Bently Nevada 9200-01-01-10-00 Seismoprobe Velocity Transducer
Vibration Monitoring
Moving-Coil Sensor
20 mV/mm/s Sensitivity
Brand Name:
Bently Nevada
Vibration Monitoring
,Moving-Coil Sensor
,20 mV/mm/s Sensitivity
Product Overview
The Bently Nevada 9200 is a two-wire moving-coil velocity transducer. It generates a voltage proportional to vibration velocity and can be used for continuous monitoring or periodic measurements with suitable test and diagnostic instruments.
Technical Specifications
Key values at a glance
0° mounting orientation · Top connector without integral cable · Circular M10×1 mounting base · No agency approval option
View Additional Technical Data
| Manufacturer | Bently Nevada / Baker Hughes |
| Measurement principle | Moving-coil, two-wire voltage output |
| Calibration load | 10 kΩ between terminals A and B |
| Sensitivity tolerance | ±5% when properly terminated and oriented at the calibration angle |
| Frequency response | 4.5 Hz to 1 kHz, +0/−3 dB typical |
| Velocity range | 25 mm/s (1 in/s) at the datasheet's stated test conditions |
| Locked-coil inductance | 125 mH typical |
| Amplitude linearity | ±5% from 0.254 to 127 mm/s at 100 Hz |
| Temperature coefficient | 0.2%/°C |
| Transverse sensitivity | Maximum ±10% of sensitive-axis sensitivity at 100 Hz and 1 in/s |
| Shock resistance | Up to 50 g peak along the non-sensitive axis |
| Output polarity | Pin A becomes positive relative to Pin B when case velocity is toward the connector |
| Maximum lead-wire length | 305 m (1,000 ft) between transducer and a 3300 or Bently Nevada 3500 monitor; longer lengths may affect frequency response |
| Relative humidity | Up to 95%, non-condensing |
| Maximum altitude | 2,000 m above sea level |
| Case / adapter material | Anodized aluminum A204 |
| Gasket material | Neoprene |
| Ordering configuration | 01 / 01 / 10 / 00 as specified by the complete model number |
Reference: Baker Hughes, 9200 and 74712 Seismoprobe Velocity Transducers Datasheet, 141626 Rev. V. Electrical performance values are subject to the stated test conditions.
Application & Failure Scenarios
A missing or unstable signal may prompt inspection of the sensor, connector, cable, termination and monitoring input.
Unexpected readings require checking the measurement chain before determining whether machine vibration has actually changed.
The exact configuration may be required to restore an existing bearing-housing or casing-vibration measurement point.
An unavailable vibration measurement can reduce machinery-condition visibility and delay fault assessment. Any protective shutdown impact depends on the installed monitoring system and its configured logic.
Installation & Verification
Verify the complete part number, mounting orientation, M10×1 base, connector and cable arrangement before replacement. Follow the manufacturer's mounting and termination instructions, then confirm the signal at the monitoring input before returning the measurement point to service.
Technical Documentation
9200 and 74712 Seismoprobe Velocity Transducers Datasheet (141626).
Delivery & Warranty
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Frequently Asked Questions
Related Models
Additional part numbers from the supplied catalogue pool. These cross-category references do not imply technical compatibility with this sensor.
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