF_READ_B@126)

Address: 7552

property ain126_ef_read_c: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_C (AIN#(0:149)_EF_READ_C@126)

Address: 7852

property ain126_ef_read_d: float

Function dependent on selected feature index.

Register: AIN126_EF_READ_D (AIN#(0:149)_EF_READ_D@126)

Address: 8152

property ain127_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN127_BINARY (AIN#(0:254)_BINARY@127)

Address: 50254

property ain127_ef_config_a: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@127)

Address: 9554

property ain127_ef_config_b: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@127)

Address: 9854

property ain127_ef_config_c: int

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@127)

Address: 10154

property ain127_ef_config_d: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@127)

Address: 10454

property ain127_ef_config_e: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@127)

Address: 10754

property ain127_ef_config_f: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@127)

Address: 11054

property ain127_ef_config_g: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@127)

Address: 11354

property ain127_ef_config_h: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@127)

Address: 11654

property ain127_ef_config_i: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@127)

Address: 11954

property ain127_ef_config_j: float

Function dependent on selected feature index.

Register: AIN127_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@127)

Address: 12254

property ain127_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN127_EF_INDEX (AIN#(0:149)_EF_INDEX@127)

Address: 9254

property ain127_ef_read_a: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_A (AIN#(0:149)_EF_READ_A@127)

Address: 7254

property ain127_ef_read_b: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_B (AIN#(0:149)_EF_READ_B@127)

Address: 7554

property ain127_ef_read_c: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_C (AIN#(0:149)_EF_READ_C@127)

Address: 7854

property ain127_ef_read_d: float

Function dependent on selected feature index.

Register: AIN127_EF_READ_D (AIN#(0:149)_EF_READ_D@127)

Address: 8154

property ain128_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN128_BINARY (AIN#(0:254)_BINARY@128)

Address: 50256

property ain128_ef_config_a: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@128)

Address: 9556

property ain128_ef_config_b: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@128)

Address: 9856

property ain128_ef_config_c: int

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@128)

Address: 10156

property ain128_ef_config_d: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@128)

Address: 10456

property ain128_ef_config_e: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@128)

Address: 10756

property ain128_ef_config_f: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@128)

Address: 11056

property ain128_ef_config_g: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@128)

Address: 11356

property ain128_ef_config_h: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@128)

Address: 11656

property ain128_ef_config_i: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@128)

Address: 11956

property ain128_ef_config_j: float

Function dependent on selected feature index.

Register: AIN128_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@128)

Address: 12256

property ain128_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN128_EF_INDEX (AIN#(0:149)_EF_INDEX@128)

Address: 9256

property ain128_ef_read_a: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_A (AIN#(0:149)_EF_READ_A@128)

Address: 7256

property ain128_ef_read_b: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_B (AIN#(0:149)_EF_READ_B@128)

Address: 7556

property ain128_ef_read_c: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_C (AIN#(0:149)_EF_READ_C@128)

Address: 7856

property ain128_ef_read_d: float

Function dependent on selected feature index.

Register: AIN128_EF_READ_D (AIN#(0:149)_EF_READ_D@128)

Address: 8156

property ain129_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN129_BINARY (AIN#(0:254)_BINARY@129)

Address: 50258

property ain129_ef_config_a: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@129)

Address: 9558

property ain129_ef_config_b: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@129)

Address: 9858

property ain129_ef_config_c: int

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@129)

Address: 10158

property ain129_ef_config_d: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@129)

Address: 10458

property ain129_ef_config_e: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@129)

Address: 10758

property ain129_ef_config_f: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@129)

Address: 11058

property ain129_ef_config_g: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@129)

Address: 11358

property ain129_ef_config_h: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@129)

Address: 11658

property ain129_ef_config_i: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@129)

Address: 11958

property ain129_ef_config_j: float

Function dependent on selected feature index.

Register: AIN129_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@129)

Address: 12258

property ain129_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN129_EF_INDEX (AIN#(0:149)_EF_INDEX@129)

Address: 9258

property ain129_ef_read_a: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_A (AIN#(0:149)_EF_READ_A@129)

Address: 7258

property ain129_ef_read_b: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_B (AIN#(0:149)_EF_READ_B@129)

Address: 7558

property ain129_ef_read_c: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_C (AIN#(0:149)_EF_READ_C@129)

Address: 7858

property ain129_ef_read_d: float

Function dependent on selected feature index.

Register: AIN129_EF_READ_D (AIN#(0:149)_EF_READ_D@129)

Address: 8158

property ain12_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN12_BINARY (AIN#(0:254)_BINARY@12)

Address: 50024

property ain12_ef_config_a: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@12)

Address: 9324

property ain12_ef_config_b: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@12)

Address: 9624

property ain12_ef_config_c: int

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@12)

Address: 9924

property ain12_ef_config_d: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@12)

Address: 10224

property ain12_ef_config_e: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@12)

Address: 10524

property ain12_ef_config_f: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@12)

Address: 10824

property ain12_ef_config_g: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@12)

Address: 11124

property ain12_ef_config_h: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@12)

Address: 11424

property ain12_ef_config_i: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@12)

Address: 11724

property ain12_ef_config_j: float

Function dependent on selected feature index.

Register: AIN12_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@12)

Address: 12024

property ain12_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN12_EF_INDEX (AIN#(0:149)_EF_INDEX@12)

Address: 9024

property ain12_ef_read_a: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_A (AIN#(0:149)_EF_READ_A@12)

Address: 7024

property ain12_ef_read_b: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_B (AIN#(0:149)_EF_READ_B@12)

Address: 7324

property ain12_ef_read_c: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_C (AIN#(0:149)_EF_READ_C@12)

Address: 7624

property ain12_ef_read_d: float

Function dependent on selected feature index.

Register: AIN12_EF_READ_D (AIN#(0:149)_EF_READ_D@12)

Address: 7924

property ain130_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN130_BINARY (AIN#(0:254)_BINARY@130)

Address: 50260

property ain130_ef_config_a: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@130)

Address: 9560

property ain130_ef_config_b: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@130)

Address: 9860

property ain130_ef_config_c: int

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@130)

Address: 10160

property ain130_ef_config_d: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@130)

Address: 10460

property ain130_ef_config_e: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@130)

Address: 10760

property ain130_ef_config_f: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@130)

Address: 11060

property ain130_ef_config_g: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@130)

Address: 11360

property ain130_ef_config_h: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@130)

Address: 11660

property ain130_ef_config_i: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@130)

Address: 11960

property ain130_ef_config_j: float

Function dependent on selected feature index.

Register: AIN130_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@130)

Address: 12260

property ain130_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN130_EF_INDEX (AIN#(0:149)_EF_INDEX@130)

Address: 9260

property ain130_ef_read_a: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_A (AIN#(0:149)_EF_READ_A@130)

Address: 7260

property ain130_ef_read_b: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_B (AIN#(0:149)_EF_READ_B@130)

Address: 7560

property ain130_ef_read_c: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_C (AIN#(0:149)_EF_READ_C@130)

Address: 7860

property ain130_ef_read_d: float

Function dependent on selected feature index.

Register: AIN130_EF_READ_D (AIN#(0:149)_EF_READ_D@130)

Address: 8160

property ain131_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN131_BINARY (AIN#(0:254)_BINARY@131)

Address: 50262

property ain131_ef_config_a: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@131)

Address: 9562

property ain131_ef_config_b: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@131)

Address: 9862

property ain131_ef_config_c: int

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@131)

Address: 10162

property ain131_ef_config_d: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@131)

Address: 10462

property ain131_ef_config_e: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@131)

Address: 10762

property ain131_ef_config_f: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@131)

Address: 11062

property ain131_ef_config_g: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@131)

Address: 11362

property ain131_ef_config_h: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@131)

Address: 11662

property ain131_ef_config_i: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@131)

Address: 11962

property ain131_ef_config_j: float

Function dependent on selected feature index.

