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The clamping stroke sensor significantly enhances machine tool clamping position monitoring. The sensor, which is a part of the release mechanism, measures the clamping stroke of the drawbar that the target ring is glued to directly.
The sensor’s extremely compact design makes it possible to incorporate it into a variety of tools while still providing continuous monitoring and high precision.
When changing the tool, there is no need to make any changes.The sensor, which is a part of the release mechanism, measures the clamping stroke of the drawbar that the target ring is glued to directly.
The sensor’s extremely compact design makes it possible to incorporate it into a variety of tools while still providing continuous monitoring and high precision. When changing the tool, there is no need to make any changes.
The Global clamping stroke sensor market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
Analog LVP sensors from Micro-Epsilon are used in machine tools to monitor the clamping position. The cylindrical sensor, which is built into the release mechanism, monitors the drawbar’s clamping stroke directly.
A ring that is affixed to the drawbar serves as the sensor’s target. Due to its incredibly small size, the LVP sensor can be utilised with a wide range of different tools.
When clamping the tool, the sensor outputs an analogue signal in accordance with the drawbar’s stroke action. Consequently, it is not necessary to manually establish the switching point in order to do continuous monitoring.
The Micro-Epsilon LVP-25-Z20 and LDR-14-Z20 sensors are used to track the clamping position in machine machines.
The drawbar clamping stroke of the target ring is directly measured by these inductive sensors, which are included within the release device.
These sensors offer excellent precision and continuous monitoring and are utilised in a variety of equipment due to their incredibly compact size.
When replacing the tool, no adjustments are required. Power clamp and gripper applications that require end-of-stroke sensing work best with Bulletin 871D WorldClamp Sensors.
Two coils on each sensor determine whether the clamp or gripper is open or closed. The number of components needed for these applications is decreased by the use of two sensors.
It has shielded construction, superior status indicator visibility, weld field immunity, short circuit, overload, transient noise, false pulse, and reverse polarity protection, as well as 4-wire DC and 5-wire AC/DC micro fast disconnect types.
