ABB GHS2701916R0001 auxiliary contact module

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ABB GHS2701916R0001 Auxiliary Contact Module Product Documentation

1. Product Description
The ABB GHS2701916R0001 is a Miniature Switch Auxiliary Contact Module, part of ABB's S2 series accessory products. This module is specifically designed for ABB miniature circuit breakers (such as the S200, GS200, and F200 series) to extend the auxiliary functions of the circuit breaker, providing signal indication for the breaker's on/off status or control circuit connections. It features a compact modular design that can be easily installed on the side of the circuit breaker, making it suitable for various low-voltage distribution and control applications requiring status monitoring and signal feedback.

2. Detailed Parameters

3. Product Advantages and Features
3.1 Wide Compatibility: Specifically designed for ABB S200, GS200, and F200 series miniature circuit breakers, can be directly mounted on the side of the breaker without additional tools or complex wiring.
3.2 Compact Design: Small and compact modular design saves space; allows up to 3 auxiliary contacts to be mounted side-by-side on the same breaker (depending on breaker model and accessory combination).
3.3 High Reliability: Uses high-quality materials (e.g., flame-retardant thermoplastic housing) and precise construction to ensure long-term electrical and mechanical reliability, suitable for harsh industrial environments.
3.4 Flexible Monitoring: Provides accurate signals (NO or NC contacts) for breaker status, usable in control circuits, signal indication, or remote monitoring systems (e.g., SCADA).
3.5 Easy Installation and Maintenance: Snap-on or screw-fixing design for easy installation; modular structure facilitates replacement and maintenance, reducing downtime.
3.6 Safety Certification: Complies with relevant international standards (e.g., IEC 60947), ensuring safety and compatibility6.

4. Application Fields
4.1 Low-Voltage Distribution Systems: Used in distribution boards of residential, commercial, and industrial buildings to monitor the status of miniature circuit breakers.
4.2 Industrial Control Systems: Provides breaker status feedback to PLCs or control circuits in automated production lines and machinery control cabinets.
4.3 Energy Management Systems: Integrated into smart grids or energy management systems for remote monitoring and fault diagnosis of breaker status.
4.4 Infrastructure Projects: Applied in power distribution systems of critical facilities like hospitals, data centers, and airports to improve power supply reliability and monitorability.
4.5 OEM Equipment Manufacturing: Serves as a component for Original Equipment Manufacturers (OEMs), built into equipment such as distribution panels and control cabinets.

5. Precautions
5.1 Compatibility Verification: Before installation, verify the full compatibility of the auxiliary contact module with the target circuit breaker model (e.g., S200, GS200, F200 series) to avoid mechanical or electrical mismatches.
5.2 Installation Specifications:
* Follow the manufacturer's installation instructions to ensure the module is properly installed and securely connected.
* Pay attention to the mounting position and direction (usually on the right side of the breaker) and adhere to the maximum installation quantity limit (usually up to 3).
5.3 Electrical Parameters:
* Ensure the operating voltage and current do not exceed rated values (e.g., 24V DC/4A or 230V AC/6A) to prevent contact burnout3.
* When used with inductive loads (e.g., relay, contactor coils), consider inrush current and take protective measures (e.g., add suppression circuits).
5.4 Wiring Safety:
* Ensure the circuit is de-energized before wiring to prevent electric shock or short circuits.
* Use appropriate wires and secure them firmly in the terminals to avoid loose connections or detachment.
* Pay attention to shielding and grounding of signal wires to reduce electromagnetic interference.
5.5 Environmental Conditions: Operate within allowed ambient temperature (e.g., -20°C to +60°C) and humidity conditions; avoid dust, corrosive gases, or strong vibrations.
5.6 Maintenance and Inspection: Regularly inspect contact status and connection reliability; for critical applications, consider periodic functional testing.

The structure and details of the product：

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