Register: AIN131_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@131)

Address: 12262

property ain131_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN131_EF_INDEX (AIN#(0:149)_EF_INDEX@131)

Address: 9262

property ain131_ef_read_a: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_A (AIN#(0:149)_EF_READ_A@131)

Address: 7262

property ain131_ef_read_b: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_B (AIN#(0:149)_EF_READ_B@131)

Address: 7562

property ain131_ef_read_c: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_C (AIN#(0:149)_EF_READ_C@131)

Address: 7862

property ain131_ef_read_d: float

Function dependent on selected feature index.

Register: AIN131_EF_READ_D (AIN#(0:149)_EF_READ_D@131)

Address: 8162

property ain132_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN132_BINARY (AIN#(0:254)_BINARY@132)

Address: 50264

property ain132_ef_config_a: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@132)

Address: 9564

property ain132_ef_config_b: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@132)

Address: 9864

property ain132_ef_config_c: int

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@132)

Address: 10164

property ain132_ef_config_d: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@132)

Address: 10464

property ain132_ef_config_e: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@132)

Address: 10764

property ain132_ef_config_f: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@132)

Address: 11064

property ain132_ef_config_g: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@132)

Address: 11364

property ain132_ef_config_h: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@132)

Address: 11664

property ain132_ef_config_i: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@132)

Address: 11964

property ain132_ef_config_j: float

Function dependent on selected feature index.

Register: AIN132_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@132)

Address: 12264

property ain132_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN132_EF_INDEX (AIN#(0:149)_EF_INDEX@132)

Address: 9264

property ain132_ef_read_a: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_A (AIN#(0:149)_EF_READ_A@132)

Address: 7264

property ain132_ef_read_b: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_B (AIN#(0:149)_EF_READ_B@132)

Address: 7564

property ain132_ef_read_c: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_C (AIN#(0:149)_EF_READ_C@132)

Address: 7864

property ain132_ef_read_d: float

Function dependent on selected feature index.

Register: AIN132_EF_READ_D (AIN#(0:149)_EF_READ_D@132)

Address: 8164

property ain133_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN133_BINARY (AIN#(0:254)_BINARY@133)

Address: 50266

property ain133_ef_config_a: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@133)

Address: 9566

property ain133_ef_config_b: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@133)

Address: 9866

property ain133_ef_config_c: int

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@133)

Address: 10166

property ain133_ef_config_d: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@133)

Address: 10466

property ain133_ef_config_e: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@133)

Address: 10766

property ain133_ef_config_f: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@133)

Address: 11066

property ain133_ef_config_g: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@133)

Address: 11366

property ain133_ef_config_h: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@133)

Address: 11666

property ain133_ef_config_i: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@133)

Address: 11966

property ain133_ef_config_j: float

Function dependent on selected feature index.

Register: AIN133_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@133)

Address: 12266

property ain133_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN133_EF_INDEX (AIN#(0:149)_EF_INDEX@133)

Address: 9266

property ain133_ef_read_a: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_A (AIN#(0:149)_EF_READ_A@133)

Address: 7266

property ain133_ef_read_b: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_B (AIN#(0:149)_EF_READ_B@133)

Address: 7566

property ain133_ef_read_c: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_C (AIN#(0:149)_EF_READ_C@133)

Address: 7866

property ain133_ef_read_d: float

Function dependent on selected feature index.

Register: AIN133_EF_READ_D (AIN#(0:149)_EF_READ_D@133)

Address: 8166

property ain134_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN134_BINARY (AIN#(0:254)_BINARY@134)

Address: 50268

property ain134_ef_config_a: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@134)

Address: 9568

property ain134_ef_config_b: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@134)

Address: 9868

property ain134_ef_config_c: int

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@134)

Address: 10168

property ain134_ef_config_d: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@134)

Address: 10468

property ain134_ef_config_e: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@134)

Address: 10768

property ain134_ef_config_f: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@134)

Address: 11068

property ain134_ef_config_g: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@134)

Address: 11368

property ain134_ef_config_h: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@134)

Address: 11668

property ain134_ef_config_i: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@134)

Address: 11968

property ain134_ef_config_j: float

Function dependent on selected feature index.

Register: AIN134_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@134)

Address: 12268

property ain134_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN134_EF_INDEX (AIN#(0:149)_EF_INDEX@134)

Address: 9268

property ain134_ef_read_a: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_A (AIN#(0:149)_EF_READ_A@134)

Address: 7268

property ain134_ef_read_b: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_B (AIN#(0:149)_EF_READ_B@134)

Address: 7568

property ain134_ef_read_c: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_C (AIN#(0:149)_EF_READ_C@134)

Address: 7868

property ain134_ef_read_d: float

Function dependent on selected feature index.

Register: AIN134_EF_READ_D (AIN#(0:149)_EF_READ_D@134)

Address: 8168

property ain135_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN135_BINARY (AIN#(0:254)_BINARY@135)

Address: 50270

property ain135_ef_config_a: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@135)

Address: 9570

property ain135_ef_config_b: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@135)

Address: 9870

property ain135_ef_config_c: int

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@135)

Address: 10170

property ain135_ef_config_d: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@135)

Address: 10470

property ain135_ef_config_e: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@135)

Address: 10770

property ain135_ef_config_f: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@135)

Address: 11070

property ain135_ef_config_g: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@135)

Address: 11370

property ain135_ef_config_h: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@135)

Address: 11670

property ain135_ef_config_i: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@135)

Address: 11970

property ain135_ef_config_j: float

Function dependent on selected feature index.

Register: AIN135_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@135)

Address: 12270

property ain135_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN135_EF_INDEX (AIN#(0:149)_EF_INDEX@135)

Address: 9270

property ain135_ef_read_a: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_A (AIN#(0:149)_EF_READ_A@135)

Address: 7270

property ain135_ef_read_b: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_B (AIN#(0:149)_EF_READ_B@135)

Address: 7570

property ain135_ef_read_c: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_C (AIN#(0:149)_EF_READ_C@135)

Address: 7870

property ain135_ef_read_d: float

Function dependent on selected feature index.

Register: AIN135_EF_READ_D (AIN#(0:149)_EF_READ_D@135)

Address: 8170

property ain136_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN136_BINARY (AIN#(0:254)_BINARY@136)

Address: 50272

property ain136_ef_config_a: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@136)

Address: 9572

property ain136_ef_config_b: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@136)

Address: 9872

property ain136_ef_config_c: int

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@136)

Address: 10172

property ain136_ef_config_d: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@136)

Address: 10472

property ain136_ef_config_e: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@136)

Address: 10772

property ain136_ef_config_f: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@136)

Address: 11072

property ain136_ef_config_g: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@136)

Address: 11372

property ain136_ef_config_h: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@136)

Address: 11672

property ain136_ef_config_i: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@136)

Address: 11972

property ain136_ef_config_j: float

Function dependent on selected feature index.

Register: AIN136_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@136)

Address: 12272

property ain136_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN136_EF_INDEX (AIN#(0:149)_EF_INDEX@136)

Address: 9272

property ain136_ef_read_a: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_A (AIN#(0:149)_EF_READ_A@136)

Address: 7272

property ain136_ef_read_b: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_B (AIN#(0:149)_EF_READ_B@136)

Address: 7572

property ain136_ef_read_c: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_C (AIN#(0:149)_EF_READ_C@136)

Address: 7872

property ain136_ef_read_d: float

Function dependent on selected feature index.

Register: AIN136_EF_READ_D (AIN#(0:149)_EF_READ_D@136)

Address: 8172

property ain137_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN137_BINARY (AIN#(0:254)_BINARY@137)

Address: 50274

property ain137_ef_config_a: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@137)

Address: 9574

property ain137_ef_config_b: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@137)

Address: 9874

property ain137_ef_config_c: int

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@137)

Address: 10174

property ain137_ef_config_d: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@137)

Address: 10474

property ain137_ef_config_e: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@137)

Address: 10774

property ain137_ef_config_f: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@137)

Address: 11074

property ain137_ef_config_g: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@137)

Address: 11374

property ain137_ef_config_h: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@137)

Address: 11674

property ain137_ef_config_i: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@137)

Address: 11974

property ain137_ef_config_j: float

Function dependent on selected feature index.

