Moving-coil output
9200-09-01-06-04: the two-wire element produces 20 mV/mm/s (500 mV/in/s), ±5%, when correctly terminated and oriented. The receiving circuit must match this output execution.
9200-09-01-06-049200 Seismoprobe velocity transducer
Bently Nevada · Seismoprobe velocity transducer system
Bently Nevada 9200-09-01-06-04 | 9200 Seismoprobe velocity transducer
9200-09-01-06-04 · 9200 Seismoprobe velocity transducer
01
Product Description
Seismoprobe velocity transducer systemBently Nevada 9200-09-01-06-04 is a two-wire moving-coil velocity transducer in the Seismoprobe family. It converts bearing-housing, casing or structural vibration velocity into a voltage output for a monitoring or diagnostic instrument.
The 9200-09-01-06-04 configuration combines its selected mounting, connector, frequency and approval fields in one ordering record. The transducer needs no external power, while its calibrated orientation and cable termination determine how the velocity signal is taken into the monitoring circuit.
02
Technical Data
Exact model configuration| Technical Item | 9200-09-01-06-04 |
|---|---|
| Brand | Bently Nevada |
| Product name | 9200 Seismoprobe velocity transducer |
| Country | United States |
| Order code structure | 9200-AA-BB-CC-DD |
| Frequency code 09 | 0 ±180°, 15 Hz minimum operating frequency |
| Connector/cable code 01 | Top mount, no integral cable |
| Mounting base code 06 | Isolated circular 1/4-20 UNC stud |
| Approval code 04 | ATEX/IECEx |
| Technology | Two-wire moving-coil velocity transducer |
| External power | Not required |
| Sensitivity | 20 mV/mm/s (500 mV/in/s), ±5% |
| Transverse sensitivity | ≤10% of axial sensitivity |
| Frequency response | 15 Hz to 1 kHz, +0/-3 dB typical |
| Temperature range | -29 to +121 °C |
| Shock | 50 g peak transverse |
| Signal output | Voltage proportional to vibration velocity |
| Gasket material | Neoprene |
| Connector materials | Cadmium-plated aluminum, neoprene and silver-plated copper |
03
Performance Characteristics
9200 Seismoprobe velocity transducerThe 9200-09-01-06-04 signal is defined by native velocity output rather than an integrated acceleration-to-velocity calculation. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Frequency window
9200-09-01-06-04: the selected frequency option supports a 4.5, 10 or 15 Hz minimum operating frequency with a 1 kHz maximum, +0/-3 dB typical. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Mechanical tolerance
9200-09-01-06-04: transverse sensitivity is 10% or less of axial sensitivity and the sensor withstands up to 50 g peak transverse shock. This detail belongs to the selected configuration and should not be inferred from the base family alone.
04
Installation Highlights
Seismoprobe velocity transducer systemThe 9200-09-01-06-04 mounting and connector choices control how the sensor is fixed and wired into the measurement point. This detail belongs to the selected configuration and should not be inferred from the base family alone.
Mounting field
9200-09-01-06-04: the 01 connector/cable field selects a top-mounted connector with no integral cable; the mounting face must remain aligned with the calibrated axis. The selected physical interface must stay consistent with the record.
Cable termination
9200-09-01-06-04: the 06 base field selects an isolated circular 1/4-20 UNC mounting base for the two-wire signal path. The complete cable path is kept with the installed configuration.
Environment
9200-09-01-06-04: the 9200 operating qualification is -29 to +121 °C; the integral-cable option provides corrosion resistance without an additional cable cover. This detail belongs to the selected configuration and should not be inferred from the base family alone.
05
Frequently Asked Questions
Questions tied to the exact modelWhy does Bently Nevada 9200-09-01-06-04 need no external power?
Bently Nevada 9200-09-01-06-04 uses a moving-coil element that generates the velocity-proportional voltage directly, so a compatible input circuit only receives and conditions the two-wire signal.
What must be checked when the Bently Nevada 9200-09-01-06-04 reading is low?
Check that the selected 09 frequency option, calibrated mounting orientation, termination impedance and two-wire continuity match the installed monitoring input before changing the sensor.
Can Bently Nevada 9200-09-01-06-04 be used for portable measurements?
Yes. The 9200 family is intended for continuous or periodic measurements and does not require an external excitation supply, which keeps the field test wiring to the signal pair.
What temperature boundary applies to Bently Nevada 9200-09-01-06-04?
The 9200 qualification is -29 to +121 °C. A higher-temperature environment requires a different transducer model rather than silently changing this 9200 record.
Why does the 09 field matter on Bently Nevada 9200-09-01-06-04?
The 09 field selects the 15 Hz minimum operating-frequency option. It must remain with the complete model so the electrical response is not confused with another 9200 option.
What signal does Bently Nevada 9200-09-01-06-04 send to a monitor?
It sends a voltage directly proportional to casing or structural vibration velocity; the monitor or diagnostic instrument then applies its own input conditioning and display scaling.
06
Company Profile
Moore AutomationMOORE AUTOMATION
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The requested record stays linked to its quantity and technical details during enquiry handling. The exact record remains 9200-09-01-06-04.
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07
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08
Enquiry Information
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