Bently Nevada 86691-01780-1300-15 vibration probe

Description

The Bently Nevada 86691-01780-1300-15 is a vibration probe designed for machinery condition monitoring applications. It is used to collect vibration information from rotating equipment and provide measurement data for monitoring machine operating conditions. The probe is installed at the designated measurement point of the machine and works with compatible monitoring equipment to observe vibration changes during operation. The collected vibration signal helps maintenance personnel evaluate equipment condition, track operating trends, and identify changes that may require further inspection. 

Parameter

Model: 86691-01780-1300-15 vibration probe  
Frequency Response: 0 Hz (DC) to 10 kHz
Operating Temperature: -40°C to +177°C (-40°F to +350°F)
Operating Voltage: -24VDC
Standard Gap Voltage: -10 VDC
Hazardous Area Approvals: ATEX, IECEx, CSA

Frequently asked questions

Q:What types of machinery can use the 86691-01780-1300-15?
A:The probe can be applied to various rotating machines, including power generation equipment, process machinery, and other critical industrial assets requiring vibration monitoring.

Q:What are the environmental limits and fluid submerge restrictions for the Bently Nevada 86691-01780-1300-15 probe tip?
A:The Bently Nevada 86691-01780-1300-15 is rated for continuous exposure to industrial lubricants and can be completely submerged in oil under temperatures up to +177°C. However, it should not be exposed to highly concentrated acids or corrosive gases that attack the PPS (Polyphenylene Sulfide) tip material.

Q:Can this probe be used for continuous machinery monitoring?
A:Yes. It is intended for applications where continuous vibration observation is required to support machinery reliability and maintenance activities.

Application areas

• Oil & Gas Refining: Implemented across complex processing units to monitor high-stakes downstream machinery where component degradation can disrupt refinery output.
• Power Generation Plants: Installed within thermal, gas turbine, and hydroelectric power generation blocks to manage the stability of large turbo-machinery grids.
• Petrochemical & Gas Processing: Deployed in continuous chemical processing loops and midstream gas distribution networks requiring robust field instrumentation
• High-Speed Turbomachinery: Mounted alongside high-capacity utility generators, steam turbine units, and structural rotating trains.

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