Built-in Web Server
Web HMI
Support for MQTT Protocol
2-port Ethernet Switch for Daisy-Chain Topology
Dual Watchdog
Operating Temperature -25 to +75°C
DI: 8 Channels
DO: 8 Channels

AT bus
500 VDC photo-isolation protection
one channel strain gauge input channel
Built-in 1 KB FIFO
voltage for loadcell : 12 V, 50 mA
Maximum gain up to 40,000
Programmable 12-bit resolution ,DC offset voltage (0 ~ 5 V)
Second order low pass filter build-in
Direct connection to strain gauge type loadcell
8-channel 12 ~ 24 V isolated digital input
7-channel isolated open-collector digital output
Programmable 8-bit LED indicator.
Command set programming

Built-in Web server
Web HMI
Modbus TCP and Modbus UDP protocols
2 x RJ45 Ethernet - Daisy chain
Good communication security
Dual Watchdog
Operating temperature range: -25 ~ + 75 ° C
I/O Pair-link - input is mirrored to the other's output
8 x Relay power - electromechanical, COM NO
Relæskiftetid: on: 10ms, off: 5ms
Relay contact voltage and current: 24VDC / 250VAC / 5A
Electromechanical: Avoid inductive load
Supply voltage: 12 - 48VDC

ICP DAS I-7231-D-G-CR

24 pcs shift relay (COM, NC, NO) 250VAC and 24VDC 1Amp - 24 LEDs show relay position
Control of TTL signal (+ 5VDC is relay ON)
Supplied with +24 VDC externally
Plugs: IDC50
Dimensions: 130 x 220 mm (W x D)

The M-7024U is a multi-function module that includes 4 analog output channels, 4 digital input channels, 4 digital output channels. It provides a programmable output range on all analog outputs channels (0 ~ 5 V, ±5 V, 0 ~ 10 V, ±10 V, +4 ~ +20 mA or 0 ~ +20 mA).

Each analog output channel can be configured for an individual range.

The M-7024U is a multi-function module that includes 4 analog output channels, 4 digital input channels, 4 digital output channels. It provides a programmable output range on all analog outputs channels (0 ~ 5 V, ±5 V, 0 ~ 10 V, ±10 V, +4 ~ +20 mA or 0 ~ +20 mA).

Each analog output channel can be configured for an individual range.

The I-7024 is a 14-bit 4-channel analog output module that provides current and voltage outputs. There are options for power-on values and safe values. It features 3000 VDC intra-module isolation.
The I-7024R is the same as the I-7024 and provides additional 5-channel digital inputs and 4 KV ESD protection on each terminal.
The M-7024/M-7024R support Modbus RTU and DCON protocols.

The I-7024 is a 14-bit 4-channel analog output module that provides current and voltage outputs. There are options for power-on values and safe values. It features 3000 VDC intra-module isolation.
The I-7024R is the same as the I-7024 and provides additional 5-channel digital inputs and 4 KV ESD protection on each terminal.
The M-7024/M-7024R support Modbus RTU and DCON protocols.

The I-7024 is a 14-bit 4-channel analog output module that provides current and voltage outputs. There are options for power-on values and safe values. It features 3000 VDC intra-module isolation.
The I-7024R is the same as the I-7024 and provides additional 5-channel digital inputs and 4 KV ESD protection on each terminal.
The M-7024/M-7024R support Modbus RTU and DCON protocols.

The I-7024 is a 14-bit 4-channel analog output module that provides current and voltage outputs. There are options for power-on values and safe values. It features 3000 VDC intra-module isolation.
The I-7024R is the same as the I-7024 and provides additional 5-channel digital inputs and 4 KV ESD protection on each terminal.
The M-7024/M-7024R support Modbus RTU and DCON protocols.

The I-7024 is a 14-bit 4-channel analog output module that provides current and voltage outputs. There are options for power-on values and safe values. It features 3000 VDC intra-module isolation.
The I-7024R is the same as the I-7024 and provides additional 5-channel digital inputs and 4 KV ESD protection on each terminal.
The M-7024/M-7024R support Modbus RTU and DCON protocols.

The M-7026 is a multifunction module that includes 6 analog input channels, 2 analog output channels, 3 digital input channels, 3 digital output channels. It provides a programmable input range on all analog input (±150 mV, ±500 mV, ±1 V, ±5 V, ±10 V, ±20 mA or 0 ~ +20 mA), analog outputs are 12-bit at ±5 V, ±10 V, 0 ~ +20 mA or +4 ~ +20 mA and all digital outputs can be set as alarm output.

The M-7003 is a 16-bit, 8-channel analog inputs and 4-channel for relay output. All of its channels are Form A type relay module that provides programmable input range on all analog channels (±150 mV, ±500 mV, ±1 V, ±5 V, ±10 V, ±20 mA, 0 ~ 20 mA and 4 ~ 20 mA). Each analog channel is allowed to configure an individual range and has 120 VDC high overvoltage protection.

