Bently Nevada 21000-28-05-35-028-00-02 21000 Series Proximity Probe Housing Assembly

Description

Designed for robust mechanical protection in demanding industrial environments, the Bently Nevada 21000-28-05-35-028-00-02 is a rugged, field-proven probe housing assembly. This mechanical enclosure is engineered to shield proximity probes from external hazards such as oil, moisture, and physical impacts while maintaining optimal measurement alignment.

The 21000 Series housing simplifies the installation, adjustment, and replacement of proximity transducers. It allows maintenance personnel to perform external calibration and gap adjustments of the internal probe without dismantling machine covers or stopping the machinery, significantly reducing downtime and enhancing system safety. Constructed from durable materials, this assembly ensures long-term structural integrity and precise sensor positioning for critical machinery diagnostics.

Features

• Provides secure environmental and physical protection for internal proximity probes.
• Enables external gap adjustment and replacement of the probe assembly.
• Robust housing design designed to withstand harsh industrial operating environments.
• Supports standard conduit and cable routing interfaces to prevent moisture ingress.
• Compatible with Bently Nevada proximity probe systems for critical vibration and position monitoring.

Applications

• Steam and gas turbine vibration monitoring systems.
• Large industrial compressors, pumps, and fans.
• Petrochemical and oil refinery rotating machinery protection.
• Power generation facilities and heavy industrial plant installations.

Technical Specifications

Installation Guidelines

• Verify that the shaft lead-in length matches the machinery housing dimensions prior to installation.
• Ensure all threaded connections are properly sealed with industrial-grade sealant to prevent environmental contamination.
• Route cables through appropriate flexible or rigid conduit to maintain shielding and physical protection.
• Calibrate the probe gap using a standard proximitor calibration fluid or mechanical target before final torque application.