Miniature Linear Displacement Sensor, 10~300mm

SKU: SUCH-DPLS-KTM

$93.64

● Measuring range 10~300mm ● Repeatability accuracy 0.01mm ● Maximum allowable operating voltage 24VDC ● Maximum operating speed 10m/s

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Overview
Specs
Application
FAQ
Reviews

Overview

Miniature linear displacement sensor has a measuring range of 10~300 mm. It operates on a potentiometer principle, outputting a stable DC voltage signal. The maximum allowable operating voltage is 24V DC, and the maximum operating speed is 10 m/s. SUCH displacement sensor has a compact structure and can be equipped with an external transmitter module to convert the signal into 0-5V, 0-10V, 4-20mA analog signals or RS485 digital signals, facilitating connection with various control systems. It is particularly suitable for applications with limited installation space, such as aircraft steering, ship steering, shoe machinery (upper and lower upper machines), injection molding machine ejector pin control, printing machinery, and paper packaging machinery.

Feature

Compact structure and miniaturized design make it suitable for applications with limited installation space.
Stable and reliable measurement, potentiometer-based output, providing a continuous and smooth signal.
Wide range of applications, meeting the needs of aviation, marine, and various industrial automation applications.

Dimension (Unit: mm)

Miniature displacement sensor dimension

Wiring Diagram

Miniature displacement sensor wiring

Specs

Measuring Range	10~25mm	50~300mm
Linearity Accuracy	0.10%
Resistance (±10%)	1KΩ	5KΩ
Repeatability Accuracy	0.01mm
Mechanical Stroke	Measuring range +3mm
Resolution	Infinite uninterrupted resolution
Maximum Allowable Operating Voltage	24V DC
Recommended Operating Current	≤10mA
Output Signal	0~100% given input operating voltage (varies with displacement)
Maximum Operating Speed	10m/s
Operating Temperature Range	-60℃~150℃
Lifespan	＞10010⁶ cycles (or ＞2510⁶m)
Temperature Drift Coefficient	＜1.5PPM/℃
Shock Coefficient	IEC68-2-29: 1968 50g
Vibration Coefficient	IEC68-2-6: 1982 20g

Application

Ship Steering

Printing Machinery

Shoes Making Machine

FAQ

Q1: How to correctly select the range of a linear displacement sensor? ❯

When selecting a model, a certain margin should be reserved based on the actual stroke. It is recommended to choose a slightly larger range. Linear displacement sensors should be installed with the allowance evenly distributed across both ends of the stroke. Adjust to the appropriate position before tightening the mounting bracket to prevent mechanical jamming and ensure measurement stability.

Q2: What precautions should be taken when wiring a linear displacement sensor? ❯

The sensor must be wired correctly strictly according to the wiring instructions. Incorrect wiring may lead to abnormal sensor performance or even permanent damage.

Q3: What are the effects of poor alignment during the installation of a linear displacement sensor? ❯

During installation, a universal joint or hinged joint should be used, and proper alignment adjustments should be made. If both alignment and tilt deviations are large, it will significantly affect measurement stability and shorten the sensor's lifespan.

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Miniature Linear Displacement Sensor, 10~300mm

Feature

Dimension (Unit: mm)

Wiring Diagram

Ship Steering

Printing Machinery

Shoes Making Machine

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