Bently Nevada 9200-01-05-10-00 Two-Wire Velocity Seismoprobe Transducer

Product Description

The Bently Nevada Seismoprobe 9200-01-05-10-00 is a two-wire velocity transducer engineered for vibration monitoring in rotating machinery. It integrates directly into industrial protection and condition monitoring systems, providing a proportional velocity output signal via a standard 4–20 mA loop. This model is optimized for low-frequency vibration detection and requires no external power beyond the loop supply.

Technical Specifications

• Manufacturer: Bently Nevada

• Series: Seismoprobe

• Model / Catalog Number: 9200-01-05-10-00

• Product Type: Velocity Transducer

• Mounting Orientation Tolerance: ±2.5° from horizontal (01 designation)

• Frequency Response: Begins at 4.5 Hz (270 cpm)

• Electrical Interface: Terminal block, top-mounted (option 05)

• Mechanical Mounting: Circular base with M10×1 threaded stud (option 10)

• Certifications: None (option 00)

• Housing Material: Stainless steel or aluminum alloy

• Output Signal: 4–20 mA proportional to velocity (RMS or peak depending on configuration)

• Operating Temperature Range: –40 °C to +120 °C

• Shipping Weight: ~2 kg

Features

• Two-wire design simplifies installation by combining power and signal

• Optimized for low-frequency vibration monitoring

• Rugged housing for durability in harsh environments

• Standard form factor for seamless integration into existing systems

Application Scenarios

• Rotating machinery vibration monitoring

• Integration into industrial safety and condition monitoring systems

• Use in pipelines, tanks, and process vessels where compact sensors are required

FAQ

Q: Can the 9200-01-05-10-00 be used in hazardous areas?  A: No, this unit has no intrinsic safety or explosion-proof certifications.

Q: How does this differ from three-wire models?  A: The two-wire version combines power and signal, while three-wire variants separate them for enhanced signal integrity.

Q: What calibration units are used?  A: Typically calibrated in mm/s RMS, though legacy systems may use in/s peak.