Register: AIN137_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@137)

Address: 12274

property ain137_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN137_EF_INDEX (AIN#(0:149)_EF_INDEX@137)

Address: 9274

property ain137_ef_read_a: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_A (AIN#(0:149)_EF_READ_A@137)

Address: 7274

property ain137_ef_read_b: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_B (AIN#(0:149)_EF_READ_B@137)

Address: 7574

property ain137_ef_read_c: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_C (AIN#(0:149)_EF_READ_C@137)

Address: 7874

property ain137_ef_read_d: float

Function dependent on selected feature index.

Register: AIN137_EF_READ_D (AIN#(0:149)_EF_READ_D@137)

Address: 8174

property ain138_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN138_BINARY (AIN#(0:254)_BINARY@138)

Address: 50276

property ain138_ef_config_a: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@138)

Address: 9576

property ain138_ef_config_b: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@138)

Address: 9876

property ain138_ef_config_c: int

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@138)

Address: 10176

property ain138_ef_config_d: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@138)

Address: 10476

property ain138_ef_config_e: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@138)

Address: 10776

property ain138_ef_config_f: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@138)

Address: 11076

property ain138_ef_config_g: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@138)

Address: 11376

property ain138_ef_config_h: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@138)

Address: 11676

property ain138_ef_config_i: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@138)

Address: 11976

property ain138_ef_config_j: float

Function dependent on selected feature index.

Register: AIN138_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@138)

Address: 12276

property ain138_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN138_EF_INDEX (AIN#(0:149)_EF_INDEX@138)

Address: 9276

property ain138_ef_read_a: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_A (AIN#(0:149)_EF_READ_A@138)

Address: 7276

property ain138_ef_read_b: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_B (AIN#(0:149)_EF_READ_B@138)

Address: 7576

property ain138_ef_read_c: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_C (AIN#(0:149)_EF_READ_C@138)

Address: 7876

property ain138_ef_read_d: float

Function dependent on selected feature index.

Register: AIN138_EF_READ_D (AIN#(0:149)_EF_READ_D@138)

Address: 8176

property ain139_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN139_BINARY (AIN#(0:254)_BINARY@139)

Address: 50278

property ain139_ef_config_a: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@139)

Address: 9578

property ain139_ef_config_b: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@139)

Address: 9878

property ain139_ef_config_c: int

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@139)

Address: 10178

property ain139_ef_config_d: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@139)

Address: 10478

property ain139_ef_config_e: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@139)

Address: 10778

property ain139_ef_config_f: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@139)

Address: 11078

property ain139_ef_config_g: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@139)

Address: 11378

property ain139_ef_config_h: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@139)

Address: 11678

property ain139_ef_config_i: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@139)

Address: 11978

property ain139_ef_config_j: float

Function dependent on selected feature index.

Register: AIN139_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@139)

Address: 12278

property ain139_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN139_EF_INDEX (AIN#(0:149)_EF_INDEX@139)

Address: 9278

property ain139_ef_read_a: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_A (AIN#(0:149)_EF_READ_A@139)

Address: 7278

property ain139_ef_read_b: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_B (AIN#(0:149)_EF_READ_B@139)

Address: 7578

property ain139_ef_read_c: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_C (AIN#(0:149)_EF_READ_C@139)

Address: 7878

property ain139_ef_read_d: float

Function dependent on selected feature index.

Register: AIN139_EF_READ_D (AIN#(0:149)_EF_READ_D@139)

Address: 8178

property ain13_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN13_BINARY (AIN#(0:254)_BINARY@13)

Address: 50026

property ain13_ef_config_a: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@13)

Address: 9326

property ain13_ef_config_b: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@13)

Address: 9626

property ain13_ef_config_c: int

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@13)

Address: 9926

property ain13_ef_config_d: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@13)

Address: 10226

property ain13_ef_config_e: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@13)

Address: 10526

property ain13_ef_config_f: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@13)

Address: 10826

property ain13_ef_config_g: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@13)

Address: 11126

property ain13_ef_config_h: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@13)

Address: 11426

property ain13_ef_config_i: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@13)

Address: 11726

property ain13_ef_config_j: float

Function dependent on selected feature index.

Register: AIN13_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@13)

Address: 12026

property ain13_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN13_EF_INDEX (AIN#(0:149)_EF_INDEX@13)

Address: 9026

property ain13_ef_read_a: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_A (AIN#(0:149)_EF_READ_A@13)

Address: 7026

property ain13_ef_read_b: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_B (AIN#(0:149)_EF_READ_B@13)

Address: 7326

property ain13_ef_read_c: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_C (AIN#(0:149)_EF_READ_C@13)

Address: 7626

property ain13_ef_read_d: float

Function dependent on selected feature index.

Register: AIN13_EF_READ_D (AIN#(0:149)_EF_READ_D@13)

Address: 7926

property ain140_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN140_BINARY (AIN#(0:254)_BINARY@140)

Address: 50280

property ain140_ef_config_a: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@140)

Address: 9580

property ain140_ef_config_b: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@140)

Address: 9880

property ain140_ef_config_c: int

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@140)

Address: 10180

property ain140_ef_config_d: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@140)

Address: 10480

property ain140_ef_config_e: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@140)

Address: 10780

property ain140_ef_config_f: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@140)

Address: 11080

property ain140_ef_config_g: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@140)

Address: 11380

property ain140_ef_config_h: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@140)

Address: 11680

property ain140_ef_config_i: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@140)

Address: 11980

property ain140_ef_config_j: float

Function dependent on selected feature index.

Register: AIN140_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@140)

Address: 12280

property ain140_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN140_EF_INDEX (AIN#(0:149)_EF_INDEX@140)

Address: 9280

property ain140_ef_read_a: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_A (AIN#(0:149)_EF_READ_A@140)

Address: 7280

property ain140_ef_read_b: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_B (AIN#(0:149)_EF_READ_B@140)

Address: 7580

property ain140_ef_read_c: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_C (AIN#(0:149)_EF_READ_C@140)

Address: 7880

property ain140_ef_read_d: float

Function dependent on selected feature index.

Register: AIN140_EF_READ_D (AIN#(0:149)_EF_READ_D@140)

Address: 8180

property ain141_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN141_BINARY (AIN#(0:254)_BINARY@141)

Address: 50282

property ain141_ef_config_a: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@141)

Address: 9582

property ain141_ef_config_b: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@141)

Address: 9882

property ain141_ef_config_c: int

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@141)

Address: 10182

property ain141_ef_config_d: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@141)

Address: 10482

property ain141_ef_config_e: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@141)

Address: 10782

property ain141_ef_config_f: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@141)

Address: 11082

property ain141_ef_config_g: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@141)

Address: 11382

property ain141_ef_config_h: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@141)

Address: 11682

property ain141_ef_config_i: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@141)

Address: 11982

property ain141_ef_config_j: float

Function dependent on selected feature index.

Register: AIN141_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@141)

Address: 12282

property ain141_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN141_EF_INDEX (AIN#(0:149)_EF_INDEX@141)

Address: 9282

property ain141_ef_read_a: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_A (AIN#(0:149)_EF_READ_A@141)

Address: 7282

property ain141_ef_read_b: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_B (AIN#(0:149)_EF_READ_B@141)

Address: 7582

property ain141_ef_read_c: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_C (AIN#(0:149)_EF_READ_C@141)

Address: 7882

property ain141_ef_read_d: float

Function dependent on selected feature index.

Register: AIN141_EF_READ_D (AIN#(0:149)_EF_READ_D@141)

Address: 8182

property ain142_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN142_BINARY (AIN#(0:254)_BINARY@142)

Address: 50284

property ain142_ef_config_a: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@142)

Address: 9584

property ain142_ef_config_b: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@142)

Address: 9884

property ain142_ef_config_c: int

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@142)

Address: 10184

property ain142_ef_config_d: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@142)

Address: 10484

property ain142_ef_config_e: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@142)

Address: 10784

property ain142_ef_config_f: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@142)

Address: 11084

property ain142_ef_config_g: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@142)

Address: 11384

property ain142_ef_config_h: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@142)

Address: 11684

property ain142_ef_config_i: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@142)

Address: 11984

property ain142_ef_config_j: float

Function dependent on selected feature index.

