Product Overview

The 16710-50 armored interconnect cable from Bently Nevada provides highly reliable signal transmission between vibration monitoring components operating in severe industrial environments. Engineered for machinery protection systems and turbine supervisory instrumentation applications, this cable actively maintains stable low-noise signal integrity across rotating equipment installations exposed to vibration shock, oil contamination, electromagnetic interference, and high ambient temperatures.

Industrial facilities deploy this armored cable extensively in steam turbines, gas compressors, generators, pumps, and critical process machinery where uninterrupted communication between probes, Proximitor sensors, and monitoring racks directly impacts equipment safety and operational continuity. The reinforced armored construction protects the internal conductors against mechanical abrasion, conduit damage, and harsh environmental stress commonly found in oil & gas, petrochemical, LNG, offshore, and power generation facilities.

Its rugged shielding architecture minimizes electromagnetic interference while supporting long-distance signal stability for continuous machinery diagnostics, predictive maintenance infrastructures, emergency shutdown systems, and integrated DCS monitoring environments.

Cable Construction Details

The 16710-50 configuration identifies a heavy-duty armored interconnect cable designed specifically for industrial machinery monitoring systems requiring reinforced mechanical protection and stable signal continuity.

The cable incorporates industrial shielding layers and external armor protection to maintain stable signal performance in demanding turbine and compressor installations.

Mechanical & Electrical Specifications

Industrial Installation Recommendations

Engineers should route the armored cable separately from high-voltage power conductors and inverter-driven motor outputs to minimize induced electrical noise and preserve signal accuracy across machinery monitoring networks.

Maintain smooth cable routing with controlled bending radius during installation to protect the armored shielding structure and prevent unnecessary mechanical stress at connector transition points. Excessive cable tension may reduce long-term shielding effectiveness under continuous vibration conditions.

For turbine and compressor installations operating in hazardous industrial zones, technicians should verify proper grounding continuity and ensure all conduit fittings comply with local explosion-proof instrumentation standards.

The cable performs best when installed with properly shielded vibration monitoring components and approved Bently Nevada machinery protection hardware to maintain calibrated signal transmission stability.

Operational Reliability Benefits

The 16710-50 armored interconnect cable withstands severe industrial operating conditions involving high vibration, thermal expansion cycles, oil mist exposure, corrosive atmospheres, and continuous mechanical movement. Its armored outer structure actively protects internal conductors against crushing forces, abrasion damage, and accidental impact during plant maintenance activities.

Industrial operators integrate this cable extensively into turbine supervisory instrumentation systems, machinery health monitoring infrastructures, and distributed protection networks connected to Bently Nevada 3300 and 3500 monitoring platforms.

The reinforced shielding architecture suppresses electromagnetic interference generated by switchgear systems, variable-frequency drives, and heavy industrial motors, allowing vibration monitoring equipment to maintain accurate waveform transmission and stable diagnostic performance.

Its durable industrial construction supports long-term deployment in offshore platforms, refinery compressor stations, power generation facilities, LNG terminals, and petrochemical process environments where equipment reliability remains critical.

Ordering Info

(1) Shipment includes one new 16710-50 armored interconnect cable assembly

(2) Factory-sealed anti-static industrial packaging included

(3) Connector protection caps and industrial cable wrapping provided during shipment

(4) Additional cable lengths and compatible vibration monitoring accessories available upon request

Export Shipping Support

Delivery time is typically 3-5 days when payment finish. Products ship through DHL, FedEx, or UPS industrial logistics services using reinforced anti-static export packaging designed for sensitive industrial monitoring components.

Each cable assembly undergoes visual inspection, shielding continuity verification, connector integrity testing, and protective sealing treatment before dispatch. Specialized export-grade cushioning materials minimize transportation-related mechanical stress and electrostatic exposure during international shipment operations.

Technical Support FAQ

Q1: What is the primary purpose of the armored cable structure?
A1: The armored structure protects internal conductors against abrasion, vibration damage, crushing forces, and harsh industrial environmental exposure.

Q2: Can this cable operate in high-vibration turbine environments?
A2: Yes. The cable uses reinforced industrial construction specifically designed for continuous vibration monitoring applications in turbines, compressors, and rotating machinery systems.

Q3: Why is electromagnetic shielding important for machinery monitoring systems?
A3: Proper shielding suppresses electrical noise generated by motors, switchgear systems, and variable-frequency drives, preserving stable vibration signal transmission.

Q4: Is the 16710-50 cable compatible with Bently Nevada 3500 systems?
A4: Yes. The cable integrates with compatible Bently Nevada machinery monitoring and protection platforms including 3300 and 3500 series systems.

Q5: What does the “50” suffix indicate in the model number?
A5: The “50” identifies the 50-foot cable length configuration used for extended industrial signal routing applications.

Q6: Which industries commonly use this interconnect cable?
A6: Oil & gas, LNG, petrochemical, offshore, marine, mining, and power generation facilities widely deploy this cable for machinery protection and turbine supervisory instrumentation systems.