Features:
- Improved Durability With Cable LoC™ Secured Coaxial Junction
- Integral Cable Options For Simplified Installation And Signal Integrity
- High-Performance PPS Construction For Harsh Industrial Environments
The Bently Nevada 21504-000-032-10-02 8 mm Standard Mount Probe is a precision device for monitoring machinery vibration and position. Its 8 mm PPS construction ensures long-lasting durability in chemically aggressive, wet, or confined spaces. Integral cable options of 5 m and 9 m simplify installation and maintain high signal fidelity, reducing downtime during setup.
With Cable LoC™ technology, the probe guarantees the strongest junction in the series, resisting mechanical stress from handling or operation. Its linear measurement range of 2 mm with a scale factor of 200 mV/mil provides accurate data for predictive maintenance and machinery protection. Compatible with both English and metric threads, the 21504-000-032-10-02 can be deployed across diverse industrial systems.
Industries such as power generation, petrochemical, and heavy machinery benefit from its robust performance, high humidity tolerance, and seamless integration with the Bently Nevada 7200 System. For operators seeking reliability, precision, and reduced maintenance, the 21504-000-032-10-02 represents a critical component for extending equipment life and preventing unplanned downtime.
The 21504-000-032-10-0 Bently Nevada 8 mm Standard Mount Probe may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bently Nevada 21504-000-032-10-02 8 mm Standard Mount Probe Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Bently Nevada 21504-000-032-10-02 8 mm Standard Mount Probe Specs
General
- Manufacturer GE / Bently Nevada
- Model 21504-000-032-10-02
- Condition New Original ready stock
- Product Family 21504-04-032-05-02,21504-04-032-10-02,21504-000-032-10-05
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Linear Voltage Conversion: As a core component of the 7200 series, it accurately converts micron-level gap changes into DC voltage signals within the range of -18V to -2V.
- 200 mV/mil Sensitivity: Strictly adhering to the industry-standard scaling factor (ASF), it ensures that every 0.0254mm displacement change generates a 200mV voltage jump on the monitoring instrument.
- Coaxial Shielding Technology: The 1.0-meter virgin cable employs a high-density braided shielding layer, effectively resisting electromagnetic interference (EMI) generated by motor magnetic fields and frequency converters.
- Low-Resistance Connector Design: The coaxial plug (-02) at the tail end undergoes impedance matching treatment, minimizing signal reflection and attenuation at the connector.
- Medium-Length Housing Design: The designation -032 represents a 3.2-inch (approximately 81mm) housing length, allowing for better penetration of thicker bearing housings than the standard 2-inch model.
- 3/8-24 Thread Specification: Employs British standard fine-pitch threads, providing extremely high fine-tuning precision, allowing installers to accurately adjust the initial clearance (voltage point) between the probe and the shaft.
- Temperature Resistance and Environmental Sealing: The probe head is encapsulated in high-performance engineering plastic, enabling stable operation in harsh environments ranging from -35°C to +177°C.
- Full Thread Installation Flexibility: The designation -000 represents a full thread, allowing for a wide range of depth adjustments on the mounting bracket to accommodate different mechanical clearance requirements.
- Large Diameter Bearing Radial Vibration Monitoring: Installed on the hydraulic sliding bearings of large centrifugal fans or blowers, it captures the journal trajectory in real time (shaft center trajectory analysis).
- Eccentricity Measurement During Unit Startup: During the turning gear stage of large steam turbines, it monitors the eccentricity caused by rotor bending, ensuring safe unit acceleration.
- Thrust Bearing Wear Limit Alarm: Serves as a safety protection locking point for the thrust bearing; once the axial displacement exceeds a set threshold, it immediately triggers the monitoring system interlock to trip the unit.
- Multi-probe phase reference system: Installed in pairs to measure the relative vibration phase of the shaft, helping technicians perform dynamic balancing analysis and rotor fault diagnosis.