Linear Displacement Sensor, Rod Type, 50mm/75mm to 1250mm

SKU: SUCH-DPLS-KTC
$92.65
● Measuring range 50~1250mm ● Repeated accuracy 0.01mm ● Maximum operating speed 10m/s ● Output signal DC 0-5V/0-10V/4-20mA
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🚚 Free shipping
🕒 Delivery date: 6-12 days
🔁 30-day Returns
Overview

Rod type linear displacement sensor operates on the potentiometer principle, converting mechanical displacement into a stable DC voltage signal output. With a measurement range of 50~1250 mm, it is suitable for displacement measurement and position control in various automated mechanical equipment, such as injection molding machines, die-casting machines, rubber machines, EVA injection machines, blow molding machines, woodworking and hydraulic machinery, etc. SUCH linear displacement sensor has a repeatability accuracy of 0.01 mm, a maximum operating speed of 10 m/s, and stable and reliable performance.

Feature

  • High-precision measurement with a repeatability of up to 0.01 mm, fast response, and good stability.
  • Robust and durable housing structure, no temperature drift, and long lifespan.
  • Wide measuring range, strong applicability, supports high-speed operation, and is widely used in various automated equipment.

Dimension (Unit: mm)

Linear displacement sensor dimension

Specs
Size 33*33mm
Weight 160-1100g
Measuring range * 50-550mm 600-1000mm 1100-1250mm
Effective stroke 50-550mm 600-1000mm 1100-1250mm
Resistance 5.0kΩ 10.0kΩ 20.0kΩ
Linearity ±0.05%FS
Repeated accuracy 0.01mm
Maximum operating speed 10m/s
Operating current ≤2mA
Operating voltage DC 5V DC 10V DC 24V
Output signal * DC 0-5V DC 0-10V DC 0-5V, 0-10V, 4-20mA (optional)
Operating temperature -40℃~+135℃
Protection class IP67
Service life 50,000,000 times
Application
Injection molding machine

Injection Molding Machine

Woodworking machine

Woodworking Machine

Hydraulic equipment

Hydraulic Equipment

FAQ

Common linear displacement sensors often use potentiometer, magnetostrictive, or photoelectric principles to convert mechanical displacement into voltage, current, or digital signal output for position measurement and feedback control.

The measuring range should be slightly larger than the actual measuring stroke, generally recommended to allow for a 10%–20% margin to avoid the sensor operating at its extreme positions for extended periods, which could affect its lifespan and accuracy.

Common installation methods include rod mounting, slider mounting, and flange mounting. During installation, ensure the sensor is coaxial with the direction of motion to avoid lateral and torsional forces.

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