Product Introduction
The Bently Nevada Proximity Probe Housing Assembly (Model: 21000-16-10-25-056-03-03) is a precision mechanical mounting solution designed for eddy current proximity probe systems used in rotating machinery condition monitoring. It provides a stable, accurately aligned interface between the probe and the monitored target surface, ensuring consistent measurement performance.
This housing assembly is engineered to support reliable probe positioning in demanding industrial environments such as turbines, compressors, pumps, and gearboxes. It helps maintain the correct probe gap and angular alignment, which are critical for accurate vibration and displacement measurements.
In addition to mechanical support, the housing also offers protection against contamination, vibration-induced loosening, and installation misalignment. It is typically used as part of a complete Bently Nevada proximity measurement system together with probes, extension cables, and Proximitor sensors.
Product Specifications
| Parameter | Value |
|---|---|
| Product Type | Proximity Probe Housing Assembly |
| Series | 21000 Series |
| Model Number | 21000-16-10-25-056-03-03 |
| Function | Probe mounting and mechanical protection |
| System Compatibility | Bently Nevada proximity probe systems |
| Installation Type | Fixed mechanical mounting |
| Material | Industrial-grade metal alloy |
| Housing Structure | Precision-machined assembly |
| Adjustment Feature | Probe alignment and positioning control |
| Environmental Protection | Dust and vibration resistant |
| Application Area | Rotating machinery monitoring |
| Housing Body Diameter | 83.3 mm |
| Dimensions | Cylindrical housing assembly |
| Weight | 1.1 kg |
Applications
• Steam and gas turbine systems
Ensures stable probe positioning for high-precision shaft vibration and displacement monitoring in critical rotating equipment.
• Compressor monitoring systems
Provides secure probe mounting to maintain accurate measurement under continuous high-speed operation conditions.
• Pump vibration monitoring
Supports reliable sensor alignment for detecting early-stage mechanical wear and hydraulic instability.
• Gearbox condition monitoring
Maintains probe stability in high-vibration environments where alignment drift must be minimized.
• Industrial system retrofits
Used to upgrade or replace existing probe mounting structures for improved measurement reliability.
Advantages
• High mechanical stability
Ensures consistent probe positioning, reducing measurement drift caused by mechanical movement.
• Accurate alignment support
Designed to maintain correct probe gap and orientation for optimal signal quality.
• Robust industrial construction
Built to withstand vibration, contamination, and harsh operating environments.
• Improved measurement reliability
Stable mounting structure directly enhances eddy current probe accuracy and repeatability.
• Flexible installation design
Supports adaptable configuration for different machine layouts and monitoring points.
• Reduced maintenance demand
Strong structural integrity minimizes the need for frequent readjustment or recalibration.
Excellent PLC
