Overview

The Bently Nevada 133819-02 I/O Module is part of the 3500/61 Temperature Monitor family, offering six independent channels for high-accuracy temperature measurement. It supports both RTD and thermocouple inputs, making it suitable for diverse industrial environments. Integrated into Bently Nevada’s 3500 machinery protection system, the module ensures reliable temperature data acquisition, stable communication, and enhanced asset protection for critical rotating equipment.

Technical Data

Key Features

• Six-channel temperature monitoring for high-density measurement

• Supports both RTD and thermocouple sensing technologies

• High-accuracy measurement for critical machinery

• Designed for harsh industrial environments and 24/7 operation

• Fully compatible with Bently Nevada 3500 condition monitoring systems

Application

This module is used for real-time temperature acquisition and monitoring in machinery protection and process systems, including:

• Turbine, compressor, and generator temperature tracking

• Bearing, winding, and shaft temperature supervision

• Condition-based maintenance programs

• Temperature interface for industrial control systems and DCS integration

Typical Applications

• Power generation (turbines, generators, large motors)

• Oil & gas processing (compressors, pumps, separators)

• Steel and mining (mills, heavy rotating assets)

• Chemical and petrochemical process monitoring

• General industrial automation requiring reliable temperature data

FAQ

Q1: What is the role of the 133819-02 module?
It acquires and processes temperature input signals within the Bently Nevada 3500 monitoring system.

Q2: How many channels does it support?
It supports six temperature channels, each capable of RTD or TC input.

Q3: Is it compatible with other Bently Nevada 3500 modules?
Yes, it fully integrates with the 3500/61 Temperature Monitor and the wider 3500 protection system.

Q4: Which industries typically use this module?
Power generation, oil & gas, steel, mining, and chemical industries.