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- GE
- IC200ALG263
- Analog Input Module
- USA
- 110 x 66.8 x 50 mm
- 0.45 kg
- Xiamen, China
- New & In Stock
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Product Overview
The GE IC200ALG263 is a VersaMax Analog Input Module designed to provide analog signal acquisition for GE industrial automation and PLC systems. The module serves as an interface between compatible field instruments and the VersaMax control platform, allowing continuously varying process signals to be transferred into the PLC for monitoring, calculation, alarming, and control.
Industrial processes often depend on measurements that continuously change rather than simple ON/OFF states. Temperature, pressure, flow, liquid level, position, speed, and other physical variables must frequently be measured and converted into usable control data. An analog input module provides the electrical interface required to bring these measurements into a programmable controller.
The IC200ALG263 can therefore play an important role in applications where accurate and continuous process information is required. Once the field signal has been acquired, the PLC application can scale the value into engineering units, compare it with operating limits, display it on an HMI, record it through a supervisory system, or use it as part of a closed-loop control strategy.
As part of a modular VersaMax architecture, the analog input module can be used alongside PLC CPUs, power supplies, digital I/O modules, analog output modules, communication components, terminal assemblies, sensors, and industrial transmitters.
The supplied physical dimensions of the GE IC200ALG263 are approximately 110 × 66.8 × 50 mm, while the supplied weight is approximately 0.45 kg. Its compact form factor makes it suitable for modular industrial control cabinet installations.
Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | GE Fanuc / GE Intelligent Platforms |
| Model | IC200ALG263 |
| Product Family | VersaMax |
| Product Type | Analog Input Module |
| Main Function | Analog Signal Acquisition |
| System Application | PLC and Industrial Automation |
| Signal Processing | Analog Signal Conversion and Acquisition |
| Input Application | Continuous Process Measurements |
| Dimensions | 110 × 66.8 × 50 mm |
| Weight | 0.45 kg |
| Installation | VersaMax I/O System |
| System Role | Field Instrumentation Interface |
| Typical Applications | Process Monitoring and Industrial Control |
Function and Working Principle
The primary function of the GE IC200ALG263 is to receive analog signals from compatible field instruments and provide corresponding measurement data to the PLC control system.
A typical process begins with a sensor or transmitter measuring a physical variable. The instrument generates an electrical signal that represents the measured condition. The analog input module receives this signal and converts it into a digital value that the VersaMax controller can process.
The basic signal flow can be represented as:
Industrial Process → Sensor / Transmitter → IC200ALG263 → Signal Conversion → VersaMax CPU → PLC Application
For example, a pressure transmitter installed on a process line may continuously generate a signal representing pipeline pressure. The IC200ALG263 receives the signal and passes the corresponding measurement into the PLC system.
The PLC program can then use the measurement to determine whether the process is operating within the desired range. If the measured pressure exceeds a configured limit, the controller may activate an alarm, adjust a control output, or execute a programmed protective sequence.
This makes the analog input module an important part of the information path between physical equipment and digital automation logic.
Role in Industrial Control Systems
The IC200ALG263 provides the measurement interface required when a PLC must understand continuously varying physical conditions.
Compared with digital input devices that normally provide discrete states, analog instrumentation provides a much more detailed representation of the process. This allows the control system to respond proportionally to changing operating conditions.
Typical process information can include:
- Temperature
- Pressure
- Flow
- Liquid level
- Position
- Speed
- Force
- Process condition
- Equipment operating parameters
- Energy and utility measurements
After acquisition, these values can be used by PLC logic, HMI displays, SCADA applications, alarm systems, data logging systems, and closed-loop control algorithms.
Industrial Applications
Factory Automation
Factory machinery often requires analog feedback for temperature, pressure, speed, position, and other operating conditions. The IC200ALG263 can provide the PLC with the required measurement information.
Process Automation
Continuous process industries rely heavily on analog measurements. The module can form part of a PLC-based monitoring architecture for industrial processes.
Water and Wastewater Treatment
Water treatment equipment uses instruments for monitoring tank levels, pressure, flow, and other process variables. Analog input modules allow these measurements to be incorporated into automated control strategies.
Packaging Machinery
Packaging equipment may use analog feedback for material tension, machine speed, pressure, temperature, and positioning functions.
Energy Systems
Industrial energy systems require monitoring of operating parameters associated with pumps, motors, cooling systems, and other equipment. Analog measurements can provide important feedback to the PLC.
HVAC and Building Automation
Industrial HVAC systems can use analog measurements for temperature, pressure, airflow, and other continuously changing variables.
OEM Equipment
Machine builders can integrate analog input modules into standardized PLC architectures to support different sensor configurations and machine options.
Installation and System Integration
Correct installation and commissioning are important for achieving stable analog signal acquisition. The IC200ALG263 should be installed as part of a compatible VersaMax system according to the specific hardware configuration.
Module Installation
Before installation, verify that the selected position and system configuration are suitable for the analog input module. Ensure that the module and associated mounting components are securely installed.
Field Instrument Connection
Connect the applicable field instruments using the correct wiring arrangement. Signal wiring should be separated from high-power cables where practical to reduce the possibility of electrical interference.
