The Bently Nevada 18622-010-01 Cable Extension is a precision-engineered accessory designed for use with Bently Nevada proximity and vibration monitoring systems. This cable extension facilitates the reliable connection between sensors, transducers, and monitoring equipment, ensuring accurate signal transmission in industrial environments.

Manufactured to meet rigorous industry standards, the 18622-010-01 is compatible with a wide range of Bently Nevada sensors and transducers, maintaining signal integrity over extended distances. With robust construction, excellent shielding, and flexible design, this cable extension is ideal for high-vibration, high-temperature, and electrically noisy environments commonly found in power plants, turbines, compressors, and rotating machinery systems.

The cable’s length of 10 feet allows flexibility in installation, while its high-quality connectors ensure secure mating with sensors and instrumentation. Designed for engineers and maintenance personnel, this cable extension simplifies system expansion, reduces installation errors, and supports reliable long-term operation.

Product Specifications

Product Applications

The Bently Nevada 18622-010-01 Cable Extension is used across a variety of industrial and critical applications:

• Extending proximity probe or vibration sensor signals to monitoring and control systems

• Connecting transducers to data acquisition units in turbine, compressor, and generator systems

• Facilitating retrofits or expansions of existing Bently Nevada vibration monitoring setups

• Integration with condition monitoring systems in petrochemical plants and refineries

• Signal transmission in harsh environments with electrical noise or mechanical vibration

• Temporary or permanent installation where sensor relocation or extended cabling is required

Product Advantages

• High Signal Integrity: Maintains precise sensor readings over extended distances without loss or interference.

• Robust Construction: Shielded cable with durable insulation ensures resistance to mechanical stress and industrial contaminants.

• Flexible Installation: 10-foot length provides versatility in equipment layouts.

• Compatibility: Fully compatible with Bently Nevada vibration and proximity sensors and monitoring systems.

• Environmental Resistance: Performs reliably in high-vibration, high-temperature, and chemically harsh environments.

• Ease of Installation: Secure connectors simplify mating and reduce installation errors.

• Long-Term Reliability: Designed for sustained industrial operation with minimal maintenance.

Frequently Asked Questions (FAQ)

1. What sensors are compatible with the 18622-010-01 cable extension?

   It is compatible with all standard Bently Nevada proximity probes, vibration sensors, and related transducers.

2. Can the cable be routed near high-voltage equipment?

   Yes, it features shielding to resist EMI/RFI, but proper routing and grounding practices should be followed.

3. Is the cable extension suitable for high-temperature environments?

   Yes, it operates reliably up to 125°C and can withstand short-term exposure to 150°C.

4. Does the cable maintain signal integrity over its entire length?

   Yes, the low capacitance and resistance design ensure accurate measurements over the 10-foot length.

5. Can the cable be used in outdoor environments?

   Yes, it is resistant to moisture, oils, and chemicals, though additional protection may be recommended for extreme weather exposure.

6. Are there connectors on both ends of the cable?

   Yes, pre-terminated connectors ensure proper mating with Bently Nevada sensors and instrumentation.

7. Is the cable flexible for routing in tight spaces?

   Yes, it is designed to be flexible without compromising signal integrity.

8. What voltage rating does the cable support?

   The cable supports up to 300 V DC.

9. Can the cable be used with Bently Nevada retrofit systems?

   Yes, it is ideal for extending or rerouting signals in retrofit or upgraded systems.

10. Does the cable provide EMI/RFI protection?

    Yes, braided and foil shielding provides robust protection against electromagnetic and radio-frequency interference.