Configured for secure analog signal transmission in high-interference environments, the Bently Nevada 16710-08 (16710 Armored Interconnect Cable) provides direct physical/electrical execution. This heavy-duty assembly routes dynamic transducer signals from proximity sensors or velocity transducers over fixed distances to terminal strips located inside localized field junction boxes or machinery protection racks.

Hardware Specifications

Machinery Monitoring and Signal Integrity

The 16710-08 interconnect link incorporates multi-tier metallic wrapping designed to support precise eddy-current probe scaling configurations without adding drift to the transmission circuit. When conducting shaft measurements on critical hardware elements, maintaining stable impedance paths is mandatory to execute gap voltage validation (-10 VDC targets) within tolerances. The combination of full foil and braided shielding limits electromagnetic field penetration from adjacent heavy industrial machinery, ensuring that transient frequencies do not interfere with cross-talk suppression pathways or distort raw rotor dynamics data transmitted to the monitoring backplane.

Technical Clarifications

Q: Does the 8-foot fixed length modify the total system calibration curve of a Proximitor sensor?

A: No, this assembly serves as an uncalibrated interconnect cable running from a Proximitor terminal panel or sensor block to the monitoring system. It must not be substituted for a tuned 5.0-meter or 9.0-meter extension cable running directly between the proximity probe and the driver module.

Q: How is the shield layer handled at the terminal lug termination side?

A: The outer shield must be connected to the dedicated instrument ground rail inside the destination enclosure box. To prevent common-mode ground loop noise from corrupting dynamic data channels, the shield wire must remain floating and isolated at the machine interface end.

Q: Can the stainless steel armor tolerate direct submersion in synthetic lube oils?

A: The outer metallic armor resists degradation from industrial hydrocarbons and moisture splashing. However, because the interior layers contain PVC insulation material, the end terminations and socket joints must be enclosed inside sealed housings to avoid oil-tracking shorts.

Field Installation Guidelines

Maintain a minimum bending radius of 75 mm across all layout sweeps to prevent crushing or pinching the 22 AWG internal conductors against the steel armor. Run the assembly inside separate, dedicated low-voltage instrument cable trays away from high-power three-phase motor lines to minimize induction spikes. When tightening the terminal lugs at the terminal strip interface, ensure a torque specification of 0.5 to 0.6 N-m is used to establish gas-tight electrical contact.

Procurement Package Content

• 1 x Bently Nevada 16710-08 Armored Cable Assembly

• 1 x Pre-installed Terminal Lug Terminations

• 1 x Factory Component Packing List

Logistics and Packaging Data

Delivery time: 2-7 days when payment finish, routed via expedited global transport systems including DHL/FEDEX/UPS. The cable is wound and shipped inside anti-static industrial packaging sheets with specialized connector end-caps to shield the gold-plated 3-socket pins from physical impact or structural contamination during transit.