Register: AIN142_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@142)

Address: 12284

property ain142_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN142_EF_INDEX (AIN#(0:149)_EF_INDEX@142)

Address: 9284

property ain142_ef_read_a: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_A (AIN#(0:149)_EF_READ_A@142)

Address: 7284

property ain142_ef_read_b: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_B (AIN#(0:149)_EF_READ_B@142)

Address: 7584

property ain142_ef_read_c: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_C (AIN#(0:149)_EF_READ_C@142)

Address: 7884

property ain142_ef_read_d: float

Function dependent on selected feature index.

Register: AIN142_EF_READ_D (AIN#(0:149)_EF_READ_D@142)

Address: 8184

property ain143_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN143_BINARY (AIN#(0:254)_BINARY@143)

Address: 50286

property ain143_ef_config_a: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@143)

Address: 9586

property ain143_ef_config_b: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@143)

Address: 9886

property ain143_ef_config_c: int

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@143)

Address: 10186

property ain143_ef_config_d: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@143)

Address: 10486

property ain143_ef_config_e: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@143)

Address: 10786

property ain143_ef_config_f: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@143)

Address: 11086

property ain143_ef_config_g: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@143)

Address: 11386

property ain143_ef_config_h: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@143)

Address: 11686

property ain143_ef_config_i: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@143)

Address: 11986

property ain143_ef_config_j: float

Function dependent on selected feature index.

Register: AIN143_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@143)

Address: 12286

property ain143_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN143_EF_INDEX (AIN#(0:149)_EF_INDEX@143)

Address: 9286

property ain143_ef_read_a: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_A (AIN#(0:149)_EF_READ_A@143)

Address: 7286

property ain143_ef_read_b: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_B (AIN#(0:149)_EF_READ_B@143)

Address: 7586

property ain143_ef_read_c: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_C (AIN#(0:149)_EF_READ_C@143)

Address: 7886

property ain143_ef_read_d: float

Function dependent on selected feature index.

Register: AIN143_EF_READ_D (AIN#(0:149)_EF_READ_D@143)

Address: 8186

property ain144_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN144_BINARY (AIN#(0:254)_BINARY@144)

Address: 50288

property ain144_ef_config_a: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@144)

Address: 9588

property ain144_ef_config_b: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@144)

Address: 9888

property ain144_ef_config_c: int

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@144)

Address: 10188

property ain144_ef_config_d: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@144)

Address: 10488

property ain144_ef_config_e: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@144)

Address: 10788

property ain144_ef_config_f: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@144)

Address: 11088

property ain144_ef_config_g: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@144)

Address: 11388

property ain144_ef_config_h: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@144)

Address: 11688

property ain144_ef_config_i: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@144)

Address: 11988

property ain144_ef_config_j: float

Function dependent on selected feature index.

Register: AIN144_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@144)

Address: 12288

property ain144_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN144_EF_INDEX (AIN#(0:149)_EF_INDEX@144)

Address: 9288

property ain144_ef_read_a: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_A (AIN#(0:149)_EF_READ_A@144)

Address: 7288

property ain144_ef_read_b: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_B (AIN#(0:149)_EF_READ_B@144)

Address: 7588

property ain144_ef_read_c: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_C (AIN#(0:149)_EF_READ_C@144)

Address: 7888

property ain144_ef_read_d: float

Function dependent on selected feature index.

Register: AIN144_EF_READ_D (AIN#(0:149)_EF_READ_D@144)

Address: 8188

property ain145_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN145_BINARY (AIN#(0:254)_BINARY@145)

Address: 50290

property ain145_ef_config_a: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@145)

Address: 9590

property ain145_ef_config_b: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@145)

Address: 9890

property ain145_ef_config_c: int

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@145)

Address: 10190

property ain145_ef_config_d: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@145)

Address: 10490

property ain145_ef_config_e: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@145)

Address: 10790

property ain145_ef_config_f: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@145)

Address: 11090

property ain145_ef_config_g: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@145)

Address: 11390

property ain145_ef_config_h: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@145)

Address: 11690

property ain145_ef_config_i: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@145)

Address: 11990

property ain145_ef_config_j: float

Function dependent on selected feature index.

Register: AIN145_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@145)

Address: 12290

property ain145_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN145_EF_INDEX (AIN#(0:149)_EF_INDEX@145)

Address: 9290

property ain145_ef_read_a: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_A (AIN#(0:149)_EF_READ_A@145)

Address: 7290

property ain145_ef_read_b: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_B (AIN#(0:149)_EF_READ_B@145)

Address: 7590

property ain145_ef_read_c: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_C (AIN#(0:149)_EF_READ_C@145)

Address: 7890

property ain145_ef_read_d: float

Function dependent on selected feature index.

Register: AIN145_EF_READ_D (AIN#(0:149)_EF_READ_D@145)

Address: 8190

property ain146_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN146_BINARY (AIN#(0:254)_BINARY@146)

Address: 50292

property ain146_ef_config_a: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@146)

Address: 9592

property ain146_ef_config_b: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@146)

Address: 9892

property ain146_ef_config_c: int

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@146)

Address: 10192

property ain146_ef_config_d: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@146)

Address: 10492

property ain146_ef_config_e: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@146)

Address: 10792

property ain146_ef_config_f: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@146)

Address: 11092

property ain146_ef_config_g: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@146)

Address: 11392

property ain146_ef_config_h: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@146)

Address: 11692

property ain146_ef_config_i: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@146)

Address: 11992

property ain146_ef_config_j: float

Function dependent on selected feature index.

Register: AIN146_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@146)

Address: 12292

property ain146_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN146_EF_INDEX (AIN#(0:149)_EF_INDEX@146)

Address: 9292

property ain146_ef_read_a: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_A (AIN#(0:149)_EF_READ_A@146)

Address: 7292

property ain146_ef_read_b: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_B (AIN#(0:149)_EF_READ_B@146)

Address: 7592

property ain146_ef_read_c: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_C (AIN#(0:149)_EF_READ_C@146)

Address: 7892

property ain146_ef_read_d: float

Function dependent on selected feature index.

Register: AIN146_EF_READ_D (AIN#(0:149)_EF_READ_D@146)

Address: 8192

property ain147_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN147_BINARY (AIN#(0:254)_BINARY@147)

Address: 50294

property ain147_ef_config_a: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@147)

Address: 9594

property ain147_ef_config_b: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@147)

Address: 9894

property ain147_ef_config_c: int

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@147)

Address: 10194

property ain147_ef_config_d: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@147)

Address: 10494

property ain147_ef_config_e: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@147)

Address: 10794

property ain147_ef_config_f: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@147)

Address: 11094

property ain147_ef_config_g: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@147)

Address: 11394

property ain147_ef_config_h: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@147)

Address: 11694

property ain147_ef_config_i: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@147)

Address: 11994

property ain147_ef_config_j: float

Function dependent on selected feature index.

Register: AIN147_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@147)

Address: 12294

property ain147_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN147_EF_INDEX (AIN#(0:149)_EF_INDEX@147)

Address: 9294

property ain147_ef_read_a: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_A (AIN#(0:149)_EF_READ_A@147)

Address: 7294

property ain147_ef_read_b: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_B (AIN#(0:149)_EF_READ_B@147)

Address: 7594

property ain147_ef_read_c: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_C (AIN#(0:149)_EF_READ_C@147)

Address: 7894

property ain147_ef_read_d: float

Function dependent on selected feature index.

