Bently Nevada 102045-080-00-05 Extension Cable

The Bently Nevada 102045-080-00-05 Extension Cable is a high-performance accessory designed to extend the connection between sensors and monitoring systems within industrial machinery. This extension cable ensures accurate signal transmission while maintaining the integrity of the data collected by Bently Nevada sensors, particularly in vibration monitoring and condition monitoring applications. Engineered with precision, the cable minimizes signal loss and protects against electromagnetic interference, which is critical in demanding industrial environments.

The cable is manufactured with premium materials to withstand challenging operational conditions, including exposure to oils, coolants, and other industrial fluids. Its robust construction ensures long-term reliability, reducing maintenance needs and enhancing system uptime.

Product Specifications

Applications

The 102045-080-00-05 Extension Cable is primarily used in critical industrial applications where reliable sensor signal transmission is essential. Typical applications include:

• Rotating Equipment Monitoring: Extending sensor connections for turbines, compressors, pumps, and motors.

• Vibration Analysis Systems: Ensures precise data transmission from proximity probes to monitoring equipment.

• Process Safety Systems: Integration with condition monitoring networks in chemical, petrochemical, and power plants.

• Remote Sensor Installation: Facilitates sensor placement in locations difficult to access without compromising signal integrity.

• Retrofit Projects: Allows existing sensor installations to adapt to new monitoring hardware without complete rewiring.

Advantages

• High Signal Integrity: Shielding reduces electromagnetic interference, preserving accurate sensor readings.

• Industrial Durability: Resistant to oils, chemicals, and temperature extremes.

• Flexible Installation: Cable flexibility simplifies routing in complex machinery layouts.

• Reliable Connections: Precision connectors ensure secure, low-resistance interfaces with sensors.

• Maintenance Reduction: High-quality materials minimize wear, reducing replacement frequency.

• System Compatibility: Fully compatible with Bently Nevada 3300 series sensors and related monitoring modules.

FAQ

1. What types of sensors can this extension cable support?

   It supports Bently Nevada 3300 Series eddy current proximity probes and other analog output sensors.

2. How does the cable maintain signal integrity over distance?

   Multi-layer shielding and high-quality conductors minimize signal attenuation and electromagnetic interference, ensuring accurate signal transmission.

3. Is the cable suitable for high-vibration environments?

   Yes, the cable is engineered to withstand mechanical vibration without causing signal degradation or connector damage.

4. Can it handle extreme temperatures?

   Yes, it is rated for an operational temperature range from -40°C to +125°C, suitable for most industrial environments.

5. How is electromagnetic interference minimized?

   The cable uses braided metal shielding combined with insulated conductors to block external EMI sources and prevent signal distortion.

6. Is it compatible with differential or single-ended signals?

   It is designed primarily for single-ended analog eddy current signals, commonly used with Bently Nevada proximity sensors.

7. Can the cable be used in oil and chemical environments?

   Yes, the outer insulation is resistant to oils, coolants, and common industrial chemicals, ensuring long-term durability.

8. Are the connectors keyed to prevent misalignment?

   Yes, the circular connectors are keyed and shielded to guarantee correct orientation and a secure connection.

9. Is grounding required for optimal performance?

   Proper grounding is recommended to maintain signal integrity, particularly in environments with high electromagnetic interference.

10. Can multiple extension cables be connected in series?

    Yes, but cumulative signal attenuation and potential EMI effects should be evaluated for long connections to ensure measurement accuracy.