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Bently Nevada 9200-06-01-11-04 Two-Wire Velocity Transducer · 9200 Seismoprobe
Bently Nevada 9200-06-01-11-04 Two-Wire Velocity Transducer · 9200 Seismoprobe
Bently Nevada velocity transducer
9200 Seismoprobe transducer
two-wire velocity sensor
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Bently Nevada
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Bently Nevada velocity transducer
,9200 Seismoprobe transducer
,two-wire velocity sensor
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Minimum Order Quantity
1
Delivery Time
2-3 work days
Payment Terms
T/T
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Product Description
BENTLY NEVADA · SEISMOPROBE VELOCITY TRANSDUCER
Bently Nevada 9200-06-01-11-04 Two-Wire Velocity Transducer · 9200 Seismoprobe
01 / Overview
A velocity measurement point, configured for a specific installation.
The 9200 family uses moving-coil technology to generate a voltage output directly proportional to vibration velocity. Baker Hughes describes the 9200 as suitable for continuous monitoring or periodic measurements with test or diagnostic instruments.
Configuration at a glance
060° ±100° / 10 Hz
01Top mount / no cable
11Isolated M10 × 1
04ATEX / IECEx
02 / Technical Specifications
Technical data
Source: Baker Hughes / Bently Nevada 9200 and 74712 Seismoprobe Datasheet 141626, Rev. V.
Core specifications
| Product family | 9200 Seismoprobe Velocity Transducer |
| Transducer technology | Two-wire moving-coil |
| Sensitivity | 20 mV/mm/s (500 mV/in/s), ±5% when properly terminated and oriented at the angle of calibration |
| Minimum operating frequency | 10 Hz for option 06 |
| Maximum frequency | 1 kHz (60,000 cpm), +0 / −3 dB typical |
| Velocity range | 25 mm/s (1 in/s) at +22°C, with 10 kΩ load |
| Dynamic operating range | 2.54 mm (0.100 in) peak-to-peak maximum displacement |
| Shock resistance | 50 g peak maximum acceleration along the non-sensitive axis |
| Transverse sensitivity | ±10% maximum |
| Coil resistance | 1.25 kΩ ±5% |
| Locked coil inductance | 125 mH typical |
| Operating temperature | −29°C to +121°C (−20°F to +250°F) |
| Relative humidity | Up to 95%, non-condensing |
| Case material | Anodized aluminum A204 |
| Typical height | 102 mm (4 in), depending on connector option |
| Typical diameter | 41 mm (1.6 in) |
+ View configuration, connection and installation data
| Mounting orientation | 0° ±100° for option 06 |
| Connector option | 01 — Top mount, no cable |
| Mounting base | 11 — Isolated circular M10 × 1 |
| Mounting torque | 5.6 N·m (50 in-lb) for applicable mounting base options |
| Approval option | 04 — ATEX/IECEx |
| Output polarity | Pin A goes positive relative to Pin B when transducer case velocity is toward the connector |
| Typical calibration condition | +22°C, 25 mm/s (1 in/s) casing vibration at 100 Hz with a 10 kΩ load, unless otherwise specified |
Source: Baker Hughes / Bently Nevada, 9200 and 74712 Seismoprobe Velocity Transducers Datasheet 141626.
03 / Signal Path
From machine casing to the monitoring channel
The transducer forms part of the vibration measurement chain. Installation location, orientation, mounting and the receiving instrument all affect the measurement.
01
Machine casing / bearing housing
Mechanical vibration reaches the mounting location.
Mechanical vibration reaches the mounting location.
02
Velocity transducer
The moving-coil element produces the vibration-velocity signal.
The moving-coil element produces the vibration-velocity signal.
03
Monitor / test instrument
The cable, termination and input characteristics must suit the measurement channel.
The cable, termination and input characteristics must suit the measurement channel.
Installation notes
- Use the specified mounting arrangement and mounting torque.
- Option 06 is associated with 0° ±100° orientation and a 10 Hz minimum operating frequency.
- The 01 connector option has no integral cable; the mating cable and receiving instrument require separate verification.
- The mounting location should provide suitable vibration transmission from the machine.
- ATEX/IECEx requirements must be considered for the complete installation.
04 / Application & Fault Scenarios
Why we search for this part
Machine monitoring
Casing vibration
Used for absolute vibration velocity measurement on machine housings or bearing locations.
Search trigger
Suspect velocity signal
A missing or unstable vibration signal can lead maintenance teams to search by the complete order code.
Operational risk
Lost monitoring point
A failed sensor can remove a vibration measurement point from the monitoring chain.
05 / FAQ
9200-06-01-11-04 buyer questions
Can 9200-06-01-11-04 replace another Bently Nevada 9200 transducer?
Not automatically. The complete configuration should be compared before replacement.
What do the 06, 01, 11 and 04 options specify?
They identify the orientation/frequency, connector, mounting-base and approval configuration respectively.
Does this configuration include the field cable?
No integral cable is specified with connector option 01. The mating cable must be checked separately.
What should be checked before installation?
Check the mounting arrangement, orientation, connector/cable, receiving instrument and applicable hazardous-area requirements.
Where can I confirm the 9200-06-01-11-04 configuration?
The applicable manufacturer documentation is the Bently Nevada / Baker Hughes 9200 and 74712 Seismoprobe Velocity Transducers Datasheet 141626.
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