• GE IC200ALG260B VersaMax Analog Input Module
  • GE IC200ALG260B VersaMax Analog Input Module
  • GE IC200ALG260B VersaMax Analog Input Module
  • GE IC200ALG260B VersaMax Analog Input Module
Product Overview The GE IC200ALG260B VersaMax Analog Input Module is an analog input interface used to bring continuous field measurements into a VersaMax PLC or distributed I/O system. It connects proc……
GE IC200ALG260B VersaMax Analog Input Module
  • GE
  • IC200ALG260B
  • Analog Input Module
  • USA
  • 110 × 66.8 × 50 mm
  • 0.25 kg
  • Xiamen, China
  • New & In Stock
  • T/T, PayPal, Western Union
  • 1 Year
  • 1-3 Working Days
  • DHL, UPS, TNT, FedEx and EMS.
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  • COO
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Our advantage

GE IC200ALG260B VersaMax Analog Input Module

Global Logistics

We have a 10-year logistics and express cooperation agreement, so our products can be shipped to any place in the world.

GE IC200ALG260B VersaMax Analog Input Module

Brand new and original

Our products are imported in bulk from the place of origin. Because of the cooperative relationship, our products are all original and 100% new.

GE IC200ALG260B VersaMax Analog Input Module

24-hour service

We provide 7*24 hours service to our customers. We will be there whenever you need us.

GE IC200ALG260B VersaMax Analog Input Module

Price advantage

All our products are priced very favorably because we have our own warehouse and supply.


Company Information
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Product Overview

The GE IC200ALG260B VersaMax Analog Input Module is an analog input interface used to bring continuous field measurements into a VersaMax PLC or distributed I/O system. It connects process instruments with the controller so that measured values can be used by application logic, monitoring functions, alarms, and control loops.

In a typical VersaMax installation, the IC200ALG260B is positioned between field instruments and the PLC control program. Devices such as transmitters and analog sensors provide continuously varying signals, while the module acquires those signals and makes the corresponding process information available to the controller.

This arrangement is useful for applications where the process cannot be represented by simple digital states. Pressure, temperature, flow, level, and other continuously changing variables can be monitored by the controller and used as feedback for downstream control functions.

For maintenance work, an abnormal analog reading should be traced through the complete signal path. The module, field instrument, terminal wiring, configuration, scaling, and controller application can all affect the value ultimately displayed or used by the PLC.


Technical Specifications

ParameterSpecification
Manufacturer GE
Model IC200ALG260B
Product Family VersaMax
Product Type Analog Input Module
Primary Function Acquisition of analog process signals
System Role Analog input interface
Application PLC and distributed I/O control systems
Installation VersaMax I/O station
Dimensions 110 × 66.8 × 50 mm
Weight 0.25 kg

Product Features

  • Part of the GE VersaMax automation platform.
  • Provides analog input capability for VersaMax control systems.
  • Acquires continuously varying signals from field instruments.
  • Connects process measurement devices with PLC application logic.
  • Suitable for process monitoring and control applications.
  • Can be used as the measurement input for control loops.
  • Supports acquisition of process variables such as pressure, temperature, flow, and level.
  • Integrates with the modular VersaMax I/O architecture.
  • Provides a dedicated interface between field instrumentation and controller processing.
  • Suitable for replacement and maintenance of existing VersaMax installations.

Working Principle

The IC200ALG260B receives an analog signal from a connected field instrument and converts the incoming signal into data that can be processed by the VersaMax controller. The PLC application can then use the acquired value for calculations, alarms, interlocks, regulation, or other control functions.

Field Sensor / Transmitter → IC200ALG260B → VersaMax CPU → Application Logic → Output Module → Process Equipment

For example, a transmitter measuring process pressure supplies its signal to the analog input channel. The IC200ALG260B acquires that signal and passes the corresponding input information to the controller. The PLC can compare the measured value with a configured limit or setpoint and generate the appropriate control response.

Typical operations include:

  • Acquiring analog measurements from field instruments.
  • Converting incoming analog information into controller-readable data.
  • Supplying process values to the VersaMax application.
  • Providing feedback for process control loops.
  • Supporting monitoring and alarm functions.
  • Working with controller configuration and signal scaling to represent process values correctly.

During commissioning, the actual field signal should be compared with the controller value to verify the complete measurement chain.


Role in a VersaMax PLC Control Architecture

The IC200ALG260B occupies the analog input layer of a VersaMax control system. It provides the connection between field measurement devices and the controller’s application logic.

