Potentiometric Linear Displacement Sensor, 12.5mm/25mm/100mm

SKU: SUCH-DPLS-KSD

$116.39

● Measuring range 12.5~100 mm ● Repeatability 0.01 mm ● Maximum operating speed 5 m/s ● Operating temperature range -60℃~+150℃

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🕒 Delivery date: 6-12 days

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Overview
Specs
Application
FAQ
Reviews

Overview

Potentiometric linear displacement sensor can directly measure linear displacement and length, converting mechanical displacement into a continuous and stable DC voltage output signal. The measurement range covers 12.5~100 mm, with a repeatability of 0.01 mm and a maximum operating speed of 5 m/s. SUCH potentiometric displacement sensor can work reliably in a temperature environment of -60 ℃~150 ℃ and is suitable for applications such as position detection and displacement feedback.

Feature

Long service life, suitable for long-term stable operation.
Engineering-grade guide rail design for smooth, quiet, and noise-free output.
Excellent linearity with stable and reliable measurement performance.
Supports high operating speeds with fast response.
High repeatability, ideal for high-precision measurement applications.

Potentiometric displacement sensor feature

Dimension (Unit: mm)

Potentiometric displacement sensor 12.5mm dimension

Potentiometric displacement sensor 50mm dimension

Potentiometric displacement sensor 100mm dimension

Specs

Measuring Range	12.5mm~25mm	50mm	100mm
Linearity (±%FS)	±0.1%, ±0.25%
Resistance Tolerance ±10%	2KΩ	5KΩ	5KΩ
Mechanical Stroke	Stroke +3mm
Resolution	Infinite uninterrupted resolution
Repeatability	0.01mm
Maximum Operating Speed	5m/s
Operating Temperature Range	-60℃~150℃
Temperature Coefficient	≤1.5ppm/℃
Normal Brush Current	≤10μA
Output Type	0~100% given input operating voltage (varies with displacement)
Sensitivity	1
Temperature Drift	Infinitely small

Application

Medical Equipment

Textile Machinery

Ship Steering System

FAQ

Q1: What are the common causes of fluctuations or jumps in measurements of a linear displacement sensor? ❯

Common causes of measurement fluctuations or jumps in a linear displacement sensor include unstable supply voltage, insufficient power capacity, electrostatic or high-frequency interference, poor alignment during installation, damaged cables, and sensor aging.

Q2: What are the power supply requirements for a linear displacement sensor? ❯

The supply voltage for a linear displacement sensor must remain stable. For industrial applications, a stability of ±0.1% or better is recommended. The power source must also have sufficient capacity to avoid voltage fluctuations caused by load changes (e.g., solenoid valve operation), which may lead to abnormal measurement readings.

Q3: What are the consequences of incorrect wiring of a linear displacement sensor? ❯

If the power and signal wires of a linear displacement sensor are connected incorrectly, it may result in reduced measurement accuracy or signal fluctuations. In severe cases, the sensor can be damaged instantly. Wiring must strictly follow the product labeling.

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Potentiometric Linear Displacement Sensor, 12.5mm/25mm/100mm

Feature

Dimension (Unit: mm)

Medical Equipment

Textile Machinery

Ship Steering System

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