The GE IS210MACCH1A Interface Board is a high-performance analog front-end interface module developed by General Electric. It is designed to serve as a reliable bridge for signal pathways in critical industrial systems such as distributed control systems (DCS) and programmable logic controllers (PLC). With its precision input handling, low-noise amplification, and integrated protection features, this interface board ensures stable operation, even in demanding industrial environments. Its robust engineering and compact size make it a preferred choice for both new installations and system upgrades.

Technical Specifications

Applications

The GE IS210MACCH1A interface board is widely used in multiple industrial applications, including:

• DCS Integration – Provides seamless analog front-end connections for distributed control systems, ensuring reliable signal transmission and processing.

• Control and Automation Systems – Optimized for integration with GE Mark VI controllers and similar control platforms.

• Signal Conditioning – Delivers accurate signal conversion and conditioning, minimizing noise interference for precise data handling.

• Voltage Monitoring – Suitable for multi-voltage systems, enabling flexible installation and compatibility.

• OEM and Retrofit Solutions – Perfect for upgrading older systems or integrating into new control designs with minimal modifications.

• Harsh Environments – Engineered to withstand challenging industrial conditions thanks to its broad temperature range and protective features.

Advantages

• Versatile Input Range – Supports voltages from 3.3 V to 5.5 V, ideal for various industrial setups.

• Low Power Consumption – Consumes less than 10 mA, reducing overall power requirements and improving energy efficiency.

• High Accuracy and Low Noise – Equipped with a built-in low-noise amplifier for superior signal precision.

• Robust Protection – Integrated protective circuitry ensures stability and safety during electrical anomalies.

• Compact and Lightweight – Its small footprint and light build allow easy installation in limited spaces.

• Wide Temperature Tolerance – Maintains performance in extreme conditions, from –40 °C to +85 °C.

• Broad System Compatibility – Designed to integrate effortlessly with GE Mark V and Mark VI platforms as well as third-party systems.

• Cost-Efficient Upgrades – Enables system modernization without extensive modifications or replacement costs.

• Reliable Long-Term Operation – Built with industrial-grade components to ensure durability and consistent functionality.

• Easy Maintenance – Modular design allows for quick installation, removal, or replacement to minimize downtime.

FAQ

Q1: What voltage range does the IS210MACCH1A support?

A1: It supports an input voltage range of 3.3 V to 5.5 V.

Q2: What is the board’s operating temperature range?

A2: It operates reliably between –40 °C and +85 °C.

Q3: How much current does it typically consume?

A3: The board draws less than 10 mA during operation.

Q4: How does the board ensure accurate signal processing?

A4: It uses a low-noise amplifier to ensure high-precision signal handling and conditioning.

Q5: Is the board compact enough for small enclosures?

A5: Yes, with dimensions of 180 × 85 × 30 mm and a weight of 0.4 kg, it fits easily in space-constrained panels.

Q6: What protection features are included?

A6: It is equipped with multiple integrated protection mechanisms to prevent damage from voltage surges or electrical faults.

Q7: Is it compatible with GE Mark VI systems?

A7: Yes, the IS210MACCH1A is fully compatible with GE Mark VI platforms and similar control systems.

Q8: Can it be used in retrofit applications?

A8: Absolutely, its design supports seamless integration for system upgrades or modernization projects.

Q9: Does the board require regular calibration?

A9: No, it is factory-calibrated and does not need routine calibration during normal operation.

Q10: What makes this board ideal for industrial environments?

A10: Its rugged design, broad temperature range, and reliable protective circuitry make it suitable for harsh and demanding conditions.