Shielding and Grounding
Analog signals can be affected by electrical noise. Proper cable shielding and grounding practices should therefore be considered, especially in systems containing large motors, variable frequency drives, contactors, and other sources of electromagnetic interference.
PLC Configuration
The PLC configuration should correctly identify the installed analog module and process its input values according to the required scaling and engineering units.
Commissioning
During commissioning, compare the PLC value with the actual field instrument reading. Test the signal across an appropriate operating range and verify that the PLC responds correctly to changes in the measured process variable.
Compatible System Components
| Component | Function |
|---|---|
| VersaMax CPU | Main PLC Processing and Control |
| VersaMax Power Supply | System Power Distribution |
| IC200ALG263 | Analog Signal Acquisition |
| Digital Input Modules | Discrete Signal Acquisition |
| Digital Output Modules | Discrete Equipment Control |
| Analog Output Modules | Continuous Control Signal Generation |
| Temperature Transmitters | Temperature Measurement |
| Pressure Transmitters | Pressure Measurement |
| Flow Instruments | Flow Measurement |
| Level Transmitters | Liquid and Material Level Measurement |
| HMI Systems | Operator Monitoring |
| SCADA Systems | Supervisory Monitoring and Data Management |
Recommended Alternative Models
When selecting an alternative analog input module, engineers should compare signal requirements, channel configuration, resolution, isolation, field wiring, installation method, and compatibility with the existing VersaMax system.
| Model | Product Type | Key Feature | Application |
|---|---|---|---|
| IC200ALG263 | Analog Input Module | VersaMax Analog Signal Acquisition | Industrial Automation |
| IC200ALG240 | Analog Input Module | Analog Process Monitoring | PLC Control Systems |
| IC200ALG260 | Analog Input Module | Multi-Channel Analog Measurement | Process Automation |
| IC200ALG262 | Analog Input Module | Continuous Process Signal Acquisition | VersaMax Systems |
| IC200ALG320 | Analog Output Module | Analog Control Signal Generation | Industrial Process Control |
Key Advantages
- Designed for GE VersaMax automation systems
- Provides an interface between field instruments and PLC logic
- Supports continuous process monitoring
- Suitable for industrial analog measurement applications
- Can be integrated with HMI and SCADA architectures
- Useful for closed-loop control systems
- Compact modular design
- Suitable for OEM machine builders
- Supports flexible industrial automation configurations
- Helps improve real-time visibility of process conditions
- Suitable for manufacturing and process industries
Technical FAQs
What is the GE IC200ALG263?
The GE IC200ALG263 is a GE VersaMax analog input module used to acquire continuous electrical signals from compatible industrial field instruments.
What is the main function of the IC200ALG263?
Its main function is to provide analog process measurements to the PLC so that the controller can monitor and respond to changing physical conditions.
What types of signals can an analog input system monitor?
Analog input systems can be used for suitable continuous signals generated by devices such as temperature transmitters, pressure transmitters, flow instruments, level transmitters, and other industrial measurement devices.
Is the IC200ALG263 a digital I/O module?
No. It is an analog input module intended for continuously varying process measurements rather than simple ON/OFF signals.
Where can the IC200ALG263 be used?
Typical applications include factory automation, process control, water treatment, packaging machinery, energy systems, HVAC automation, and OEM equipment.
What are the dimensions of the IC200ALG263?
The supplied dimensions are approximately 110 × 66.8 × 50 mm.
How much does the IC200ALG263 weigh?
The supplied weight is approximately 0.45 kg.
Can analog values be displayed on an HMI?
Yes. After the PLC receives and processes the analog input value, the measurement can be presented on a compatible HMI for operator monitoring.
Can the module be used in a SCADA system?
Yes. Analog measurements acquired through the PLC can be transferred to supervisory systems when the overall communication architecture supports the required data exchange.
What should be checked if the analog signal is incorrect?
Engineers should check the field instrument, transmitter output, wiring, terminals, grounding, shielding, PLC configuration, signal scaling, and power supply before concluding that the analog input module has failed.
Why is signal shielding important?
Industrial environments can contain electrical noise from motors, drives, contactors, and other equipment. Proper shielding and grounding can help reduce unwanted interference in analog measurement circuits.
Is the IC200ALG263 suitable for OEM equipment?
Yes. Its modular design makes it suitable for machine builders and system integrators developing PLC-based industrial equipment with analog measurement requirements.
Conclusion
The GE IC200ALG263 Analog Input Module provides a practical interface for bringing continuously varying process measurements into a GE VersaMax PLC system. By connecting field instrumentation with PLC control logic, it enables real-time monitoring and provides the measurement data required for alarms, calculations, HMI visualization, SCADA monitoring, and automated process control.
With supplied dimensions of approximately 110 × 66.8 × 50 mm and a weight of approximately 0.45 kg, the IC200ALG263 is well suited to modular industrial control installations.
For OEM machine builders, system integrators, and maintenance engineers, successful application depends on selecting compatible field instruments, using appropriate wiring and grounding practices, correctly configuring the PLC, and verifying the analog measurements during commissioning. When these factors are properly addressed, the module can form an important part of a reliable VersaMax-based automation architecture.