The ICS Triplex T8160 is a component from the Triplex Trusted® safety system, which is designed for high-reliability and safety-critical applications.

Product Name:

ICS Triplex T8160

Product Description:

The T8160 module is part of the ICS Triplex Trusted system, which is known for its fault-tolerant architecture. It is typically used for input and output processing in safety-critical environments such as process control, industrial automation, and other fields requiring high safety integrity levels.

Product Parameters and Specifications:

1. Type: Input/Output (I/O) Module
2. Inputs/Outputs: The T8160 typically supports a variety of digital inputs and outputs, which can include discrete, analog, and control signals.
3. Communication: It integrates with the Trusted communication protocols to ensure robust data exchange.
4. Power Requirements: Operates within specific voltage and current parameters as specified in the user’s manual.
5. Operating Temperature: Designed for a specified temperature range suitable for industrial environments.
6. Certification: Compliant with applicable safety standards (e.g., IEC61508, etc.) depending on configuration.
7. Redundancy: Features redundancy aspects for enhanced reliability within the control system.
8. Mounting: Typically designed for use in a standard cabinet or rack mount format.

Product Use:

The ICS Triplex T8160 module is utilized in various applications including:

• Process Industries: For monitoring and controlling operations in oil and gas, chemical manufacturing, and power generation.
• Safety Systems: In systems that require a high degree of safety, such as emergency shutdown systems (ESD), fire and gas detection systems.
• Industrial Automation: To manage and control processes in manufacturing and assembly lines.
• Critical Infrastructure: Used in applications where operational continuity and safety are essential.

This module is part of a larger system designed to provide fault tolerance, which is critical in many industrial settings where failure can have serious consequences.