| Functional Overview | |
| • Precision Vibration Measurement | This capability allows it to monitor a broad spectrum of machinery, including motors, turbines, gearboxes, pumps, and compressors. |
| • Broad Frequency Response | This extensive frequency range enables it to detect a broad spectrum of vibration frequencies. |
| • Standard Output Signal |
The 16925-15 outputs a 4-20 mA current signal, which is a standard and widely accepted format in industrial settings. |
| • Environmental Resilience | Designed to operate effectively in harsh industrial environments, the sensor has a wide temperature range from -40°C to 85°C. |
| • Easy Installation and Integration | This direct mounting ensures accurate alignment and effective measurement of vibrations. |
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FAQ
1.Q:Do you think this Bently Nevada is new?
A:Yes,they are new and original.
2.Q:Could provide technology support?
A:Were in this field more than 12 years with a professional technical team to serve our customers.
3.Q:Do you have any other products?
A:Of course, we have Siemens,Emerson,Schneider and so on.
The Bently Nevada 16925-15 vibration sensor is an advanced, high-precision instrument designed to
monitor and assess the condition of critical machinery in a variety of industrial environments.
As part of Bently Nevada's renowned suite of vibration measurement equipment, the 16925-15 offers robust
performance and reliability, making it a crucial component for ensuring machinery health and optimizing operational
efficiency.This sensor excels in measuring vibration amplitudes with a capability of up to 10 g. Such a broad measurement
range allows it to handle a diverse array of machinery, from high-speed turbines and large motors to pumps, compressors,
and gearboxes. The ability to accurately monitor both low and high vibration levels ensures comprehensive coverage of
equipment performance, enabling operators to detect potential issues early and address them before they escalate into more
serious problems.One of the key features of the Bently Nevada 16925-15 is its output signal, which is a standard 4-20 mA current.
This output format is widely used in industrial settings, facilitating easy integration with existing monitoring and control systems.
The 4-20 mA signal ensures that real-time vibration data is continuously available for analysis, enabling operators
to monitor machinery conditions effectively and make informed decisions based on accurate data.
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