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Bently Nevada 9200 Series 9200-03-02-10-00 Two-Wire Seismoprobe Velocity Transducer

Bently Nevada 9200 Series 9200-03-02-10-00 Two-Wire Seismoprobe Velocity Transducer

BENTLY NEVADA | 9200 SERIES

9200-03-02-10-00

Two-Wire Moving-Coil Seismoprobe Velocity Transducer for absolute casing vibration measurement

CONFIGURATION: 90° calibration orientation | 4.5 Hz minimum frequency | Side-mount connector | Circular M10x1 base | No approvals

LEAD TIME: In stock

WARRANTY: 1 year

Email Inquiry [email protected]

WhatsApp +86 18159889985

Appurtenance:

bently nevada 9200 series 9200 03 02 10 00 two wire seismoprobe velocity transducer-1

Overview
Technical Data
Inquiry
Construction
Installation
Selection Guide
Environment
FAQ
Recommend Models
Recommended Products

Bently Nevada 9200 Seismoprobe Velocity Transducer

Exact configured model: 9200-03-02-10-00

Official product identity

The 9200 is a two-wire moving-coil velocity transducer for measuring absolute bearing-housing, machine-casing or structural vibration. It generates a voltage directly proportional to vibration velocity and does not require external power.

Configured geometry

Option A:03 specifies a 90° ±2.5° calibration orientation with 4.5 Hz minimum operating frequency. The typical body is 102 mm high and 41 mm in diameter.

Connection package

Option B:02 provides a side-mount connector without an integral cable. Option C:10 specifies a circular mounting base with an M10x1 stud. Option D:00 specifies no agency approvals.

Installation focus

Mount the transducer at the specified 90° orientation on a rigid bearing housing or casing surface, torque the M10x1 base correctly and connect a suitable two-wire cable to the side connector.

Procurement check

Match every segment of 9200-03-02-10-00. The orientation/frequency, connector type, mounting base and approval suffixes jointly define this exact transducer and must match the label and purchase order.

Technical Data

Official configuration and specifications

Complete model	9200-03-02-10-00
Product family	Bently Nevada 9200 Seismoprobe
Product type	Two-wire moving-coil velocity transducer
Measurement	Absolute bearing-housing, casing or structural vibration velocity
Mounting angle	90° ±2.5° (option 03)
Minimum operating frequency	4.5 Hz (270 cpm)
Frequency response	4.5 to 1000 Hz (270 to 60,000 cpm), +0/-3 dB typical
Sensitivity	20 mV/mm/s (500 mV/in/s), ±5% when properly terminated and oriented
Calibration load	10 kΩ across pins A and B
Connector	Side mount, no integral cable (option 02)
Mounting base	Circular base with M10x1 stud (option 10)
Mounting torque	5.6 N·m (50 in·lb) for M10x1 base
Agency approval option	No approvals (option 00)
Dynamic displacement range	2.54 mm (0.100 in) peak-to-peak maximum
Amplitude linearity	±5% from 0.254 to 127 mm/s at 100 Hz
Coil resistance and inductance	1.25 kΩ ±5%; 125 mH typical locked-coil inductance
Dimensions	102 mm (4 in) typical height; 41 mm (1.6 in) typical diameter
Weight	300 g (10.5 oz) typical
Case material	Anodized aluminum A204
Operating and storage temperature	-29 to +121 °C (-20 to +250 °F)
Environment	Dust and moisture resistant; up to 95% RH, noncondensing
Compliance	FCC Part 15; EMC Directive 2014/30/EU; RoHS Directive 2011/65/EU
Official document	Datasheet 141626 Rev. V, pages 1–7, 11 and 13

Inquiry

CONTACT

STELLA

Email Inquiry [email protected]

WhatsApp +86 18159889985

Construction

Moving-coil sensing element

The 9200 uses moving-coil technology to produce a two-wire voltage output proportional to vibration velocity without external sensor power.

Mechanical enclosure

The case and mounting adapter are anodized aluminum A204. The 9200 gasket is Neoprene and the side-mount connector uses cadmium-plated aluminum, Neoprene and silver-plated copper components.

Connector arrangement

The B:02 configuration has a side-mount connector and no integral cable. A separate compatible two-wire interconnection cable is required for the monitor or diagnostic instrument.

Mounting base

The C:10 configuration uses a circular base with an M10x1 stud and an official mounting torque of 5.6 N·m.

Installation

Select a rigid location

Install on a clean, flat and rigid bearing housing, machine casing or structural point that transmits the vibration of interest. Flexible covers or poorly coupled surfaces can reduce response or create false signals.

Maintain orientation

The A:03 option is calibrated for 90° ±2.5°. Preserve that orientation because sensitivity and low-frequency performance depend on correct mounting.

Secure the base

Use the circular M10x1 stud base and apply 5.6 N·m mounting torque. Confirm that the mounting surface is suitable before tightening.

Wire the side connector

Connect a compatible two-conductor shielded cable to pins A and B, preserve polarity and route the cable in protected conduit where required.

Selection Guide

9200

Standard-temperature two-wire Seismoprobe velocity transducer.

03 | Angle and frequency

90° ±2.5° mounting orientation; 4.5 Hz minimum operating frequency.

02 | Connector

Side-mount connector, no integral cable.

10 | Mounting base

Circular base with M10x1 stud.

00 | Approval

No agency approval option.

Sensitivity

20 mV/mm/s with a 10 kΩ calibration load.

Frequency range

4.5 to 1000 Hz, +0/-3 dB typical.

Environment

Temperature

The 9200 operating and storage range is -29 to +121 °C.

Moisture and humidity

The standard sensor is dust and moisture resistant and is specified to 95% relative humidity, noncondensing. The integral-cable condition for 100% humidity does not apply to this B:02 no-cable model.

Mechanical limits

The transducer withstands 50 g peak shock along the non-sensitive axis and has a 2.54 mm peak-to-peak maximum dynamic displacement.

Compliance and approval distinction

The datasheet lists FCC, EMC and RoHS compliance. This exact suffix uses D:00, meaning no agency approval option; do not represent it as CSA or ATEX/IECEx approved.

FAQ

Q1. How do I verify that a quotation is for the exact model?

Require 9200-03-02-10-00 on the transducer label, quotation and packing evidence. Confirm 90° orientation, 4.5 Hz minimum frequency, side connector, circular M10x1 base and approval option 00.

Q2. How can New, Used and Refurbished condition be distinguished?

Request current close-up photographs of the anodized case, side connector, M10x1 stud, mounting base, gasket area and label. Look for mounting marks, connector oxidation, stud wear, impact damage or altered identification.

Q3. How can the supplier be checked for legitimacy and reliability?

Verify the legal company name, registration, address, bank-account beneficiary and traceable contact information. Require exact-model evidence and compare the suffix with Bently Nevada datasheet 141626 Rev. V.

Q4. Which specifications must an engineer confirm before purchase?

Confirm the 90° calibrated orientation, 4.5 to 1000 Hz response, 20 mV/mm/s sensitivity, 10 kΩ load, side-mount connector, cable requirement, M10x1 mounting interface and available installation surface.

Q5. What physical evidence should be requested before payment?

Ask for dated photographs or video showing the complete model label, undamaged side connector, M10x1 stud and circular base, case condition and dimensional evidence for the 102 mm by 41 mm typical body.

Q6. Can another 9200 suffix or a 74712 replace this model?

Not automatically. A different A suffix changes orientation or minimum frequency, B changes the connector or cable, C changes the base and D changes approvals. The 74712 also has a different temperature design.

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