Bently Nevada 190065A-00-00-02-00-0 – Factory‑Terminated Transducer/Signal Cable for 3300/3500 Monitoring

Brand / Model Bently Nevada 190065A-00-00-02-00-0
HS Code 8544.42 (Electrical conductors, fitted with connectors, ≤1000 V)
Power Requirements None (passive cable assembly)
Operating Temperature -20 to +80 °C (typical for panel/interconnect cabling)
Dimensions & Weight Length and connector style per option code; flexible, shielded multi‑conductor construction
Signal Input/Output Types Low‑level transducer leads for proximity, seismic/velocity, or speed/Keyphasor signals; braided/drain shield continuity
Communication Interfaces Not applicable (physical cable; no active electronics)
Installation Method Route in wire duct/tray; provide strain relief at endpoints; bond shield per site EMC standard
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Description

Bently Nevada 190065A-00-00-02-00-0 – Factory‑Terminated Transducer/Signal Cable for 3300/3500 Monitoring

The Bently Nevada 190065A-00-00-02-00-0 is a factory‑terminated, shielded cable assembly for connecting proximity probes, seismic/velocity sensors, or Keyphasor pickups to Bently Nevada rack inputs or Proximitor drivers. From my experience, plants choose this option‑coded series because it’s predictable: the pinout is defined by the OEM, shielding is consistent, and installation is faster than building leads on site. You might notice that using an OEM‑coded cable often lowers noise and helps loops pass validation on the first try.

Bently Nevada 190065A-00-00-02-00-0 cable assembly

Company’s Order Placement Process and Guarantees

  • Warranty period: 365 days
  • Delivery time: 1 week for in-stock; no more than 1 month at the latest
  • Payment method: 50% advance payment; full payment for delivery
  • Express delivery methods: FedEx, UPS, DHL

Key Features

  • OEM‑defined pinout – Built to match Bently Nevada transducers and rack modules, which typically means fewer wiring ambiguities.
  • Shielded, low‑noise construction – Helps protect low‑level signals in mixed‑energy cabinets and long runs.
  • Option‑coded build – Part code defines connector style and length so the cable fits the job without guesswork.
  • Panel‑grade flexibility – Routes neatly in wire duct; locking hardware or ferruled ends make service straightforward.
  • Traceability – Clear labels and serial information support loop documentation and audits.

Technical Specifications

Specs reflect common characteristics for Bently Nevada transducer/Proximitor cable assemblies in this series. Share your transducer model and mating module part number and we’ll verify the exact option build before shipment.

Brand / Model Bently Nevada 190065A-00-00-02-00-0
HS Code 8544.42 (Electrical conductors, fitted with connectors, ≤1000 V)
Power Requirements None (passive cable assembly)
Operating Temperature -20 to +80 °C (typical for panel/interconnect cabling)
Dimensions & Weight Length and connector style per option code; flexible, shielded multi‑conductor construction
Signal Input/Output Types Low‑level transducer leads for proximity, seismic/velocity, or speed/Keyphasor signals; braided/drain shield continuity
Communication Interfaces Not applicable (physical cable; no active electronics)
Installation Method Route in wire duct/tray; provide strain relief at endpoints; bond shield per site EMC standard

Application Fields

  • 3300/3500 proximity probe loops on compressors, turbines, and large motors
  • Seismic or velocity sensor connections on pumps, fans, and balance‑of‑plant assets
  • Keyphasor and speed pickup wiring to monitoring racks and tach inputs
  • Retrofits where OEM‑matched cables help maintain signal quality and labeling discipline

Advantages & Value

  • Reliability – Factory terminations typically reduce intermittent faults seen with hand‑crimped leads.
  • Compatibility – Option‑coded pinout aligns with Bently Nevada transducers and inputs, in many cases truly plug‑and‑play.
  • Time savings – Faster changeouts during outages and more predictable loop checks.
  • Procurement assurance – Traceable labeling and a 365‑day warranty support critical spares strategy.

Installation & Maintenance

  • Routing – Keep separation from high‑EMI sources (VFD outputs, contactor bundles); respect minimum bend radius.
  • Shielding – Maintain shield/drain continuity; bond at the designated end to avoid loops.
  • Strain relief – Use clamps or glands near both terminations; verify any locking features are fully engaged.
  • Identification – Preserve factory ID labels; it speeds up loop checks and later troubleshooting.
  • Periodic checks – Inspect jacket and connectors during PMs; clean ducts and re‑torque clamp points if needed.

Quality & Certifications

  • CE and RoHS compliant materials (typical for Bently Nevada cable assemblies)
  • UL AWM‑style panel wiring ratings are commonly applied (model‑dependent)
  • Manufacturer’s warranty: 12 months from shipment

What technicians report: “Drop‑in fit with our 3500 probe loop; noise floor improved after replacement.” Share your transducer model, mating module part number, and required length, and we’ll confirm the 190065A‑00‑00‑02‑00‑0 build so it ships ready for your maintenance window.

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