Bently
View products
Product image is representative; revision or series may vary. Contact us to request a specific version.
Get a quick price for 9200-03-02-10-00
For more information on how your data is processed and stored by Apterpower please read our privacy policy
-
Match the complete marking
Include 9200-03-02-10-00 and the visible revision or assembly identity in your enquiry. Keep the full reference on the quotation. -
Check the offered item before ordering
Request available label and connector photos. Have your maintenance team compare the offered 9200-03-02-10-00 with the installed equipment and applicable Bently Nevada documentation.
Technical specifications for 9200-03-02-10-00
-
Manufacturer:Bently Nevada
-
Product Category:Machinery Monitoring Systems
-
Spare Part Number:9200-03-02-10-00
-
Weight:0.44 kg
-
Tariff Code:8537101190
-
Measurement:absolute casing or bearing-housing velocity
-
Sensing mechanism:two-wire moving coil
-
Mounting angle:90 degrees +/-2.5 degrees
-
Minimum operating frequency:4.5 Hz
-
Connector position:side mount, no cable
-
Mounting base:circular M10 x 1 stud
-
Approval selection:no approvals
-
External power:not required by moving-coil element
Information
Overview
Downloads
Applications / Compatibility
Product Precautions
- Bently Nevada 9200-03-02-10-00. The 9200 Seismoprobe measures absolute vibration of a bearing housing, machine casing or structure by moving-coil action.
Operating temperature: -29 to +121 °C
Case material: Anodized A204 aluminum
Gasket material: Neoprene
M10 x 1 mounting torque: 5.6 N·m (50 in·lb)
Case material: Anodized A204 aluminum
Gasket material: Neoprene
M10 x 1 mounting torque: 5.6 N·m (50 in·lb)
The moving-coil element generates a voltage proportional to casing velocity without an excitation supply. At the manufacturer's reference condition of about 22 °C, 25 mm/s vibration at 100 Hz and a 10 kΩ load, sensitivity is 20 mV per mm/s (500 mV per in/s), ±5% when terminated and oriented at its calibration angle.
This 03 configuration has a 4.5 Hz minimum operating frequency. The typical response from that minimum to 1 kHz is +0/-3 dB; the published 1.25 kΩ ±5% coil resistance and 125 mH typical locked-coil inductance describe the two-wire element.
The 02 side connection has no integral cable, so the mating interconnect must be selected separately for the 10 circular M10 x 1 stud-base installation. Mount the sensitive axis in the required direction on a bearing housing or casing that actually transmits the vibration of interest.
This 03 configuration has a 4.5 Hz minimum operating frequency. The typical response from that minimum to 1 kHz is +0/-3 dB; the published 1.25 kΩ ±5% coil resistance and 125 mH typical locked-coil inductance describe the two-wire element.
The 02 side connection has no integral cable, so the mating interconnect must be selected separately for the 10 circular M10 x 1 stud-base installation. Mount the sensitive axis in the required direction on a bearing housing or casing that actually transmits the vibration of interest.
Installed-system reference: 9200 Seismoprobe two-wire velocity measurement. Orient the sensing axis and select the separate side-connector cable.
Technical downloads for Bently Nevada 9200-03-02-10-00: selected original manufacturer pages and a model-specific Apter Power installation guide.
-
Bently Nevada 9200-03-02-10-00 technical reference
Original manufacturer excerpt - PDF, 3 pages. The 141626 order matrix directly decodes all four options for 9200-03-02-10-00. -
Bently Nevada 9200-03-02-10-00 installation guide
Prepared by Apter Power - PDF, 5 pages. Installation checks, fitting and lead routing, commissioning and verification.
The technical reference preserves selected original manufacturer pages. The installation guide is prepared by Apter Power for this exact model; apply site procedures and the original equipment documentation during work.
Machine-casing application: Bently Nevada 9200-03-02-10-00 measures absolute vibration velocity at a bearing housing or machine casing. Its moving-coil element generates a two-wire signal without an external transducer power supply.
Compatibility scope: Use a monitoring input or diagnostic instrument suitable for a 9200 velocity transducer. This execution has a 90-degree calibrated axis, side connector and circular M10 x 1 mounting stud; the chosen measurement point must transmit meaningful machine vibration to the casing.
