Product Details: Bently Nevada 90200-03-01-02-02-01-01-02 is a dual-channel RTD Temperature Monitor module, designed for bearing metal temperature and casing temperature monitoring in rotating machinery protection systems. This Dual Channel Temperature Module accepts two PT100 resistance temperature detector inputs, converts resistance changes into accurate temperature readings, supports configurable alarm thresholds and analog output functions for over-temperature protection. It adopts plug-in rack mounting structure, can be installed into Bently Nevada monitoring rack, integrating signal conditioning, alarm comparison and sensor fault diagnosis circuit. Built-in fault detection function can identify RTD open circuit, short circuit and wiring faults, and trigger alarm output. The circuit board has strong anti-electromagnetic interference performance, suitable for power plant and petrochemical industrial environments with vibration and electric field interference. During installation, field RTD sensors need to use shielded cable for wiring, and separate signal cables from high-voltage power cables to reduce signal noise. Regular maintenance should check terminal wiring tightness and module operating status, and periodic calibration ensures long-term measurement precision. Widely used in power generation, petrochemical and heavy industrial fields, this Machinery Temperature Transducer monitors bearing temperature of turbines, centrifugal compressors, generators, fans and pumps, realizes early over-temperature warning, prevents bearing burnout and catastrophic mechanical failure, reduces unplanned equipment shutdown.

Core Attributes:

Brand: Bently Nevada

Model: 90200-03-01-02-02-01-01-02

Product Type: Dual RTD Temperature Monitor Module

Input: Dual-channel PT100 RTD input

Mount: Rack plug-in installation

Application: Bearing and casing temperature monitoring for rotating machinery

Features: Dual temperature measurement, sensor fault detection, configurable alarm threshold, high measurement accuracy, EMI suppression