BENTLY 135145-01 Sensor Cable Assemblies

Bently Nevada 135145-01 Overview

The Bently Nevada 135145-01 is a Proximitor® sensor cable assembly. Proximitor® sensors are eddy current (non-contact) sensors used to measure radial vibration, axial position, and speed of rotating machinery relative to its bearings or housing. The 135145-01 specifically refers to the cable assembly that connects the Proximitor® sensor to the monitoring instrument.

Product Detailed Description

• Function:

• Reliably transmits signals from the Proximitor® sensor to the monitoring instrument (e.g., Bently Nevada 3500 Monitoring System).

• Provides the necessary electrical connection and shielding to ensure signal integrity and immunity to interference.

• Features:

• Coaxial cable of a specific length, typically with pre-terminated connectors on both ends, one for the Proximitor® sensor and the other for the monitor.

• Designed to provide a reliable connection in industrial environments.

• May have specific shielding and jacket materials to suit different application needs and environmental conditions.

• Ensures electrical compatibility with Bently Nevada Proximitor® sensors.

Product Parameters

As the 135145-01 is a cable assembly, its parameters primarily relate to physical and electrical characteristics. Specific parameters may vary slightly depending on the production batch or customization. Always refer to the specific order specifications or product label:

• Cable Type:

• Coaxial cable.

• Length:

• Length is a critical parameter for this model. It is usually specified in meters or feet. The appropriate length should be selected based on the distance between the sensor and the monitor.

• Connector Type (Sensor End):

• Typically a specific connector type compatible with Bently Nevada Proximitor® sensors (e.g., SMB connector).

• Connector Type (Monitor End):

• Typically a specific connector type compatible with Bently Nevada monitoring systems (e.g., BNC connector).

• Impedance:

• Typically 50 ohms or 75 ohms, depending on the application and system requirements.

• Shielding:

• Provides effective shielding against electromagnetic interference (EMI) and radio frequency interference (RFI).

• Jacket Material:

• May be made of PVC, polyurethane, or other materials to provide abrasion resistance, oil resistance, or other environmental protection properties.

• Temperature Range:

• Specifies the temperature range within which the cable assembly can operate safely and reliably.

Product Advantages

• Reliable Signal Transmission:

• Specifically designed for Bently Nevada Proximitor® sensors, ensuring signal integrity and accuracy.

• Strong Interference Immunity:

• Proper shielding design effectively suppresses electromagnetic interference in industrial environments.

• Guaranteed Compatibility:

• Ensures electrical and mechanical compatibility with Bently Nevada Proximitor® sensors and monitoring instruments.

• Easy Installation:

• Typically comes with pre-terminated connectors for quick and easy installation.

• Durability:

• Designed for long-term reliable operation in industrial environments.

Precautions

• Select the Correct Length:

• Ensure the selected cable length is sufficient to connect the sensor and the monitor without excessive bending or stretching.

• Proper Connection:

• Carefully connect the connectors on both the sensor and monitor ends, ensuring a secure and reliable connection.

• Avoid Physical Damage:

• Avoid crushing, cutting, or excessive bending of the cable to prevent damage to the internal conductors or shielding.

• Environmental Conditions:

• Ensure the cable assembly is used within its specified temperature range and avoid exposure to incompatible chemicals or environments.

• Regular Inspection:

• Periodically inspect the cable assembly for any physical damage or loose connections.

Product Applications

The Bently Nevada 135145-01 cable assembly is primarily used to connect Proximitor® sensors in the following rotating machinery monitoring applications:

• Turbines and Generators:

• Shaft vibration monitoring, axial position monitoring.

• Compressors:

• Shaft vibration monitoring, axial position monitoring.

• Pumps:

• Shaft vibration monitoring.

• Motors:

• Shaft vibration monitoring.

• Gearboxes:

• Shaft vibration monitoring.

• Other Rotating Machinery:

• Various industrial equipment requiring non-contact vibration or position measurement.

Shipping Port: Xiamen, China