New Product Release | E281 Eddy Current Displacement Sensor
Release Date:2026-01-15 Source: View count53
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Jianxing Technology E281 Eddy Current Displacement Sensor is a multi-channel eddy current displacement sensor that adopts an integrated design to save space. It has a large number of channels and can simultaneously collect multiple displacement signals. This product can detect the displacement of ferromagnetic and non ferromagnetic conductor target surfaces. The range, shape, material, and wire length of the sensor probe can be customized, and it can be widely used in semiconductor and precision manufacturing, as well as macro measurement and other fields.
Illustration: Physical photo of the controller
Image: Physical photo of the probe
What are the product advantages of Jianxing Technology? 1. There are many channels available Multiple probes synchronously transmit displacement signals of the target surface to the controller, and the digital output signals of 1-8 channel displacements can be observed and recorded simultaneously through the upper computer software.
Diagram: The upper computer software simultaneously records displacement signals from multiple channels
2. Has excellent temperature stability The sensor has a built-in temperature compensation module, which can significantly stabilize the sensor output even when the temperature of the environment in which the probe is located changes dramatically. 3. The probe has a low expansion coefficient and a large measurement range The structural design of the probe reduces the influence of thermal deformation of plastic and adhesive on the position of the coil plane, leaving only a small amount of estimable error based on the external dimensions. The design of the probe coil provides a larger measurement range, with a diameter of D corresponding to a measurement range of approximately 0.4D for the probe. performance parameters
Instructions for use Connect the probe to the corresponding channel of the controller, and obtain displacement information through analog or digital output ports. The analog output corresponds to the full-scale range of 0.5~9.5V, and the digital output can be viewed and saved with the upper computer software.
Diagram: Upper computer software data display area 01: Waveform display area: Different color curves correspond to data from different channels, with time on the x-axis and displacement on the y-axis. Drag the cursor to view displacement information at different times. In the paused state, the mouse can select an area for partial viewing. 02: Vertical coordinate scale: The vertical coordinate is divided into 10 equally spaced grids, displaying the size of each grid. It can be manually set to change the vertical coordinate range. 03: Displacement value box: displays the displacement values of each channel, and users can set absolute or relative values in the data adjustment area for display. What are the main application scenarios? The main scenarios include: detecting the dimensional accuracy of small parts, precise positioning of sample tables, and displacement measurement.
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Jianxing Technology E281 Eddy Current Displacement Sensor is a multi-channel eddy current displacement sensor that adopts an integrated design to save space. It has a large number of channels and can simultaneously collect multiple displacement signals. This product can detect the displacement of ferromagnetic and non ferromagnetic conductor target surfaces. The range, shape, material, and wire length of the sensor probe can be customized, and it can be widely used in semiconductor and precision manufacturing, as well as macro measurement and other fields.
Illustration: Physical photo of the controller
Image: Physical photo of the probe
What are the product advantages of Jianxing Technology? 1. There are many channels available Multiple probes synchronously transmit displacement signals of the target surface to the controller, and the digital output signals of 1-8 channel displacements can be observed and recorded simultaneously through the upper computer software.
Diagram: The upper computer software simultaneously records displacement signals from multiple channels
2. Has excellent temperature stability The sensor has a built-in temperature compensation module, which can significantly stabilize the sensor output even when the temperature of the environment in which the probe is located changes dramatically. 3. The probe has a low expansion coefficient and a large measurement range The structural design of the probe reduces the influence of thermal deformation of plastic and adhesive on the position of the coil plane, leaving only a small amount of estimable error based on the external dimensions. The design of the probe coil provides a larger measurement range, with a diameter of D corresponding to a measurement range of approximately 0.4D for the probe. performance parameters
Instructions for use Connect the probe to the corresponding channel of the controller, and obtain displacement information through analog or digital output ports. The analog output corresponds to the full-scale range of 0.5~9.5V, and the digital output can be viewed and saved with the upper computer software.
Diagram: Upper computer software data display area 01: Waveform display area: Different color curves correspond to data from different channels, with time on the x-axis and displacement on the y-axis. Drag the cursor to view displacement information at different times. In the paused state, the mouse can select an area for partial viewing. 02: Vertical coordinate scale: The vertical coordinate is divided into 10 equally spaced grids, displaying the size of each grid. It can be manually set to change the vertical coordinate range. 03: Displacement value box: displays the displacement values of each channel, and users can set absolute or relative values in the data adjustment area for display. What are the main application scenarios? The main scenarios include: detecting the dimensional accuracy of small parts, precise positioning of sample tables, and displacement measurement.
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