ICS Triplex T8432C Analog Input Module

The Rockwell ICS Triplex T8432C is a high-performance Trusted Triplex analog input module designed for use with ICS Triplex programmable logic controllers (PLCs). It delivers reliable analog measurements for demanding industrial applications, including machine control, process automation, and safety-critical systems.

Key Features

Provides 2-channel analog input with both differential and single-ended options for flexible deployment.
Includes programmable input filters and built-in calibration circuitry for precise signal processing.
Maintains isolation between channels and system ground to prevent electrical interference.
Utilizes Trusted Triplex architecture with three independent processors for maximum reliability.
Offers ruggedized construction with conformal coating for protection against harsh industrial environments.
Ensures improved security with access protection and tamper-resistant features.
Reduces downtime by supporting online maintenance without interrupting operations.

Technical Specifications

Parameter	Specification
Manufacturer	Rockwell Automation
Model Number	T8432C
Product Type	Analog Input Module
Channels	2-channel analog input
Input Type	Differential and single-ended
Filters	Programmable input filters
Calibration	Built-in calibration circuitry
Isolation	Channel-to-ground isolation
Architecture	Trusted Triplex (three independent processors)
Protection	Ruggedized, conformal-coated for harsh environments
Applications	Machine control, process control, safety-critical systems
Installation	Mountable within ICS Triplex PLC chassis
Maintenance	Online maintenance supported
Dimensions	130 mm x 45 mm x 120 mm (typical)
Weight	0.55 kg
Origin	United States

Applications

High-reliability measurement for industrial safety systems and process automation.
Critical monitoring in machinery requiring fault-tolerant analog input data.
Supports data acquisition in control systems with trusted Triplex architecture.
Operates in harsh industrial environments with ruggedized protection.
Reduces operational risk through redundant processing and secure design.