Register: AIN147_EF_READ_D (AIN#(0:149)_EF_READ_D@147)

Address: 8194

property ain148_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN148_BINARY (AIN#(0:254)_BINARY@148)

Address: 50296

property ain148_ef_config_a: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@148)

Address: 9596

property ain148_ef_config_b: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@148)

Address: 9896

property ain148_ef_config_c: int

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@148)

Address: 10196

property ain148_ef_config_d: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@148)

Address: 10496

property ain148_ef_config_e: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@148)

Address: 10796

property ain148_ef_config_f: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@148)

Address: 11096

property ain148_ef_config_g: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@148)

Address: 11396

property ain148_ef_config_h: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@148)

Address: 11696

property ain148_ef_config_i: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@148)

Address: 11996

property ain148_ef_config_j: float

Function dependent on selected feature index.

Register: AIN148_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@148)

Address: 12296

property ain148_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN148_EF_INDEX (AIN#(0:149)_EF_INDEX@148)

Address: 9296

property ain148_ef_read_a: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_A (AIN#(0:149)_EF_READ_A@148)

Address: 7296

property ain148_ef_read_b: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_B (AIN#(0:149)_EF_READ_B@148)

Address: 7596

property ain148_ef_read_c: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_C (AIN#(0:149)_EF_READ_C@148)

Address: 7896

property ain148_ef_read_d: float

Function dependent on selected feature index.

Register: AIN148_EF_READ_D (AIN#(0:149)_EF_READ_D@148)

Address: 8196

property ain149_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN149_BINARY (AIN#(0:254)_BINARY@149)

Address: 50298

property ain149_ef_config_a: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@149)

Address: 9598

property ain149_ef_config_b: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@149)

Address: 9898

property ain149_ef_config_c: int

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@149)

Address: 10198

property ain149_ef_config_d: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@149)

Address: 10498

property ain149_ef_config_e: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@149)

Address: 10798

property ain149_ef_config_f: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@149)

Address: 11098

property ain149_ef_config_g: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@149)

Address: 11398

property ain149_ef_config_h: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@149)

Address: 11698

property ain149_ef_config_i: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@149)

Address: 11998

property ain149_ef_config_j: float

Function dependent on selected feature index.

Register: AIN149_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@149)

Address: 12298

property ain149_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN149_EF_INDEX (AIN#(0:149)_EF_INDEX@149)

Address: 9298

property ain149_ef_read_a: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_A (AIN#(0:149)_EF_READ_A@149)

Address: 7298

property ain149_ef_read_b: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_B (AIN#(0:149)_EF_READ_B@149)

Address: 7598

property ain149_ef_read_c: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_C (AIN#(0:149)_EF_READ_C@149)

Address: 7898

property ain149_ef_read_d: float

Function dependent on selected feature index.

Register: AIN149_EF_READ_D (AIN#(0:149)_EF_READ_D@149)

Address: 8198

property ain14_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN14_BINARY (AIN#(0:254)_BINARY@14)

Address: 50028

property ain14_ef_config_a: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@14)

Address: 9328

property ain14_ef_config_b: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@14)

Address: 9628

property ain14_ef_config_c: int

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@14)

Address: 9928

property ain14_ef_config_d: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@14)

Address: 10228

property ain14_ef_config_e: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@14)

Address: 10528

property ain14_ef_config_f: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@14)

Address: 10828

property ain14_ef_config_g: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@14)

Address: 11128

property ain14_ef_config_h: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@14)

Address: 11428

property ain14_ef_config_i: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@14)

Address: 11728

property ain14_ef_config_j: float

Function dependent on selected feature index.

Register: AIN14_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@14)

Address: 12028

property ain14_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN14_EF_INDEX (AIN#(0:149)_EF_INDEX@14)

Address: 9028

property ain14_ef_read_a: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_A (AIN#(0:149)_EF_READ_A@14)

Address: 7028

property ain14_ef_read_b: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_B (AIN#(0:149)_EF_READ_B@14)

Address: 7328

property ain14_ef_read_c: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_C (AIN#(0:149)_EF_READ_C@14)

Address: 7628

property ain14_ef_read_d: float

Function dependent on selected feature index.

Register: AIN14_EF_READ_D (AIN#(0:149)_EF_READ_D@14)

Address: 7928

property ain150_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN150_BINARY (AIN#(0:254)_BINARY@150)

Address: 50300

property ain151_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN151_BINARY (AIN#(0:254)_BINARY@151)

Address: 50302

property ain152_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN152_BINARY (AIN#(0:254)_BINARY@152)

Address: 50304

property ain153_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN153_BINARY (AIN#(0:254)_BINARY@153)

Address: 50306

property ain154_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN154_BINARY (AIN#(0:254)_BINARY@154)

Address: 50308

property ain155_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN155_BINARY (AIN#(0:254)_BINARY@155)

Address: 50310

property ain156_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN156_BINARY (AIN#(0:254)_BINARY@156)

Address: 50312

property ain157_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN157_BINARY (AIN#(0:254)_BINARY@157)

Address: 50314

property ain158_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN158_BINARY (AIN#(0:254)_BINARY@158)

Address: 50316

property ain159_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN159_BINARY (AIN#(0:254)_BINARY@159)

Address: 50318

property ain15_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN15_BINARY (AIN#(0:254)_BINARY@15)

Address: 50030

property ain15_ef_config_a: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@15)

Address: 9330

property ain15_ef_config_b: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@15)

Address: 9630

property ain15_ef_config_c: int

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@15)

Address: 9930

property ain15_ef_config_d: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@15)

Address: 10230

property ain15_ef_config_e: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@15)

Address: 10530

property ain15_ef_config_f: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@15)

Address: 10830

property ain15_ef_config_g: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@15)

Address: 11130

property ain15_ef_config_h: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@15)

Address: 11430

property ain15_ef_config_i: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@15)

Address: 11730

property ain15_ef_config_j: float

Function dependent on selected feature index.

Register: AIN15_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@15)

Address: 12030

property ain15_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN15_EF_INDEX (AIN#(0:149)_EF_INDEX@15)

Address: 9030

property ain15_ef_read_a: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_A (AIN#(0:149)_EF_READ_A@15)

Address: 7030

property ain15_ef_read_b: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_B (AIN#(0:149)_EF_READ_B@15)

Address: 7330

property ain15_ef_read_c: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_C (AIN#(0:149)_EF_READ_C@15)

Address: 7630

property ain15_ef_read_d: float

Function dependent on selected feature index.

Register: AIN15_EF_READ_D (AIN#(0:149)_EF_READ_D@15)

Address: 7930

property ain160_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN160_BINARY (AIN#(0:254)_BINARY@160)

Address: 50320

property ain161_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN161_BINARY (AIN#(0:254)_BINARY@161)

Address: 50322

property ain162_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN162_BINARY (AIN#(0:254)_BINARY@162)

Address: 50324

property ain163_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN163_BINARY (AIN#(0:254)_BINARY@163)

Address: 50326

property ain164_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN164_BINARY (AIN#(0:254)_BINARY@164)

Address: 50328

property ain165_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN165_BINARY (AIN#(0:254)_BINARY@165)

Address: 50330

property ain166_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN166_BINARY (AIN#(0:254)_BINARY@166)

Address: 50332

property ain167_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN167_BINARY (AIN#(0:254)_BINARY@167)

Address: 50334

property ain168_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN168_BINARY (AIN#(0:254)_BINARY@168)

Address: 50336

property ain169_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN169_BINARY (AIN#(0:254)_BINARY@169)

Address: 50338

property ain16_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN16_BINARY (AIN#(0:254)_BINARY@16)

Address: 50032

property ain16_ef_config_a: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@16)

Address: 9332

property ain16_ef_config_b: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@16)

Address: 9632

property ain16_ef_config_c: int

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@16)

Address: 9932

property ain16_ef_config_d: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@16)

Address: 10232

property ain16_ef_config_e: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@16)

Address: 10532

property ain16_ef_config_f: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@16)

Address: 10832

property ain16_ef_config_g: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@16)

Address: 11132

property ain16_ef_config_h: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@16)

Address: 11432

property ain16_ef_config_i: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@16)

Address: 11732

property ain16_ef_config_j: float

Function dependent on selected feature index.

