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Description：

The GE Fanuc Emerson IC200ALG261 serves as a dedicated analog input module within the Versamax lineup. This device processes signals across an input range of -10 to +10 Volts DC and supports both differential and common mode inputs. It is designed with eight differential channels, aiding in versatile measurement tasks. The module’s performance is marked by a 16-bit output signal, providing significant resolution for precise readings.

Self-contained power needs are managed using a backplane supply of 5 Volts DC. Operating with a current consumption of 200 milliamperes, this module remains efficient in demanding environments. It also maintains safety standards with an impressive isolation voltage of 1,500 Volts AC for one minute.

Specification：

Frequently asked questions

Q1: What is the GE IC200ALG261?

A1: It is an analog input module from GE’s VersaMax series, designed to acquire and process voltage signals in industrial systems.

Q2: What is the IC200ALG261 backplane power supply requirement?

A2: The IC200ALG261 module operates with a 5 VDC backplane power supply.

Q3: What is the IC200ALG261 input voltage range?

A3: It supports an input range of −10 to +10 VDC, suitable for a wide variety of analog signals.

Q4: What is the IC200ALG261 resolution of the module?

A4: The IC200ALG261 module provides 16-bit resolution, ensuring high-precision signal measurement.

Q5: How many input channels are available?

A5: It features 8 differential input channels, allowing accurate and noise-resistant signal acquisition.

Product Applications

Oil and gas: Used for monitoring the pressure in oil wells and collecting data from flow transmitters in oil pipelines.

Electricity and water resources: Used to monitor the operating parameters of power generation units in power plants, or for water quality monitoring and pump station control in water treatment plants.

Steel and metallurgy: Used for monitoring high temperatures during the smelting process and precise control of mechanical equipment.

Automobile manufacturing: Commonly used in factories for real-time monitoring of pressure sensors to ensure the accuracy of the assembly line.

Food processing: Integrated into the temperature control system, used for temperature control in sterilization, storage, etc.

Chemical and building materials: Such as in cement plants or plastic production lines, used for proportion control and monitoring of material input.