Bently Nevada 200151-60-03-10 Standard Cable For Accelerometer Interface

Applications

The Bently Nevada 200151-60-03-10 is a standard cable intended for accelerometer interface applications in industrial machinery monitoring systems. It provides the physical connection between compatible vibration sensors and monitoring equipment, allowing vibration measurement signals to be transmitted through the designated system wiring.

Accelerometer interface cables are important in installations where machine casing vibration is monitored for condition assessment and maintenance planning.

Typical application areas include:

• Industrial motors: Connecting compatible accelerometers used to monitor motor housing vibration.

• Pumps and compressors: Supporting vibration measurement connections in rotating equipment monitoring arrangements.

• Fans and blowers: Providing a cable connection for machinery casing vibration sensors.

• Power generation equipment: Supporting accelerometer installations used in equipment condition monitoring.

• Process industries: Connecting vibration sensors within plant-level machinery monitoring systems.

The cable should be selected according to the accelerometer interface, connector arrangement, and receiving monitoring equipment.

Connection Reliability and Practical Benefits

A suitable interface cable is essential for maintaining the signal path between a vibration sensor and its monitoring system. The 200151-60-03-10 supports this connection in compatible Bently Nevada installations.

• Dedicated interface application: Intended for accelerometer connection arrangements rather than general-purpose electrical wiring.

• 6-meter cable length: Provides a defined cable length for installations requiring this connection distance.

• Signal transmission support: Carries the sensor signal through the compatible monitoring circuit.

• Installation flexibility: Supports sensor placement where the monitoring equipment is located away from the measurement point.

• Replacement convenience: Can be considered when an existing compatible cable requires replacement due to wear or damage.

• System compatibility: Helps maintain the intended connection arrangement when matched with the correct accelerometer and monitoring hardware.

Technical FAQs

Q1: What is the purpose of the Bently Nevada 200151-60-03-10?

It is a standard cable for accelerometer interface applications. Its primary role is to connect compatible vibration measurement equipment and provide the required signal path.

Q2: What type of sensor is an accelerometer?

An accelerometer measures acceleration, including vibration-related acceleration in industrial machinery. Its output can be used by compatible monitoring equipment to assess machine vibration behavior.

Q3: Can this cable be used with any industrial accelerometer?

No. Connector type, wiring arrangement, electrical characteristics, and sensor requirements must match. Compatibility should be confirmed using the complete part number and the relevant equipment documentation.

Q4: Does the cable itself measure vibration?

No. The cable is a connection accessory. Vibration measurement is performed by the accelerometer, while the cable carries the associated signal to compatible monitoring equipment.

Q5: What should be checked before connecting the cable?

Verify the cable part number, connector condition, sensor interface, receiving equipment, and wiring requirements. Ensure that the connection is made according to the manufacturer's installation instructions.

Q6: Can cable damage affect vibration readings?

Yes. Damaged insulation, loose connectors, broken conductors, or poor connections may cause unstable signals, intermittent readings, or loss of measurement data.

Q7: How can an intermittent accelerometer signal be investigated?

Inspect the cable along its full length, check both connector interfaces, and look for signs of mechanical damage or electrical interference. If possible, test with a verified compatible cable to help isolate the fault.

Q8: Is cable routing important in vibration monitoring installations?

Yes. Avoid routing sensor cables alongside high-power conductors where possible, and follow the specified separation, grounding, shielding, and bend-radius requirements for the installation.

Q9: Can a longer cable be substituted for this model?

A different cable length should not be selected without checking the sensor and monitoring system requirements. Cable characteristics and total connection length can influence signal transmission in some measurement arrangements.

Q10: When should the cable be replaced?

Replacement should be considered when inspection identifies damaged insulation, corroded connectors, loose connections, conductor faults, or recurring signal interruptions that have been traced to the cable.