Register: AIN16_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@16)

Address: 12032

property ain16_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN16_EF_INDEX (AIN#(0:149)_EF_INDEX@16)

Address: 9032

property ain16_ef_read_a: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_A (AIN#(0:149)_EF_READ_A@16)

Address: 7032

property ain16_ef_read_b: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_B (AIN#(0:149)_EF_READ_B@16)

Address: 7332

property ain16_ef_read_c: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_C (AIN#(0:149)_EF_READ_C@16)

Address: 7632

property ain16_ef_read_d: float

Function dependent on selected feature index.

Register: AIN16_EF_READ_D (AIN#(0:149)_EF_READ_D@16)

Address: 7932

property ain170_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN170_BINARY (AIN#(0:254)_BINARY@170)

Address: 50340

property ain171_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN171_BINARY (AIN#(0:254)_BINARY@171)

Address: 50342

property ain172_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN172_BINARY (AIN#(0:254)_BINARY@172)

Address: 50344

property ain173_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN173_BINARY (AIN#(0:254)_BINARY@173)

Address: 50346

property ain174_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN174_BINARY (AIN#(0:254)_BINARY@174)

Address: 50348

property ain175_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN175_BINARY (AIN#(0:254)_BINARY@175)

Address: 50350

property ain176_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN176_BINARY (AIN#(0:254)_BINARY@176)

Address: 50352

property ain177_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN177_BINARY (AIN#(0:254)_BINARY@177)

Address: 50354

property ain178_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN178_BINARY (AIN#(0:254)_BINARY@178)

Address: 50356

property ain179_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN179_BINARY (AIN#(0:254)_BINARY@179)

Address: 50358

property ain17_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN17_BINARY (AIN#(0:254)_BINARY@17)

Address: 50034

property ain17_ef_config_a: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@17)

Address: 9334

property ain17_ef_config_b: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@17)

Address: 9634

property ain17_ef_config_c: int

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@17)

Address: 9934

property ain17_ef_config_d: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@17)

Address: 10234

property ain17_ef_config_e: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@17)

Address: 10534

property ain17_ef_config_f: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@17)

Address: 10834

property ain17_ef_config_g: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@17)

Address: 11134

property ain17_ef_config_h: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@17)

Address: 11434

property ain17_ef_config_i: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@17)

Address: 11734

property ain17_ef_config_j: float

Function dependent on selected feature index.

Register: AIN17_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@17)

Address: 12034

property ain17_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN17_EF_INDEX (AIN#(0:149)_EF_INDEX@17)

Address: 9034

property ain17_ef_read_a: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_A (AIN#(0:149)_EF_READ_A@17)

Address: 7034

property ain17_ef_read_b: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_B (AIN#(0:149)_EF_READ_B@17)

Address: 7334

property ain17_ef_read_c: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_C (AIN#(0:149)_EF_READ_C@17)

Address: 7634

property ain17_ef_read_d: float

Function dependent on selected feature index.

Register: AIN17_EF_READ_D (AIN#(0:149)_EF_READ_D@17)

Address: 7934

property ain180_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN180_BINARY (AIN#(0:254)_BINARY@180)

Address: 50360

property ain181_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN181_BINARY (AIN#(0:254)_BINARY@181)

Address: 50362

property ain182_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN182_BINARY (AIN#(0:254)_BINARY@182)

Address: 50364

property ain183_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN183_BINARY (AIN#(0:254)_BINARY@183)

Address: 50366

property ain184_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN184_BINARY (AIN#(0:254)_BINARY@184)

Address: 50368

property ain185_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN185_BINARY (AIN#(0:254)_BINARY@185)

Address: 50370

property ain186_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN186_BINARY (AIN#(0:254)_BINARY@186)

Address: 50372

property ain187_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN187_BINARY (AIN#(0:254)_BINARY@187)

Address: 50374

property ain188_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN188_BINARY (AIN#(0:254)_BINARY@188)

Address: 50376

property ain189_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN189_BINARY (AIN#(0:254)_BINARY@189)

Address: 50378

property ain18_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN18_BINARY (AIN#(0:254)_BINARY@18)

Address: 50036

property ain18_ef_config_a: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@18)

Address: 9336

property ain18_ef_config_b: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@18)

Address: 9636

property ain18_ef_config_c: int

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@18)

Address: 9936

property ain18_ef_config_d: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@18)

Address: 10236

property ain18_ef_config_e: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@18)

Address: 10536

property ain18_ef_config_f: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@18)

Address: 10836

property ain18_ef_config_g: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@18)

Address: 11136

property ain18_ef_config_h: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@18)

Address: 11436

property ain18_ef_config_i: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@18)

Address: 11736

property ain18_ef_config_j: float

Function dependent on selected feature index.

Register: AIN18_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@18)

Address: 12036

property ain18_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN18_EF_INDEX (AIN#(0:149)_EF_INDEX@18)

Address: 9036

property ain18_ef_read_a: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_A (AIN#(0:149)_EF_READ_A@18)

Address: 7036

property ain18_ef_read_b: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_B (AIN#(0:149)_EF_READ_B@18)

Address: 7336

property ain18_ef_read_c: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_C (AIN#(0:149)_EF_READ_C@18)

Address: 7636

property ain18_ef_read_d: float

Function dependent on selected feature index.

Register: AIN18_EF_READ_D (AIN#(0:149)_EF_READ_D@18)

Address: 7936

property ain190_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN190_BINARY (AIN#(0:254)_BINARY@190)

Address: 50380

property ain191_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN191_BINARY (AIN#(0:254)_BINARY@191)

Address: 50382

property ain192_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN192_BINARY (AIN#(0:254)_BINARY@192)

Address: 50384

property ain193_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN193_BINARY (AIN#(0:254)_BINARY@193)

Address: 50386

property ain194_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN194_BINARY (AIN#(0:254)_BINARY@194)

Address: 50388

property ain195_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN195_BINARY (AIN#(0:254)_BINARY@195)

Address: 50390

property ain196_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN196_BINARY (AIN#(0:254)_BINARY@196)

Address: 50392

property ain197_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN197_BINARY (AIN#(0:254)_BINARY@197)

Address: 50394

property ain198_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN198_BINARY (AIN#(0:254)_BINARY@198)

Address: 50396

property ain199_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN199_BINARY (AIN#(0:254)_BINARY@199)

Address: 50398

property ain19_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN19_BINARY (AIN#(0:254)_BINARY@19)

Address: 50038

property ain19_ef_config_a: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@19)

Address: 9338

property ain19_ef_config_b: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@19)

Address: 9638

property ain19_ef_config_c: int

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@19)

Address: 9938

property ain19_ef_config_d: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@19)

Address: 10238

property ain19_ef_config_e: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@19)

Address: 10538

property ain19_ef_config_f: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@19)

Address: 10838

property ain19_ef_config_g: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@19)

Address: 11138

property ain19_ef_config_h: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@19)

Address: 11438

property ain19_ef_config_i: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@19)

Address: 11738

property ain19_ef_config_j: float

Function dependent on selected feature index.

Register: AIN19_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@19)

Address: 12038

property ain19_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN19_EF_INDEX (AIN#(0:149)_EF_INDEX@19)

Address: 9038

property ain19_ef_read_a: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_A (AIN#(0:149)_EF_READ_A@19)

Address: 7038

property ain19_ef_read_b: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_B (AIN#(0:149)_EF_READ_B@19)

Address: 7338

property ain19_ef_read_c: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_C (AIN#(0:149)_EF_READ_C@19)

Address: 7638

property ain19_ef_read_d: float

Function dependent on selected feature index.

Register: AIN19_EF_READ_D (AIN#(0:149)_EF_READ_D@19)

Address: 7938

property ain1_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN1_BINARY (AIN#(0:254)_BINARY@1)

Address: 50002

property ain1_ef_config_a: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@1)

Address: 9302

property ain1_ef_config_b: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@1)

Address: 9602

property ain1_ef_config_c: int

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@1)

Address: 9902

property ain1_ef_config_d: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@1)

Address: 10202

property ain1_ef_config_e: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@1)

Address: 10502

property ain1_ef_config_f: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@1)

Address: 10802

property ain1_ef_config_g: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@1)

Address: 11102

property ain1_ef_config_h: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@1)

Address: 11402

property ain1_ef_config_i: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@1)

Address: 11702

property ain1_ef_config_j: float

Function dependent on selected feature index.

