Overview
Manuals
Cable Construction
Route Planning
Loop Verification
Features:
- Exact 130539-12 ordered cable length: 12 ft (3.7 m approximate).
- Three shielded 18 AWG conductors with a booted three-socket accelerometer plug.
- Terminal-lug monitor end for documented 330400 and 330425 measurement loops.
The 130539-12 is the 12 ft (3.7 m) execution of Bently Nevada 130539 interconnect cable for 330400 and 330425 accelerometers. It contains three shielded 18 AWG conductors, a three-socket plug and fluorosilicone elastomer boot at the accelerometer end, and terminal lugs at the monitor end.
The official ordering range for this construction is 2 ft (0.6 m) through 99 ft (30 m), ordered in 1 ft increments. Before replacement, match the complete part number and installed route, inspect plug contacts, boot condition, shield continuity and terminal-lug identification, then verify accelerometer excitation, output bias and signal quality at the receiving monitor.
The 130539-12 Bently Nevada 130539 Booted Accelerometer Interconnect Cable may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
Bently Nevada 130539-12 documentation and reference links.
Important Notice: The official 141638 Rev. AB datasheet defines the 330425 accelerometer and 130539 cable ordering family. Confirm the complete part number, supplied marking, receiving hardware and required accessories before replacement.
Use the 130539 construction only for documented three-wire 330400/330425 accelerometer loops. It provides three shielded 18 AWG conductors, a booted three-socket sensor plug and terminal lugs at the monitor end.
The ordered length is 12 ft (3.7 m approximate). Confirm the installed route, bend protection, separation from interference sources and available service loop without shortening or extending the documented assembly in the field.
Before energizing the channel, verify conductor and shield continuity, plug keying, terminal-lug identity, isolation where permitted, accelerometer excitation and output bias. Close commissioning with a stable noise floor and representative vibration waveform.