The M-7002 is a 16-bit, 4-channel differential analog inputs 5-channel digital inputs and 4-channels for relay output. All of its channels are Form A type relay module that provides programmable input range on all analog channels (±150 mV, ±500 mV, ±1 V, ±5 V, ±10 V, ±20 mA, 0 ~ 20 mA and 4 ~ 20 mA) and digital output can be set alarm output with shortcircuit protection and overload protection.

I-7016 supports full-bridge strain gauges and provides 2 Analog Input channels, 1 excitation voltage output channel, 2 Digital Input channels and 2 Digital Output channels. The module provides a programmable input range (±15 mV, ±50 mV, ±100 mV, ±500 mV, ±1 V, and ±2.5 V) and each Analog Input channel can be individually configured.

I-7016 supports full-bridge strain gauges and provides 2 Analog Input channels, 1 excitation voltage output channel, 2 Digital Input channels and 2 Digital Output channels. The module provides a programmable input range (±15 mV, ±50 mV, ±100 mV, ±500 mV, ±1 V, and ±2.5 V) and each Analog Input channel can be individually configured. 

The “P” version of the I-7016 module is another milestone in the development of the I-7016 series, and is a testament to excellence by the R&D team at ICP DAS. The I-7016P is specifically designed for long-distance strain gauge measurement, and provides 1 Digital Input channel as a 50 Hz event counter and 4 Digital Output channels that can act as high or low alarms.

The “P” version of the I-7016 module is another milestone in the development of the I-7016 series, and is a testament to excellence by the R&D team at ICP DAS. The I-7016P is specifically designed for long-distance strain gauge measurement, and provides 1 Digital Input channel as a 50 Hz event counter and 4 Digital Output channels that can act as high or low alarms.

I-7016 supports full-bridge strain gauges and provides 2 Analog Input channels, 1 excitation voltage output channel, 2 Digital Input channels and 2 Digital Output channels. The module provides a programmable input range (±15 mV, ±50 mV, ±100 mV, ±500 mV, ±1 V, and ±2.5 V) and each Analog Input channel can be individually configured. 

I-7016 supports full-bridge strain gauges and provides 2 Analog Input channels, 1 excitation voltage output channel, 2 Digital Input channels and 2 Digital Output channels. The module provides a programmable input range (±15 mV, ±50 mV, ±100 mV, ±500 mV, ±1 V, and ±2.5 V) and each Analog Input channel can be individually configured. 

The I-7014 is a 1-channel Transmitter Input module that provides a +15 VDC isolated loop power supply for transmitter input, and is designed for both voltage and current input types. In addition, the module provides 1 Digital Input channel as a 50 Hz event counter and 2 Digital Output channels that can be used as a high/low alarm. The I-7014 also features 3000 VDC intra-module isolation.

The I-7005 module is used for measuring temperatures using a thermistor. The module supports a wide range of thermistors, including support for user-defined thermistor types, which can be added by specifying the Steinhart coefficients, and features individual channel configuration, meaning that each of the eight input channels can be individually configured for different kinds of thermistor.

The I-7005 module is used for measuring temperatures using a thermistor. The module supports a wide range of thermistors, including support for user-defined thermistor types, which can be added by specifying the Steinhart coefficients, and features individual channel configuration, meaning that each of the eight input channels can be individually configured for different kinds of thermistor.

The I-7005 module is used for measuring temperatures using a thermistor. The module supports a wide range of thermistors, including support for user-defined thermistor types, which can be added by specifying the Steinhart coefficients, and features individual channel configuration, meaning that each of the eight input channels can be individually configured for different kinds of thermistor.

The I-7033 is a 3-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7033 also includes 3000 VDC intra-module isolation, and supports lead resistance elimination for 3/4-wire connections.

The I-7033 is a 3-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7033 also includes 3000 VDC intra-module isolation, and supports lead resistance elimination for 3/4-wire connections.

The I-7033 is a 3-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7033 also includes 3000 VDC intra-module isolation, and supports lead resistance elimination for 3/4-wire connections.

The I-7033 is a 3-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7033 also includes 3000 VDC intra-module isolation, and supports lead resistance elimination for 3/4-wire connections.

The I-7033 is a 3-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7033 also includes 3000 VDC intra-module isolation, and supports lead resistance elimination for 3/4-wire connections.

The I-7015 is a series of 6-channel RTD input modules that are used for measuring temperatures using RTD sensors and each channel can be connected to a different type of sensor. The I/M-7015P is specifically designed for long-distance RTD measurement, and features automatic compensation for three-wire RTD, meaning that accurate measurements can be obtained regardless of the length of the wires.