Register: AIN1_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@1)

Address: 12002

property ain1_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN1_EF_INDEX (AIN#(0:149)_EF_INDEX@1)

Address: 9002

property ain1_ef_read_a: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_A (AIN#(0:149)_EF_READ_A@1)

Address: 7002

property ain1_ef_read_b: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_B (AIN#(0:149)_EF_READ_B@1)

Address: 7302

property ain1_ef_read_c: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_C (AIN#(0:149)_EF_READ_C@1)

Address: 7602

property ain1_ef_read_d: float

Function dependent on selected feature index.

Register: AIN1_EF_READ_D (AIN#(0:149)_EF_READ_D@1)

Address: 7902

property ain1_negative_ch: int

Specifies the negative channel to be used for each positive channel. 199=Default=> Single-Ended.

Register: AIN1_NEGATIVE_CH (AIN#(0:3)_NEGATIVE_CH@1)

Address: 41001

property ain1_range: float

The range/span of each analog input. Write the highest expected input voltage.

Register: AIN1_RANGE (AIN#(0:3)_RANGE@1)

Address: 40002

property ain1_resolution_index: int

The resolution index for command-response and AIN-EF readings. A larger resolution index generally results in lower noise and longer sample times.

Register: AIN1_RESOLUTION_INDEX (AIN#(0:3)_RESOLUTION_INDEX@1)

Address: 41501

property ain1_settling_us: float

Settling time for command-response and AIN-EF readings.

Register: AIN1_SETTLING_US (AIN#(0:3)_SETTLING_US@1)

Address: 42002

property ain2: float

Returns the voltage of the specified analog input.

Register: AIN2 (AIN#(0:11)@2)

Address: 4

property ain200_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN200_BINARY (AIN#(0:254)_BINARY@200)

Address: 50400

property ain201_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN201_BINARY (AIN#(0:254)_BINARY@201)

Address: 50402

property ain202_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN202_BINARY (AIN#(0:254)_BINARY@202)

Address: 50404

property ain203_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN203_BINARY (AIN#(0:254)_BINARY@203)

Address: 50406

property ain204_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN204_BINARY (AIN#(0:254)_BINARY@204)

Address: 50408

property ain205_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN205_BINARY (AIN#(0:254)_BINARY@205)

Address: 50410

property ain206_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN206_BINARY (AIN#(0:254)_BINARY@206)

Address: 50412

property ain207_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN207_BINARY (AIN#(0:254)_BINARY@207)

Address: 50414

property ain208_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN208_BINARY (AIN#(0:254)_BINARY@208)

Address: 50416

property ain209_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN209_BINARY (AIN#(0:254)_BINARY@209)

Address: 50418

property ain20_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN20_BINARY (AIN#(0:254)_BINARY@20)

Address: 50040

property ain20_ef_config_a: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@20)

Address: 9340

property ain20_ef_config_b: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@20)

Address: 9640

property ain20_ef_config_c: int

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@20)

Address: 9940

property ain20_ef_config_d: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@20)

Address: 10240

property ain20_ef_config_e: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@20)

Address: 10540

property ain20_ef_config_f: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@20)

Address: 10840

property ain20_ef_config_g: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@20)

Address: 11140

property ain20_ef_config_h: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@20)

Address: 11440

property ain20_ef_config_i: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@20)

Address: 11740

property ain20_ef_config_j: float

Function dependent on selected feature index.

Register: AIN20_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@20)

Address: 12040

property ain20_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN20_EF_INDEX (AIN#(0:149)_EF_INDEX@20)

Address: 9040

property ain20_ef_read_a: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_A (AIN#(0:149)_EF_READ_A@20)

Address: 7040

property ain20_ef_read_b: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_B (AIN#(0:149)_EF_READ_B@20)

Address: 7340

property ain20_ef_read_c: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_C (AIN#(0:149)_EF_READ_C@20)

Address: 7640

property ain20_ef_read_d: float

Function dependent on selected feature index.

Register: AIN20_EF_READ_D (AIN#(0:149)_EF_READ_D@20)

Address: 7940

property ain210_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN210_BINARY (AIN#(0:254)_BINARY@210)

Address: 50420

property ain211_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN211_BINARY (AIN#(0:254)_BINARY@211)

Address: 50422

property ain212_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN212_BINARY (AIN#(0:254)_BINARY@212)

Address: 50424

property ain213_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN213_BINARY (AIN#(0:254)_BINARY@213)

Address: 50426

property ain214_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN214_BINARY (AIN#(0:254)_BINARY@214)

Address: 50428

property ain215_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN215_BINARY (AIN#(0:254)_BINARY@215)

Address: 50430

property ain216_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN216_BINARY (AIN#(0:254)_BINARY@216)

Address: 50432

property ain217_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN217_BINARY (AIN#(0:254)_BINARY@217)

Address: 50434

property ain218_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN218_BINARY (AIN#(0:254)_BINARY@218)

Address: 50436

property ain219_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN219_BINARY (AIN#(0:254)_BINARY@219)

Address: 50438

property ain21_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN21_BINARY (AIN#(0:254)_BINARY@21)

Address: 50042

property ain21_ef_config_a: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@21)

Address: 9342

property ain21_ef_config_b: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@21)

Address: 9642

property ain21_ef_config_c: int

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@21)

Address: 9942

property ain21_ef_config_d: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@21)

Address: 10242

property ain21_ef_config_e: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@21)

Address: 10542

property ain21_ef_config_f: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@21)

Address: 10842

property ain21_ef_config_g: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@21)

Address: 11142

property ain21_ef_config_h: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@21)

Address: 11442

property ain21_ef_config_i: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@21)

Address: 11742

property ain21_ef_config_j: float

Function dependent on selected feature index.

Register: AIN21_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@21)

Address: 12042

property ain21_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN21_EF_INDEX (AIN#(0:149)_EF_INDEX@21)

Address: 9042

property ain21_ef_read_a: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_A (AIN#(0:149)_EF_READ_A@21)

Address: 7042

property ain21_ef_read_b: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_B (AIN#(0:149)_EF_READ_B@21)

Address: 7342

property ain21_ef_read_c: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_C (AIN#(0:149)_EF_READ_C@21)

Address: 7642

property ain21_ef_read_d: float

Function dependent on selected feature index.

Register: AIN21_EF_READ_D (AIN#(0:149)_EF_READ_D@21)

Address: 7942

property ain220_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN220_BINARY (AIN#(0:254)_BINARY@220)

Address: 50440

property ain221_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN221_BINARY (AIN#(0:254)_BINARY@221)

Address: 50442

property ain222_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN222_BINARY (AIN#(0:254)_BINARY@222)

Address: 50444

property ain223_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN223_BINARY (AIN#(0:254)_BINARY@223)

Address: 50446

property ain224_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN224_BINARY (AIN#(0:254)_BINARY@224)

Address: 50448

property ain225_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN225_BINARY (AIN#(0:254)_BINARY@225)

Address: 50450

property ain226_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN226_BINARY (AIN#(0:254)_BINARY@226)

Address: 50452

property ain227_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN227_BINARY (AIN#(0:254)_BINARY@227)

Address: 50454

property ain228_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN228_BINARY (AIN#(0:254)_BINARY@228)

Address: 50456

property ain229_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN229_BINARY (AIN#(0:254)_BINARY@229)

Address: 50458

property ain22_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN22_BINARY (AIN#(0:254)_BINARY@22)

Address: 50044

property ain22_ef_config_a: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@22)

Address: 9344

property ain22_ef_config_b: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@22)

Address: 9644

property ain22_ef_config_c: int

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@22)

Address: 9944

property ain22_ef_config_d: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@22)

Address: 10244

property ain22_ef_config_e: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@22)

Address: 10544

property ain22_ef_config_f: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@22)

Address: 10844

property ain22_ef_config_g: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@22)

Address: 11144

property ain22_ef_config_h: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@22)

Address: 11444

property ain22_ef_config_i: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@22)

Address: 11744

property ain22_ef_config_j: float

Function dependent on selected feature index.

