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- IC200ALG260C
- Analog Input Module
- USA
- 110 × 66.8 × 50 mm
- 0.25 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IC200ALG260C is a VersaMax Analog Input Module used to acquire continuous analog signals from field instruments and transfer the corresponding input data to the control system. It is suitable for applications where process variables such as pressure, temperature, flow, level, or other analog measurements need to be monitored by a PLC-based automation system.
In a VersaMax control cabinet, the IC200ALG260C is installed as part of the I/O layer between field instrumentation and the controller. Analog signals from transmitters are connected to the module, where the input channels acquire the electrical signal and make the measured values available to the control logic.
The module is suitable for machine automation, process equipment, manufacturing lines, water treatment systems, and industrial monitoring applications. Multiple analog measurement points can be integrated into the VersaMax system without requiring separate signal-processing equipment for every field instrument.
For troubleshooting, the input channel should be evaluated together with the connected transmitter, field wiring, module status, and PLC configuration. An incorrect process value can originate from the field instrument or wiring rather than from the analog input module itself.
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | IC200ALG260C |
| Product Family | GE VersaMax |
| Product Type | Analog Input Module |
| Primary Function | Analog signal acquisition |
| System Role | Analog I/O interface |
| Application | Industrial automation and process monitoring |
| Dimensions | 110 × 66.8 × 50 mm |
| Weight | 0.25 kg |
Product Features
- Analog input interface for GE VersaMax control systems
- Acquires continuous process signals from field instruments
- Suitable for PLC-based industrial automation
- Supports integration of analog measurement points into control logic
- Applicable to process monitoring and machine automation
- Compact I/O architecture for control cabinet installations
- Useful for monitoring pressure, temperature, flow, level, and similar process variables
- Suitable for maintenance and replacement of VersaMax analog I/O systems
Working Principle
The IC200ALG260C receives analog electrical signals from connected field instruments and transfers the acquired input information to the VersaMax control system. The controller can then use the measured values for monitoring, alarm processing, sequencing, regulation, or other programmed control functions.
Field Transmitter → IC200ALG260C Analog Input Module → VersaMax Controller → Control Logic / HMI
For example, a process transmitter generates an analog signal corresponding to a measured variable. The IC200ALG260C acquires the signal at the appropriate input channel, and the VersaMax controller processes the resulting input value according to the application program.
During troubleshooting, the signal should be traced from the field instrument through the wiring and input channel to the PLC. Comparing the field measurement with the value recognized by the controller helps determine whether the problem is related to the instrument, wiring, input channel, or software configuration.
Role in a VersaMax Control Architecture
The IC200ALG260C forms part of the analog I/O layer in a GE VersaMax PLC architecture. It connects field measurement devices with the controller so that continuous process values can be incorporated into the control program.
Process Variable → Field Transmitter → IC200ALG260C → VersaMax Controller → HMI / SCADA / Control Output
| System Element | Function |
|---|---|
| Process Instrument | Measures the physical process variable |
| Field Transmitter | Converts the measurement into an analog signal |
| IC200ALG260C | Acquires the analog input signal |
| VersaMax Controller | Processes input data and executes control logic |
| HMI / SCADA | Displays and supervises process information |
| Control Equipment | Performs the resulting process action |
Industrial Applications
| Application | Typical Use |
|---|---|
| Process Automation | Monitoring continuous process variables |
| Machine Automation | Acquiring analog feedback from machine sensors |
| Water Treatment | Monitoring pressure, flow, level, and other process measurements |
| Manufacturing Equipment | Analog measurement and condition monitoring |
| HVAC Systems | Monitoring temperature, pressure, and related process variables |
| Industrial Utilities | Acquisition of analog measurements for plant monitoring |
Installation and Maintenance
- Confirm that the IC200ALG260C is compatible with the installed VersaMax I/O architecture.
- Verify the field instrument and input-channel assignment before wiring.
- Check terminal connections for loose or damaged conductors.
- Confirm that the transmitter is receiving the required operating power.
- Verify the signal path between the field instrument and the analog input channel.
- Keep analog signal wiring properly routed and protected from electrical interference.
- Check channel configuration when the controller displays an unexpected value.
- Compare the PLC input value with the actual field measurement during troubleshooting.
- Inspect wiring when an individual channel shows no signal.
- Check for unstable or fluctuating values when investigating intermittent process readings.
- Verify the module status and associated VersaMax controller diagnostics after installation.
- Perform an input-channel test after replacement to confirm correct signal acquisition.
Related Components
| Component | Function |
|---|---|
| GE VersaMax PLC | Executes control logic and system functions |
| VersaMax I/O Carrier | Provides the physical I/O installation base |
| Analog Transmitter | Generates process measurement signals |
| Pressure Transmitter | Measures process pressure |
| Temperature Transmitter | Provides temperature measurement |
| Flow Transmitter | Provides process flow measurement |
| Level Transmitter | Provides tank or vessel level measurement |
| HMI / SCADA System | Displays and supervises process information |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| GE IC200ALG260C | Analog Input Module | Analog signal acquisition |
| GE VersaMax Analog I/O | Analog I/O Modules | Process measurement |
| GE VersaMax Digital I/O | Digital I/O Modules | Discrete signal acquisition/control |
| GE VersaMax PLC | Programmable Controller | Machine and process control |
| GE VersaMax I/O Carriers | I/O Carrier Components | Modular I/O installation |
| GE VersaMax Communication Modules | Communication Modules | PLC network communication |
| GE VersaMax Power Supplies | Power Supply Modules | I/O and system power |
| GE VersaMax Specialty I/O | Specialty I/O Modules | Application-specific signal handling |
Key Advantages
- Analog input interface for GE VersaMax PLC systems
- Suitable for continuous process measurement
- Connects field transmitters directly with the control-system I/O layer
- Applicable to machine and process automation
- Supports centralized acquisition of analog process information
- Practical for replacement and maintenance of VersaMax I/O installations
Technical FAQs
What type of field signals can be connected to the IC200ALG260C?
The IC200ALG260C is an analog input module intended for continuous electrical signals from compatible field instrumentation. The exact allowable signal type and range should be matched with the module configuration and the requirements of the connected transmitter.
Why might the PLC display an incorrect value even when the IC200ALG260C is powered normally?
Power to the module does not confirm that the analog signal path is correct. The field transmitter, wiring, channel configuration, signal range, and controller scaling should all be checked when the displayed value differs from the actual process measurement.
How should an individual failed analog channel be diagnosed?
Compare the affected channel with a known-good channel where possible. Check the field instrument output, wiring continuity, terminal connections, channel configuration, and controller input value in sequence. This helps separate a field-side problem from an I/O-module or configuration issue.
What should be verified after replacing an IC200ALG260C?
Verify the module installation, field-channel wiring, I/O configuration, and controller diagnostics. The connected transmitters should then be checked against the corresponding PLC values to confirm that each analog input is being acquired and interpreted correctly.