Bently 330900-50-00 NSv inductive proximity vibration sensor probe
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Warranty: 365 days
Quality: Original module
Condition: New / Used
Warehouse: Spot
Delivery time: Shipped in 3 days after payment
Mail: 3598571032@qq.com
Phone/Wechat/Whatsapp:+86 15339539190
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Details
Product details
Origin:USA
Brand:bently
Product ID:330900-50-00
product description
NSv inductive proximity vibration sensor probe
Bentley's inductive proximity vibration sensor probe is a device for measuring mechanical
vibration and displacement. It is commonly used in industrial process control and machine
monitoring to detect whether a machine is operating properly and to alarm or trigger downtime
in case of failure.
Inductive proximity vibration sensor probes work on the principle of electromagnetic induction
to detect mechanical vibration. When the machine vibrates, the induction coil inside the probe is
affected by changes in the magnetic field, resulting in induced electromotive force. The magnitude
of this induced electromotive force is related to the amplitude and frequency of mechanical vibration,
so the amplitude and frequency of mechanical vibration can be measured indirectly by measuring this
induced electromotive force.
Bentley's inductive proximity vibration sensor probes have the advantages of high sensitivity, high
resolution and fast response. It usually has multiple output signal options, and different output signals
can be selected according to different application scenarios. In addition, the probe also has the
characteristics of easy installation and maintenance, high reliability, wear resistance, etc., so it is widely
used in various industrial fields.
It should be noted that when using Bentley's inductive proximity vibration sensor probe, it is necessary
to select the appropriate probe type, installation location and installation method according to the specific
measurement needs. At the same time, in order to ensure the accuracy and reliability of the measurement
results, the probe needs to be calibrated and maintained regularly.