9200-09-01-01-00 | Bently Nevada Two-Wire Velocity Seismoprobe Transducer

Product Description

The Bently Nevada 9200-09-01-01-00 Two-Wire Velocity Seismoprobe Transducer is a factory-original vibration monitoring device designed for machinery diagnostics and predictive maintenance. Supplied new in sealed factory packaging with a 12-month warranty, this transducer ensures reliable velocity measurements for rotating equipment, enabling early detection of imbalance, misalignment, and bearing wear.

Technical Specifications

• Model / Product No.: 9200-09-01-01-00

• Brand / Manufacturer: Bently Nevada

• Type: Two-Wire Velocity Seismoprobe Transducer

• Condition: New, factory sealed

• Warranty: 12 months (manufacturer)

• Mounting Angle / Minimum Operating Frequency: 0° ±2.5, 4.5 Hz (270 cpm)

• Connector Option: Terminal block, top mount

• Mounting Base: Circular base with M10 × 1 stud

• Agency Approval: None required

• Country of Origin: USA

• Signal Output: Dynamic velocity proportional to vibration

• Construction: Rugged housing for industrial environments

Key Features

• Factory Warranty: 12 months coverage for reliability assurance.

• Compact Design: Suitable for installations with limited space.

• Durable Construction: Built to withstand harsh industrial conditions.

• Easy Integration: Compatible with Bently Nevada monitoring systems.

Applications

• Continuous vibration monitoring in turbomachinery

• Condition monitoring of compressors, pumps, and motors

• Predictive maintenance in power generation and petrochemical industries

• Integration with plant-wide monitoring systems for real-time diagnostics

FAQ

Q: What warranty is provided with this transducer?  A: It comes with a 12-month factory warranty.

Q: What is the mounting configuration?  A: It uses a circular base with an M10 × 1 stud and a top-mounted terminal block connector.

Q: How does this model compare to other 9200 series transducers?  A: This version features a 0° mounting angle option, making it suitable for specific installation requirements compared to angled variants.