Register: AIN22_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@22)

Address: 12044

property ain22_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN22_EF_INDEX (AIN#(0:149)_EF_INDEX@22)

Address: 9044

property ain22_ef_read_a: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_A (AIN#(0:149)_EF_READ_A@22)

Address: 7044

property ain22_ef_read_b: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_B (AIN#(0:149)_EF_READ_B@22)

Address: 7344

property ain22_ef_read_c: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_C (AIN#(0:149)_EF_READ_C@22)

Address: 7644

property ain22_ef_read_d: float

Function dependent on selected feature index.

Register: AIN22_EF_READ_D (AIN#(0:149)_EF_READ_D@22)

Address: 7944

property ain230_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN230_BINARY (AIN#(0:254)_BINARY@230)

Address: 50460

property ain231_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN231_BINARY (AIN#(0:254)_BINARY@231)

Address: 50462

property ain232_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN232_BINARY (AIN#(0:254)_BINARY@232)

Address: 50464

property ain233_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN233_BINARY (AIN#(0:254)_BINARY@233)

Address: 50466

property ain234_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN234_BINARY (AIN#(0:254)_BINARY@234)

Address: 50468

property ain235_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN235_BINARY (AIN#(0:254)_BINARY@235)

Address: 50470

property ain236_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN236_BINARY (AIN#(0:254)_BINARY@236)

Address: 50472

property ain237_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN237_BINARY (AIN#(0:254)_BINARY@237)

Address: 50474

property ain238_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN238_BINARY (AIN#(0:254)_BINARY@238)

Address: 50476

property ain239_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN239_BINARY (AIN#(0:254)_BINARY@239)

Address: 50478

property ain23_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN23_BINARY (AIN#(0:254)_BINARY@23)

Address: 50046

property ain23_ef_config_a: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@23)

Address: 9346

property ain23_ef_config_b: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@23)

Address: 9646

property ain23_ef_config_c: int

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@23)

Address: 9946

property ain23_ef_config_d: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@23)

Address: 10246

property ain23_ef_config_e: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@23)

Address: 10546

property ain23_ef_config_f: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@23)

Address: 10846

property ain23_ef_config_g: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@23)

Address: 11146

property ain23_ef_config_h: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@23)

Address: 11446

property ain23_ef_config_i: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@23)

Address: 11746

property ain23_ef_config_j: float

Function dependent on selected feature index.

Register: AIN23_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@23)

Address: 12046

property ain23_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN23_EF_INDEX (AIN#(0:149)_EF_INDEX@23)

Address: 9046

property ain23_ef_read_a: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_A (AIN#(0:149)_EF_READ_A@23)

Address: 7046

property ain23_ef_read_b: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_B (AIN#(0:149)_EF_READ_B@23)

Address: 7346

property ain23_ef_read_c: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_C (AIN#(0:149)_EF_READ_C@23)

Address: 7646

property ain23_ef_read_d: float

Function dependent on selected feature index.

Register: AIN23_EF_READ_D (AIN#(0:149)_EF_READ_D@23)

Address: 7946

property ain240_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN240_BINARY (AIN#(0:254)_BINARY@240)

Address: 50480

property ain241_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN241_BINARY (AIN#(0:254)_BINARY@241)

Address: 50482

property ain242_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN242_BINARY (AIN#(0:254)_BINARY@242)

Address: 50484

property ain243_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN243_BINARY (AIN#(0:254)_BINARY@243)

Address: 50486

property ain244_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN244_BINARY (AIN#(0:254)_BINARY@244)

Address: 50488

property ain245_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN245_BINARY (AIN#(0:254)_BINARY@245)

Address: 50490

property ain246_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN246_BINARY (AIN#(0:254)_BINARY@246)

Address: 50492

property ain247_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN247_BINARY (AIN#(0:254)_BINARY@247)

Address: 50494

property ain248_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN248_BINARY (AIN#(0:254)_BINARY@248)

Address: 50496

property ain249_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN249_BINARY (AIN#(0:254)_BINARY@249)

Address: 50498

property ain24_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN24_BINARY (AIN#(0:254)_BINARY@24)

Address: 50048

property ain24_ef_config_a: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@24)

Address: 9348

property ain24_ef_config_b: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@24)

Address: 9648

property ain24_ef_config_c: int

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@24)

Address: 9948

property ain24_ef_config_d: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_D (AIN#(0:149)_EF_CONFIG_D@24)

Address: 10248

property ain24_ef_config_e: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_E (AIN#(0:149)_EF_CONFIG_E@24)

Address: 10548

property ain24_ef_config_f: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_F (AIN#(0:149)_EF_CONFIG_F@24)

Address: 10848

property ain24_ef_config_g: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_G (AIN#(0:149)_EF_CONFIG_G@24)

Address: 11148

property ain24_ef_config_h: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_H (AIN#(0:149)_EF_CONFIG_H@24)

Address: 11448

property ain24_ef_config_i: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_I (AIN#(0:149)_EF_CONFIG_I@24)

Address: 11748

property ain24_ef_config_j: float

Function dependent on selected feature index.

Register: AIN24_EF_CONFIG_J (AIN#(0:149)_EF_CONFIG_J@24)

Address: 12048

property ain24_ef_index: int

Specify the desired extended feature for this analog input with the index value. List of index values: 0=None(disabled); 1=Offset and Slope; 3=Max/Min/Avg; 4=Resistance; 5=Average and Threshold; 10=RMS Flex; 11=FlexRMS; 20=Thermocouple type E; 21=Thermocouple type J; 22=Thermocouple type K; 23=Thermocouple type R; 24=Thermocouple type T; 25=Thermocouple type S; 27=Thermocouple type N; 28=Thermocouple type B; 30=Thermocouple type C; 40=RTD model PT100; 41=RTD model PT500; 42=RTD model PT1000; 50=Thermistor Steinhart-Hart; 51=Thermistor Beta.

Register: AIN24_EF_INDEX (AIN#(0:149)_EF_INDEX@24)

Address: 9048

property ain24_ef_read_a: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_A (AIN#(0:149)_EF_READ_A@24)

Address: 7048

property ain24_ef_read_b: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_B (AIN#(0:149)_EF_READ_B@24)

Address: 7348

property ain24_ef_read_c: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_C (AIN#(0:149)_EF_READ_C@24)

Address: 7648

property ain24_ef_read_d: float

Function dependent on selected feature index.

Register: AIN24_EF_READ_D (AIN#(0:149)_EF_READ_D@24)

Address: 7948

property ain250_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN250_BINARY (AIN#(0:254)_BINARY@250)

Address: 50500

property ain251_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN251_BINARY (AIN#(0:254)_BINARY@251)

Address: 50502

property ain252_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN252_BINARY (AIN#(0:254)_BINARY@252)

Address: 50504

property ain253_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN253_BINARY (AIN#(0:254)_BINARY@253)

Address: 50506

property ain254_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN254_BINARY (AIN#(0:254)_BINARY@254)

Address: 50508

property ain25_binary: int

Returns the 24-bit binary representation of the specified analog input. If you prefer 16-bit representation, simply divide this by 256. This is for command-response only. Stream always returns binary and LJM applies cal constants, so the LJM config flag LJM_STREAM_AIN_BINARY is used to get binary values.

Register: AIN25_BINARY (AIN#(0:254)_BINARY@25)

Address: 50050

property ain25_ef_config_a: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_A (AIN#(0:149)_EF_CONFIG_A@25)

Address: 9350

property ain25_ef_config_b: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_B (AIN#(0:149)_EF_CONFIG_B@25)

Address: 9650

property ain25_ef_config_c: int

Function dependent on selected feature index.

Register: AIN25_EF_CONFIG_C (AIN#(0:149)_EF_CONFIG_C@25)

Address: 9950

property ain25_ef_config_d: float