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Home>BENTLY NEVADA>Bently Nevada 200151-40-03-02 | Accelerometer Interface Standard Cable
Bently Nevada 200151-40-03-02 | Accelerometer Interface Standard Cable

Bently Nevada 200151-40-03-02 | Accelerometer Interface Standard Cable Item NO.: 2929828

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Product Name Bently Nevada 200151-40-03-02 | Accelerometer Interface Standard Cable
Item NO. 2929828
Weight 0.1 kg = 0.2205 lb = 3.5274 oz
Category BENTLY NEVADA
Brand Bently Nevada
Creation Time 2026-11-04

Bently Nevada 200151-40-03-02 Accelerometer Interface Standard Cable
Bently Nevada200150 Accelerometer Interface System

Bently Nevada 200151-40-03-02 | Accelerometer Interface Standard Cable

Record01

Product Introduction

Bently Nevada 200151-40-03-02 is a standard accelerometer interface cable with connectors on both ends. It carries the powered accelerometer signal between the sensor and monitoring connection while preserving the connector and shielding arrangement required by the interface system.

Code 40 gives 200151-40-03-02 a 4.0 m cable length. Armor option 03 adds mechanical protection over the blue cable, and coupling-nut option 02 selects nylon coupling nuts at the connected ends.

The cable should be treated as signal-path hardware, not ordinary field wire. Connector engagement, armor termination, bend radius and total route length affect noise immunity and mechanical reliability even though the cable does not perform the vibration measurement itself.

Bently Nevada accelerometer and interface-cable connection drawing
Data02

Technical Information

Technical item Specification
Brand Bently Nevada
Model 200151-40-03-02
Product Name Accelerometer interface standard cable, connectors on both ends
Country United States
Cable Length 4.0 m
Cable Color Blue
Armor Option Armored
Coupling Nut Nylon coupling nut
Connector Arrangement Connector on both ends
System Role Accelerometer-to-interface signal path
Minimum Bend Radius 63.5 mm
Cable Temperature Range −20 to +100 °C family range
Maximum Published Route Length 25 m family limit
Signal Type Powered accelerometer signal
Installation Control Keep shield, armor and connector engagement intact
Maintenance Check Inspect bends, armor damage, connector threads and strain relief
Focus03

Key Features

Four-metre reach

The selected 200151 cable combines route length, armor and two terminated ends in one serviceable assembly. The guidance below explains how the complete 200151-40-03-02 record is applied in the installed assembly rather than repeating isolated catalogue values.

Four-metre reach

The 4.0 m length provides a defined sensor-to-interface route without field-splicing the accelerometer lead. This feature keeps the installed 200151-40-03-02 arrangement identifiable during service.

Armored construction

The armor adds mechanical protection but still requires a 63.5 mm minimum bend radius. Its value is realized only when the related mounting and signal path for 200151-40-03-02 are preserved.

Nylon coupling nuts

The selected nuts secure both terminated ends while keeping the exact connector arrangement identifiable. Record how the feature is used so later inspection does not reinterpret 200151-40-03-02.

Focus04

Installation Highlights

Plan the route first

Cable performance depends on routing discipline rather than on repeating the accelerometer sensitivity specification. The guidance below explains how the complete 200151-40-03-02 record is applied in the installed assembly rather than repeating isolated catalogue values.

Path 01

Plan the route first

Measure the required path and reserve service loops without exceeding bend-radius or total-length limits. Before closure, record the final position and hardware state for 200151-40-03-02.

Identify the exact 200151-40-03-02 interface before work begins.
Trace the connected mechanical or electrical path.
Record the verified condition before commissioning.
Path 02

Separate noisy wiring

Keep the accelerometer cable away from high-current conductors and switching devices where practical. After the mechanical work, verify cable freedom and the measurement gap for 200151-40-03-02.

Keep the 200151-40-03-02 channel and component references together.
Confirm the next device or machine boundary in the path.
Test the completed connection under its intended condition.
Path 03

Inspect both ends

Seat each connector, confirm coupling-nut engagement and support the cable so vibration is not carried into the termination. Finish with an inspection record that ties the mounted assembly back to 200151-40-03-02.

Preserve the complete 200151-40-03-02 identifier in the work record.
Separate mounting, wiring and signal checks during diagnosis.
Hand over the final result with the installed configuration.
Help05

Frequently Asked Questions

Q1

What does the 4.0 m length control on 200151-40-03-02?

The complete 200151-40-03-02 record defines a four-metre accelerometer cable between the selected terminations. Verify the cabinet route before ordering so excess length is not forced into tight coils.

Q2

Why is bend radius important for 200151-40-03-02?

Keep 200151-40-03-02 at or above the documented 63.5 mm minimum bend radius. Tighter routing can damage the armored construction or stress the terminated ends.

Q3

How should the two nylon coupling nuts on 200151-40-03-02 be checked?

Seat both terminated ends of 200151-40-03-02, hand-engage the coupling nuts correctly and support the cable so vibration is not transferred into either connector.

Q4

Where should 200151-40-03-02 be routed in a cabinet or machine train?

Keep 200151-40-03-02 away from high-current switching conductors where practical, protect it from abrasion and preserve service access at both ends. Document the route with the sensor channel.

Q5

Can 200151-40-03-02 be shortened or field-spliced?

Do not assume so. 200151-40-03-02 is a terminated cable assembly whose length and connectors belong to the documented measurement path. Use an approved complete record rather than altering the cable.

Q6

What information should accompany an order for 200151-40-03-02?

Provide 200151-40-03-02, quantity, connected accelerometer/interface, required route and environmental limits. Photographs of both mating connectors help confirm the termination arrangement.

Moore06

Brand Supply Scope

Moore Automation Brand Supply Scope

Moore Automation

https://www.mvme.cn

Brand supply scope spans established PLC, DCS, drive, vibration-monitoring and instrumentation product families. Each enquiry remains centred on the exact requested reference rather than a generic family name.

Control systemsPLC and distributed-control records.
Machine monitoringSensors, probes and monitor references.
Drive hardwareDrive, motor and interface records.
InstrumentationMeasurement and signal-conditioning families.
Catalogue07

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Contact08

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