Bently Nevada 9200-02-01-10-00 Velocity Seismoprobe Transducer

Overview

The Bently Nevada 9200‑02‑01‑10‑00 is a precision two-wire velocity seismoprobe transducer engineered to measure absolute vibration on bearing housings, casings, and structural components. Using moving-coil technology, it produces a voltage output directly proportional to vibration velocity, eliminating the need for external power. It is suitable for both permanent monitoring installations and portable diagnostic measurements in industrial machinery.

Key Features

• Self-generating two-wire moving-coil velocity transducer

• Measures absolute vibration velocity relative to free space

• Wide frequency response for low- and high-speed rotating equipment

• Rugged industrial construction ensures long-term reliability

• Top-mounted terminal block for straightforward wiring

• Compact design with M10 threaded stud for secure mounting

Technical Specifications

Mechanical

Electrical & Performance

Environmental

Applications

• Bearing housing vibration monitoring

• Structural and casing vibration measurement

• Portable diagnostic assessments

• Integration into permanent machine condition monitoring systems

FAQ

Q: Does this probe require external power?
A: No, the 9200‑02‑01‑10‑00 is self-generating thanks to its moving-coil design.

Q: Is it effective for low-frequency vibration detection?
A: Yes, moving-coil technology is highly responsive to low-frequency vibrations and less sensitive to transient impacts.

Q: Can it be used for portable measurements?
A: Absolutely. Its compact design and two-wire interface make it ideal for field diagnostics.

Q: How does it differ from accelerometer-based sensors?
A: Unlike accelerometers, this seismoprobe outputs direct velocity signals and is less affected by shock, making it more suitable for low-frequency vibration monitoring of rotating machinery.