Triconex 4000188-330 Cable Assembly for Tricon Systems 100% New

Overview

The Triconex 4000188-330 is a high-quality cable assembly designed specifically for TriconEx safety systems. Built for durability and signal integrity, it supports seamless data and power connectivity between Tricon I/O modules or processor components within safety-critical automation environments.

General Information

• Part Number: 4000188-330

• Brand: Triconex (Invensys / Schneider Electric)

• Type: Cable Assembly for Tricon Systems

• Purpose: Connects modules and components within Tricon safety instrumented systems (SIS)

• Design: Rugged construction tailored for industrial safety environments

Power & Signal Transmission

• Signal Support: Maintains secure data and power transmission between control modules

• Construction: Reinforced cable shielding to prevent EMI, with reliable connectors for hot-swappable modules

• Durability: Engineered for frequent plug-and-play installation without degradation of signal quality

Interface & Configuration

• Connectors: Specialized Tricon plug-and-play module connectors—ensuring error-free and polarity-safe connections

• Use Case: Ideal for inter-module connections within Tricon chassis, including communication, power, and I/O modules

Environmental & Reliability

• Operating Temperature: Suitable for typical industrial control room conditions

• Certifications: Meets stringent requirements of safety-instrumented systems (SIL 3 per IEC 61508)

• Reliability: Built for long-term service in high-availability applications, including petrochemical, oil & gas, and power generation sectors

Physical Attributes

• Length: Standard assembly length (varies by system layout)

• Weight: Lightweight but sturdy construction suitable for control cabinet integration

• Form Factor: Slim cable design minimizing space in dense module setups

Applications

• Reliable interconnection of Triconex modules within safety-critical environments

• Ensuring synchronous data execution in Triple Modular Redundancy (TMR) architectures

• Facilitating hot-swapping operations during maintenance or system upgrades