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Configured for signal transmission in machine protection systems, the Bently Nevada 16925-10 (16925 Interconnect Cable) provides direct physical execution for accelerometer output coupling.

Hardware Specifications

Parameter Specification
Model 16925-10
Brand Bently Nevada
Origin USA
Weight 0.2 kg
Dimensions 10 ft (3.0 m) length
Operating Temp -49 deg C to +177 deg C
Power Consumption N/A (Passive component)
Operating Voltage 600 V
Current Rating 10 A
Conductors 22 AWG (0.5 mm2) Copper
Shielding Braided EMI protection
Termination 3-socket plug, terminal lugs

Rotor Dynamics and Signal Integrity

The 16925-10 cable assembly is calibrated to support the stringent requirements of rotor dynamics monitoring. When interfacing with Bently Nevada proximity or acceleration transducers, maintaining the integrity of the -10 VDC gap voltage target is mandatory for accurate shaft displacement and vibration measurement. The inclusion of a braided shield serves to mitigate electromagnetic interference that can induce false frequency peaks. Engineers must ensure that signal loops do not exceed the design-calculated impedance, as parasitic capacitance within extended cable runs can dampen the high-frequency response required for comprehensive machine diagnostics.

Frequently Asked Questions

Q: Is this cable assembly suitable for continuous submersion in hydraulic fluid?

A: The FEP jacket provides chemical resistance; however, the termination points (3-socket plug) are not rated for fluid submersion. Ensure all connectors are installed in an ingress-protected junction box if exposed to aggressive fluids.

Q: Can the cable be trimmed to shorter lengths without affecting signal quality?

A: While physical shortening is possible, it is not recommended as it alters the specified cable impedance and may introduce termination inconsistencies. Use the exact factory-supplied length to maintain system-wide frequency response consistency.

Field Installation Guidelines

  1. Route the cable through dedicated instrumentation conduit, ensuring a minimum distance of 30 cm from high-power AC lines to prevent induction.
  2. Verify that the 3-socket plug is seated firmly until the locking mechanism engages to ensure a low-resistance connection.
  3. Terminate the lug ends in a clean, dry terminal block environment to prevent galvanic corrosion or insulation resistance degradation over time.
  4. Ensure the cable is secured with strain-relief clamps every 1.5 m to prevent mechanical tension on the sensor connector during thermal expansion or vibration events.

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