The Bently Nevada 135137-01 Position I/O Module is an integral part of the Bently Nevada 3500 Machinery Protection System, specifically designed to interface with position monitoring modules such as the 3500/45 Channel Position Monitor. This I/O module enables accurate measurement and monitoring of shaft position, thrust position, and other displacement parameters in rotating machinery.

Engineered for high reliability in critical industrial applications, the 135137-01 provides precise signal conditioning and data transfer between the position sensors and the monitoring module. It ensures that displacement readings are processed with minimal noise interference, enabling accurate analysis for machinery protection and predictive maintenance.

The Position I/O Module supports a variety of proximity probes and displacement transducers, making it versatile for different machine configurations. It delivers reliable performance even in harsh operating environments such as oil & gas plants, power generation stations, petrochemical facilities, and heavy manufacturing industries.

By working in conjunction with the position monitoring module, the 135137-01 helps detect abnormal shaft movement, excessive thrust wear, or improper alignment. Early detection of these conditions allows operators to take corrective actions before they cause costly downtime or catastrophic equipment failure.

Evaflux Private Limited offers original Bently Nevada 135137-01 Position I/O Modules with prompt delivery, competitive pricing, and expert technical support to ensure your machinery protection system operates at optimal efficiency.

Key Features

• Compatible with the 3500/45 Channel Position Monitor.

• Provides accurate signal conditioning for displacement measurements.

• Supports multiple proximity probes and displacement sensors.

• High immunity to electrical noise for reliable performance.

• Rugged design for harsh industrial environments.

• Facilitates predictive maintenance and early fault detection.

• Genuine Bently Nevada component for long-term reliability.