Bently 21747-085-00 series Proximity 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:21747-085-00
product description
The Bentley GE 21747-085-00 7200 series Proximity probe is a non-contact displacement
sensor designed to measure vibration and position changes of objects. Its working principle is to
use the principle of electromagnetic induction, by measuring the relative position change between
the probe and the object to be measured, the change of mechanical quantity is converted into an
electrical signal output.
When using the Bentley GE 21747-085-00 7200 series to approach the probe, the following
points need to be noted:
Installation position: Select the appropriate installation position to ensure that the probe can correctly
sense the vibration or position change of the object under test. It is usually necessary to select a stable,
interference-free location for installation.
Adjust parameters: According to actual needs, adjust the parameters of the probe, such as sensitivity,
frequency, etc. These parameters can be set by pressing buttons on the probe or by connecting to a
computer.
Connection line: Confirm that the connection line between the probe and the data collector is correct to
ensure the stability of data transmission.
Regular maintenance: Clean and maintain the probe regularly to avoid dust, oil and other impurities
affecting the measurement accuracy.
Calibration: Before use or after a period of use, the probe needs to be calibrated to ensure the accuracy
of the measurement results.
In summary, the Bentley GE 21747-085-00 7200 series proximity probe is a reliable measuring tool
that can be used to monitor vibration and position changes in mechanical equipment. In the process of use,
it is necessary to pay attention to installation, adjustment, maintenance and calibration problems to ensure
the accuracy of measurement results.