Bently Nevada 9571-32 Standard Interconnect Cable

Description

The Bently Nevada 9571-32 is a rugged, industrial-grade standard interconnect cable designed for high-reliability signal transmission within machinery condition monitoring systems. Engineered to link machinery sensors or transmitters directly to asset protection monitors and processing racks, this cable ensures the uncompromised delivery of critical vibration, position, and speed raw waveforms. The model 9571-32 utilizes a premium 22 AWG 2-conductor twisted, shielded pair architecture wrapped in a durable insulation layer to safeguard data integrity against aggressive electromagnetic interference (EMI) and radio frequency interference (RFI) common in plant environments.

The assembly features a factory-terminated, moisture-resistant 2-socket female connector block at one end to interface securely with field transducers, and standard bare wire terminal lugs at the opposing end for streamlined connection inside local monitor racks or termination blocks. The -32 suffix denotes a specific physical length of exactly 32 feet (approximately 9.7 meters). This cable is fully rated for continuous industrial operation across wide temperature variations, delivering stable signal dynamics for critical rotating assets without contributing data loss or capacitive distortion.

Features

• High-integrity 2-conductor twisted, shielded pair configuration to block high-frequency electromagnetic noise.
• Factory-installed 2-socket moisture-resistant female connector providing tight environment sealing at the transducer end.
• Pre-installed terminal ring lugs at the monitor end for quick, reliable terminal strip mounting.
• Rugged 22 AWG high-conductivity copper core layout maximizing signal path transmission efficiency.
• Flexible, orientation-agnostic construction allowing easy pathing through tightly packed wire tracks and conduits.

Applications

• Connecting casing vibration velocity sensors or accelerometers to remote monitor frames.
• Interfacing field-mounted vibration transmitters directly with host control system analog cards.
• Routing dynamic diagnostic transducer lines through local junction cabinets to centralized monitoring panels.

Ordering Information

Technical Specifications

Connections/Interfaces

Installation Guidelines

• Conduit Route Planning: Pull the cable assembly through dedicated low-voltage instrument conduits. Ensure it is path-isolated from high-current motor supply wires to minimize capacitive noise coupling.
• Transducer End Threading: Align the 2-socket female connector pins accurately with the sensor output pins. Tighten the connector sleeve to establish a compressed, moisture-resistant environmental seal.
• Bend Radius Compliance: Maintain a physical path layout radius greater than 2.28 in. (57.9 mm) at all enclosure entry joints to prevent structural core strain or shielding separation.
• Shield Drain Grounding: Terminate the instrument shield drain wire only at one designated common ground reference point (typically inside the monitor rack terminal block) to avoid generating problematic ground loops.