Overview
The ICS Triplex T8311C is a Trusted TMR Expander Interface designed for safety-critical industrial automation and control systems. It provides an interface for expanding the Trusted control architecture and supports reliable communication between compatible system components.
General Information
Part Number: T8311C
Manufacturer: ICS Triplex
Brand: ICS Triplex
Series: Trusted
Product Type: Trusted TMR Expander Interface
Module Type: TMR Expander Interface
Application: Safety-critical industrial automation and process control
Mounting: Modular Trusted system installation
Country of Origin: United Kingdom
Power Specifications
Power Function: Supports the operating requirements of the compatible Trusted system
Interface Function: Provides electrical interface support for the Trusted TMR expansion architecture
System Compatibility: Designed for compatible ICS Triplex Trusted configurations
Expansion Function: Supports connection and expansion of compatible Trusted system components
Application: Process safety, industrial control, and high-availability automation systems
Communication & Interface
Interface Type: TMR expander interface
System Interface: Compatible Trusted system interface
Expansion Connection: Provides connectivity between the Trusted system and associated expansion components
Communication Function: Supports signal and system data transfer within the Trusted architecture
System Integration: Designed for integration with compatible Trusted processors, expansion interfaces, and control components
Environmental
Installation Environment: Safety-critical industrial automation and process control environments
Mounting: Designed for modular Trusted system installation
Operating Conditions: Suitable for standard industrial control applications
Construction: Compact modular design for efficient system integration
Application: Process safety, industrial control, and high-availability automation systems
Dimensions & Weight
Dimensions: 303 × 31 × 266 mm
Weight: 1.14 kg
Ready to Ship — Reliable TMR expansion interfacing for high-availability safety control systems.