Field Instrument → IC200ALG260B → VersaMax I/O Architecture → PLC CPU → Control Logic

System ElementFunction
Field Sensor / Transmitter Measures the process variable
IC200ALG260B Acquires the incoming analog signal
VersaMax I/O Architecture Connects the input module with the controller system
VersaMax CPU Processes the acquired input data
Control Program Performs calculations, monitoring, alarms, or regulation
Output Module Sends control commands to field equipment
Final Control Device Adjusts the process according to the controller command

The module therefore serves as a measurement entry point for continuous process information used by the VersaMax controller.


Industrial Applications

ApplicationTypical Use
Process Automation Acquisition of continuous process variables
Oil and Gas Monitoring pressure, flow, level, and related measurements
Petrochemical Plants Analog feedback for process control
Water and Wastewater Monitoring tank levels, flow, and pressure
Power Generation Acquisition of equipment and process measurements
Manufacturing Automation Analog feedback for machine control
Pumping Systems Measurement feedback for pump and flow regulation
HVAC Systems Acquisition of temperature and pressure measurements

Installation and Maintenance

  1. Verify the IC200ALG260B model before installation or replacement.
  2. Confirm that the module is appropriate for the existing VersaMax system configuration.
  3. Follow the site’s approved isolation procedure before handling the module or field wiring.
  4. Check the I/O station and module seating before applying the system configuration.
  5. Inspect terminal connections for loose, damaged, or corroded conductors.
  6. Verify field wiring against the approved electrical drawings.
  7. Confirm that the input channel configuration matches the connected field instrument.
  8. Check the configured scaling so the PLC value corresponds to the actual process measurement.
  9. Compare the controller reading with an appropriate reference measurement during commissioning.
  10. Inspect the transmitter and its associated power supply if an input appears abnormal.
  11. Check wiring and grounding when readings are unstable or inconsistent.
  12. Perform a complete channel verification after replacing the module.

Analog input troubleshooting should follow the complete path from the field transmitter to the PLC application. A faulty transmitter, incorrect wiring, unsuitable configuration, or incorrect scaling can produce symptoms that resemble an input module fault.


Related Components

ComponentFunction
VersaMax CPU Executes PLC application and control logic
VersaMax I/O Carrier / Station Hardware Provides module installation and system interconnection
VersaMax Analog Output Modules Provide variable output signals to field devices
VersaMax Discrete Input Modules Acquire digital field status signals
VersaMax Discrete Output Modules Control digital field devices
Process Transmitters Provide pressure, flow, level, or temperature measurements
Sensors Generate process measurement signals
Engineering Software Supports configuration, monitoring, and diagnostics

Recommended Related Models

Model / Product FamilyProduct TypeTypical Application
GE IC200ALG260B VersaMax Analog Input Module Analog process signal acquisition
GE IC200ALG320B VersaMax Analog Output Module Analog control output
GE VersaMax Analog Input Modules Analog Input Process measurement
GE VersaMax Discrete Input Modules Digital Input Status and switch monitoring
GE VersaMax Discrete Output Modules Digital Output Solenoid, relay, and actuator control
GE VersaMax CPU Modules PLC Processor Application logic and controller processing

Key Advantages

  • Provides analog input capability within the VersaMax platform.
  • Connects field measurement devices with PLC application logic.
  • Suitable for continuous process monitoring.
  • Supports analog feedback for control loops.
  • Applicable to pressure, temperature, flow, and level measurement.
  • Integrates with VersaMax modular I/O systems.

Technical FAQs

What is the GE IC200ALG260B used for?

The IC200ALG260B is a VersaMax Analog Input Module used to acquire analog signals from field instruments and make the resulting process information available to the PLC application.

Where is the IC200ALG260B normally installed?

It is installed as part of a VersaMax I/O station. Its position in the system allows field measurement signals to enter the PLC architecture for processing and monitoring.

Why can incorrect scaling cause an apparent analog input fault?

The electrical signal acquired by the module must be interpreted correctly by the PLC application. If the scaling configuration is incorrect, the controller may display a process value that does not correspond to the actual field measurement even when the incoming signal is correct.

What should be checked when an IC200ALG260B channel gives an abnormal reading?

Check the field instrument, wiring, terminal connections, channel configuration, signal scaling, and actual input signal. Comparing the field signal with the PLC value can help determine whether the problem is in the instrument, wiring, module, or application configuration.



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