The I-7015 is a series of 6-channel RTD input modules that are used for measuring temperatures using RTD sensors and each channel can be connected to a different type of sensor. The I/M-7015P is specifically designed for long-distance RTD measurement, and features automatic compensation for three-wire RTD, meaning that accurate measurements can be obtained regardless of the length of the wires.

The I-7015 is a series of 6-channel RTD input modules that are used for measuring temperatures using RTD sensors and each channel can be connected to a different type of sensor. The I/M-7015P is specifically designed for long-distance RTD measurement, and features automatic compensation for three-wire RTD, meaning that accurate measurements can be obtained regardless of the length of the wires.

The I-7015 is a series of 6-channel RTD input modules that are used for measuring temperatures using RTD sensors and each channel can be connected to a different type of sensor. The I/M-7015P is specifically designed for long-distance RTD measurement, and features automatic compensation for three-wire RTD, meaning that accurate measurements can be obtained regardless of the length of the wires.

The I-7015 is a series of 6-channel RTD input modules that are used for measuring temperatures using RTD sensors and each channel can be connected to a different type of sensor. The I/M-7015P is specifically designed for long-distance RTD measurement, and features automatic compensation for three-wire RTD, meaning that accurate measurements can be obtained regardless of the length of the wires.

The I-7013(D) & M-7013P(D) is a 1-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7013(D) & M-7013P(D) also includes 3000 VDC intra-module isolation and supports lead resistance elimination for 3/4-wire connections.

The I-7013(D) & M-7013P(D) is a 1-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7013(D) & M-7013P(D) also includes 3000 VDC intra-module isolation and supports lead resistance elimination for 3/4-wire connections.

The I-7013(D) & M-7013P(D) is a 1-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7013(D) & M-7013P(D) also includes 3000 VDC intra-module isolation and supports lead resistance elimination for 3/4-wire connections.

The I-7013(D) & M-7013P(D) is a 1-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7013(D) & M-7013P(D) also includes 3000 VDC intra-module isolation and supports lead resistance elimination for 3/4-wire connections.

The I-7013(D) & M-7013P(D) is a 1-channel RTD Input module that is used for measuring temperatures via an RTD sensor and supports Pt100, Ni120, and Pt1000 type sensors. The module allows 2/3/4-wire RTD connections and features open wire detection. In addition, the I-7013(D) & M-7013P(D) also includes 3000 VDC intra-module isolation and supports lead resistance elimination for 3/4-wire connections.

The M-7019Z is a 10-channel universal analog input module with an RS-485 interface that is a specially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the M-7019Z also supports voltage and current inputs.

The M-7019Z is a 10-channel universal analog input module with an RS-485 interface that is a specially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the M-7019Z also supports voltage and current inputs.

The I/M-7019R is an Analog Input module that includes 8 differential Analog Input channels. Voltage, current or thermocouple input can be selected for all Analog Input channels via a jumper and each channel can be configured for an individual range.

The voltage input range can be from ±15 mV to 10 V, the current input range can be either +4 to +20 mA, 0 to +20 mA, or ±20 mA.

The I/M-7019R is an Analog Input module that includes 8 differential Analog Input channels. Voltage, current or thermocouple input can be selected for all Analog Input channels via a jumper and each channel can be configured for an individual range.

The voltage input range can be from ±15 mV to 10 V, the current input range can be either +4 to +20 mA, 0 to +20 mA, or ±20 mA.

I-7018P provide 8-channel differential or 6-channel differential and 2-channel single ended input that can be selected via a jumper, and all channels can be confi gured for the same input type. The modules also feature 3000 VDC intra-module isolation as well as ±35 VDC overvoltage protection. I-7018P provides support for two additional thermocouple types, L and M.

The I/M-7018Z is a 10-channel universal Analog Input module with an RS-485 interface that is especially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the I/M-7018Z also supports voltage and current input.

The I/M-7018Z is a 10-channel universal Analog Input module with an RS-485 interface that is especially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the I/M-7018Z also supports voltage and current input.

The I/M-7018Z is a 10-channel universal Analog Input module with an RS-485 interface that is especially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the I/M-7018Z also supports voltage and current input.

The I/M-7018Z is a 10-channel universal Analog Input module with an RS-485 interface that is especially designed for extremely accurate thermocouple measurement and features automatic cold-junction compensation for each channel to ensure temperature output consistency and stable temperature output in the field. Besides the thermocouple inputs, the I/M-7018Z also supports voltage and current input

• Features:

  •          Jumper Selectable Voltage or Current
  •          240 Vrms Overvoltage Protection
  •          Supports Fast and Normal Mode Sampling
  •          4 kV ESD and EFT Protection
  •          3000 VDC Intra-module Isolation
  •          Overcurrent Protection
  •          Individual Channel Configuration
  •          Dual Watchdog
  •          Wide Operating Temperature Range: -25 to +75°C