Excellent PLC
Product Introduction
The Bently Nevada 24701-16-10-15-80-04-02 Proximity Probe Housing Assembly is a specialized mechanical mounting component designed to support proximity probes used in industrial rotating machinery monitoring systems. Manufactured by Bently Nevada, this housing assembly provides a stable installation structure that ensures accurate positioning of eddy current proximity probes for vibration and shaft displacement measurement.
In industrial machine protection systems, proximity probes are used to monitor the dynamic behavior of rotating shafts. These sensors detect changes in shaft position, vibration amplitude, and displacement by measuring the distance between the probe tip and the rotating surface. To achieve reliable measurement results, the probe must remain precisely positioned relative to the shaft. The probe housing assembly ensures that the sensor remains securely mounted and correctly aligned during machine operation.
The 24701-16-10-15-80-04-02 housing assembly is commonly used in large rotating machinery such as turbines, compressors, pumps, and generators. It allows the proximity probe to be mounted on the machine casing or bearing housing while protecting the sensor from mechanical stress, vibration, and environmental exposure. Its design supports accurate probe alignment and adjustment during installation, ensuring optimal sensor performance.
Constructed with robust industrial materials, the housing assembly is designed to withstand harsh operating environments where continuous machine operation, high vibration levels, and temperature variations are present. The strong mechanical structure ensures long-term stability and protects the probe from damage during machine operation.
By maintaining proper sensor alignment and structural protection, the proximity probe housing assembly plays a critical role in the effectiveness of vibration monitoring systems. Accurate data collected from the installed probe helps operators detect mechanical problems such as imbalance, misalignment, or bearing wear before they lead to equipment failure.
Product Specifications
| Parameter | Value |
|---|---|
| Product Model | 24701-16-10-15-80-04-02 |
| Manufacturer | Bently Nevada |
| Product Type | Proximity Probe Housing Assembly |
| Function | Mechanical support and positioning for proximity probes |
| Compatible Sensor Type | Eddy current proximity probes |
| Application System | Rotating machinery condition monitoring systems |
| Mounting Location | Machine casing or bearing housing |
| Material Construction | Industrial-grade metal housing |
| Installation Method | Fixed mechanical mounting |
| Adjustment Capability | Probe gap adjustment during installation |
| Environmental Compatibility | Industrial vibration monitoring environments |
| Housing Body Diameter | 78.2 mm |
| Weight | 1.8 kg |
Applications
• Steam turbine protection systems where continuous shaft vibration monitoring is essential for safe turbine operation.
• Gas compressor monitoring equipment used in petrochemical and oil refining facilities.
• Centrifugal pump monitoring systems commonly installed in power plants, water treatment plants, and industrial processing facilities.
• Hydroelectric generator monitoring systems where rotor displacement must be monitored continuously.
• Large industrial motor monitoring applications used in heavy manufacturing and processing industries.
• Industrial predictive maintenance systems where vibration monitoring data is used to detect early mechanical faults.
• High-speed rotating machinery protection systems used in power generation and process industries.
Advantages
• High mechanical stability ensuring the proximity probe remains accurately positioned during machine operation.
• Durable industrial construction designed to withstand harsh environments including vibration and mechanical stress.
• Reliable probe protection preventing sensor damage caused by mechanical impacts or environmental contamination.
• Precision probe alignment capability allowing technicians to set the correct probe-to-shaft gap during installation.
• Stable long-term operation supporting continuous condition monitoring of critical rotating equipment.
• Improved measurement accuracy achieved through secure probe positioning and minimized sensor movement.
• Compatibility with industrial vibration monitoring systems commonly used for turbine and compressor protection.
• Simplified installation and maintenance allowing technicians to easily access and adjust the probe when required.
