Two-socket sensor end
The moisture-resistant female connector presents two sockets for the sensor circuit. Its keyed connector body establishes the sensor-side connection without exposing individual conductors.
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Copy| Product Name | Bently Nevada 84661-96 Standard Armored Interconnect Cable |
| Item NO. | 2931714 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | BENTLY NEVADA |
| Brand | Bently Nevada |
| Creation Time | 2026-11-11 |
Bently Nevada 84661-96 is a 96 ft standard armored interconnect cable with two shielded 22 AWG conductors. A moisture-resistant two-socket female connector at one end mates with the sensor-side connection, while terminal lugs at the other end provide the monitor-side termination.
The 96 ft suffix of Bently Nevada 84661-96 identifies the assembled cable length and represents the maximum standard length in this cable family. The two conductors carry the sensor circuit between the connector and terminal lugs, and the overall shield provides a defined screen around that signal path.
Stainless-steel armor forms the outer mechanical layer of Bently Nevada 84661-96 without changing the internal conductor and shield arrangement. Connector, conductors, shield, terminal lugs and armor are supplied as one completed interconnect assembly rather than as separate field components.
| Specification | 84661-96 |
|---|---|
| Brand | Bently Nevada |
| Product Name | Standard Armored Interconnect Cable |
| Country | Not specified |
| Length | 96 ft |
| Published length range | 3–96 ft |
| Conductors | 2 × 22 AWG |
| Shield | Overall shield |
| Armor | Stainless-steel armor |
| Sensor end | Moisture-resistant two-socket female connector |
| Monitor end | Terminal lugs |
| Application | Velomitor interconnect |
| Selection warning | Not a three-conductor accelerometer cable |
The two ends of Bently Nevada 84661-96 convert a sensor-side plug connection into individual monitor-side terminal connections across a 96 ft shielded path.
The moisture-resistant female connector presents two sockets for the sensor circuit. Its keyed connector body establishes the sensor-side connection without exposing individual conductors.
At the opposite end, the two conductors and shield terminate as labeled lugs. These lugs provide the discrete connection points used at the monitor or signal-conditioning terminal block.
The 96 ft cable, connector, lugs and armor are one part-numbered assembly. The length suffix describes the finished path between its two termination styles.
The shield and stainless-steel armor of Bently Nevada 84661-96 protect different aspects of the cable while continuity and insulation checks reveal different fault types.
The overall shield surrounds the two conductors and provides the cable screen. Its termination remains separate from the two signal conductors at the lug end.
Stainless-steel armor protects the cable against external mechanical contact and supports the long run. It does not replace the internal electrical shield or change the two-conductor circuit.
End-to-end continuity distinguishes an open conductor from an intact path, while insulation testing checks separation between conductors, shield and armor. The two tests address different failure modes in the same assembly.
Measure or confirm the labeled assembled length and ensure the suffix has not been shortened to the base cable number. This boundary applies to Bently Nevada 84661-96.
On Bently Nevada 84661-96, the conductor count, connector and destination circuit differ from the two-conductor velocity-sensor assembly.
Bently Nevada 84661-96 requires this check: Crushed coils, sharp kinks, pulled fittings or exposed shield should be investigated before continuity testing.
For Bently Nevada 84661-96, keep sockets clean and dry, inspect the seal and mate without twisting the cable body.
The correct approach for Bently Nevada 84661-96: Trace conductors end-to-end and verify each lug against the channel drawing before energizing.
With Bently Nevada 84661-96, verify continuity, insulation, shield termination, separation from power wiring and a stable signal baseline before closing the tray.
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