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Bently Nevada 84661-08 Interconnect Cables

Bently Nevada 84661-08 Interconnect Cables

Item NO.: 84661-08

Warranty: 1 year 


Condition : brand new in factory sealed box


Email: sales@mvme.cn


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Detail

  • Product NameBently Nevada 84661-08 Interconnect Cables
  • Item NO.84661-08
  • Weight1.0000 kg = 2.2046 lb = 35.2740 oz
  • CategoryTSI
  • BrandBently Nevada
  • Creation Time2025-03-12
SEISMOPROBE CABLE | 8 FT | ARMORED SHIELDED PAIR

Bently Nevada 84661-08 Interconnect Cables

An eight-foot armored, shielded two-conductor cable for connecting 9200 or 74712 Seismoprobe transducers to monitoring instruments.

BrandBently Nevada
Model84661-08
Product TypeArmored Seismoprobe Interconnect Cable
01

Product Overview

84661-08 is the eight-foot execution of the Bently Nevada 84661 armored interconnection-cable family. It connects compatible 9200 and 74712 Seismoprobe velocity transducers to monitors or vibration data collectors.

The cable uses a two-socket moisture-resistant female connector at the sensor end and terminal lugs at the instrument end. Stainless-steel armor adds mechanical protection, but the electrical termination, shield practice and transducer connector must still match the installed channel.

02

Performance

  • Carries the two-wire velocity-transducer signal to a monitor or diagnostic instrument.
  • Provides a shielded twisted pair to reduce interference pickup on the measurement circuit.
  • Adds external armor for routes exposed to mechanical damage.
  • Uses a moisture-resistant sensor connector for compatible 9200 and 74712 transducers.
  • Terminates in lugs for instrument-panel or monitor connections rather than a second sensor connector.
03

Technical Details

Manufacturer Bently Nevada, a Baker Hughes business
Model 84661-08
Product Family 84661-NN interconnection cables
Length Code 08 = 8 ft (approximately 2.4 m)
Conductors 2-conductor twisted pair
Wire Size 22 AWG (0.5 mm²)
Shielding Shielded
Mechanical Protection Armored cable
Sensor-End Connector 2-socket moisture-resistant female connector
Instrument End Terminal lugs
Intended Instruments Monitors or vibration data collectors
Cable Operating Temperature -50 °C to +120 °C
Available Family Range 3 ft minimum to 99 ft maximum
Compatible Sensor Families 9200 and 74712 Seismoprobe velocity transducers
04

System Integration

  • Confirm the Seismoprobe connector and monitor termination drawing before removing the installed cable.
  • Document shield grounding and avoid creating a second ground path during replacement.
  • Support the armor independently at entries so its weight does not load the sensor connector.
  • Keep the cable away from hot surfaces beyond its temperature rating and from high-noise power conductors.
  • After installation, verify polarity, continuity, baseline amplitude and phase with the machine in a known condition.
05

Applications

  • Permanent wiring from a 9200 or 74712 sensor to a vibration monitor.
  • Protected field routes where an armored cable is required.
  • Connection to portable or diagnostic equipment that accepts the terminal-lug interface through the intended wiring arrangement.
06

FAQ

Can 84661-08 be replaced by an unarmored 9571 cable?

Only after reviewing mechanical protection, routing and installation requirements; the connector and conductors may serve a similar interface, but the armor is a deliberate difference.

Does 84661-08 connect directly to a BNC instrument?

Its instrument end uses terminal lugs. A cable family with the documented coaxial/BNC-style termination should be selected when that interface is required.

What should be checked before reconnecting the shield on 84661-08?

Follow the channel wiring drawing and confirm the intended single grounding point so the replacement does not introduce a ground loop.

How should the armor of 84661-08 be terminated mechanically?

Use appropriate cable-entry support and strain relief while keeping connector loads and bend radius within the installation practice.

What test distinguishes an 84661-08 problem from a sensor problem?

Inspect connector condition and cable continuity, compare with a known-good channel where permitted, then verify sensor output and instrument input without changing multiple components at once.

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