Bently Nevada 200150-14-CN general-purpose accelerometer

Parameter
Model: 200150-14-CN general-purpose accelerometer   
Mounting Stud Option: 3/8-24 to 3/8-24 UNF, 3/4 inch hex stud
Approvals: Multiple Approvals (CSA, ATEX, and IECEx)
Measurement Range: ±245 (±25)
Frequency Range in Hz(cpm): 10 to 1000 (600 to 60,000)
Settling Time (ms): ≤300
Housing and connector material: 316L stainless steel

Description

The Bently Nevada 200150-14-CN is a Velomitor CT Velocity Transducer designed to measure the absolute vibration of rotating machinery. Mounted directly on the machine casing or bearing housing, the transducer converts mechanical vibration into an electrical velocity signal for continuous condition monitoring and machinery protection applications. The sensor uses an integrated velocity sensing element to detect casing vibration over a specified frequency range. It is intended for applications where housing vibration provides a reliable indication of machine operating condition. The transducer delivers stable vibration signals to compatible Bently Nevada monitoring equipment for trend analysis, alarm generation, and equipment protection.

Frequently asked questions

Q:Can the 200150-14-CN be used for continuous monitoring?
A:Yes. The sensor is intended for permanent installation in machinery monitoring systems that continuously measure equipment vibration during operation..

Q:Where should the 200150-14-CN be installed?
A:The sensor should be mounted on a rigid machine casing or bearing housing where vibration is effectively transmitted from the rotating components. Proper mounting is important for reliable measurements.

Q:Does the sensor contact any moving parts?

A:No. The accelerometer is mounted on the machine casing or bearing housing and measures vibration without contacting rotating components.

Application areas

• Fans and Blowers–Measures structural vibration on fan and blower housings to support routine condition monitoring and maintenance activities.
• Gearboxes–Installed on gearbox housings to monitor vibration generated by rotating components and gear-related mechanical conditions.
• Oil and Gas Facilities–Applied on compressors, pumps, motors, and auxiliary rotating equipment where continuous vibration monitoring is required for operational reliability.
• Petrochemical Plants–Used on rotating process equipment to provide vibration signals for machinery monitoring and predictive maintenance systems.
  

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