Compatibility scope: Use a monitoring input or diagnostic instrument suitable for a 9200 velocity transducer. This execution has a 90-degree calibrated axis, side connector and circular M10 x 1 mounting stud; the chosen measurement point must transmit meaningful machine vibration to the casing.
-
Continuous machinery monitoring
Connect to a compatible two-wire velocity input for continuous casing-vibration observation. This is useful where bearing-housing motion represents the condition the monitoring system is intended to follow. -
Periodic diagnostic rounds
A suitable diagnostic instrument can use the transducer for periodic velocity measurements at the same machine point. Consistent orientation and measurement conditions help make successive readings comparable. -
Bearing-housing vibration
Mount on a rigid bearing-housing position with a clear mechanical path from the rotating assembly. The result is a casing-velocity measurement, not a direct shaft-displacement reading. -
Machine-casing assessment
Use an approved casing point for overall vibration assessment where rotor motion is transmitted to that point. The side connector and external cable selection must suit the installed monitoring path.
Installation and commissioning checks for Bently Nevada 9200-03-02-10-00. Prepare a rigid measurement point, preserve the calibrated axis and verify the complete two-wire signal path.
Mounting face
Prepare a clean, flat and rigid bearing-housing or casing surface. A loose or flexible mount can distort amplitude and frequency response.
Calibrated orientation
Align the 90-degree calibrated axis with the required vibration direction. Record the orientation so future periodic measurements use the same axis.
Stud and seating
Use the circular M10 x 1 base and the specified mounting arrangement; the datasheet gives a 5.6 N·m mounting torque. Confirm full seating without substituting another thread.
Side-connector protection
Check clearance for the side connector and selected interconnect cable. Route the cable away from abrasion, tension and moving machine parts.
Signal termination
Use a suitable two-wire velocity input and the documented termination or input load when checking sensitivity. Avoid treating a changed load as a change in machine vibration.
Acceptance test
Check continuity and compare the output with a known operating condition or approved vibration test. Verify that the selected casing point gives a useful machine-condition signal.
Alternative Names
920003021000
Bently Nevada 9200-03-02-10-00
Technical notes
Signal principle: The two-wire moving-coil element produces a voltage proportional to vibration velocity.
Installation relationship: The selected 90-degree axis, side connector and M10 x 1 stud define the mechanical installation.
Technical reference: Bently Nevada 9200 and 74712 Seismoprobe Velocity Transducers, 141626 Rev. V.
FAQ View All FAQ
-
What does 9200-03-02-10-00 measure?It senses absolute vibration velocity of a bearing housing, casing or suitable structure.
-
What does option 03 specify on 9200-03-02-10-00?It selects nominal 90-degree mounting with a 4.5 Hz minimum operating frequency.
-
Where is the connector on 9200-03-02-10-00?Option 02 is a side-mount connector arrangement with no integral cable.
-
Which base does 9200-03-02-10-00 use?Option 10 selects a circular M10 x 1 stud base.
-
Does 9200-03-02-10-00 need an external power supply?The moving-coil two-wire sensing element generates its own velocity-proportional voltage.
-
What approval is selected on 9200-03-02-10-00?Option 00 selects no agency approval.
-
Can 9200-03-02-10-00 be mounted in any orientation without review?No. Its calibrated 90-degree orientation must match the measurement axis.
-
What determines the correct cable for 9200-03-02-10-00?The side connector and receiving instrument determine the separately selected interconnect cable.
Manufacturers
Supporting new and legacy automation
Whether you're maintaining existing equipment or sourcing parts for current systems, we provide fast, dependable supply you can rely on.
-
Please try to be as accurate as possible with your search.
-
We can quote you on 1000s of specialist parts, even if they are not listed on our website.
-
We can't find any results for “”.
PRODUCTS IN SEARCH PAGE ()
50+ account managers available now
Manufacturers
You May Also Like
Explore related automation components available through Apter Power.
Manufacturers
Product Browsing History
Revisit the products you recently viewed on Apter Power.
SPEAK TO OUR TEAM
Let’s find the right solution for you.
Send us the part number, quantity and delivery destination. Our team will help confirm availability and lead time.
-
Whatsapp: +86 18030235313
Send us a message. -
sales13@apterpower.com
Complete our online form. -
+86 18030235313
Speak to our team in your native language.