Датчик линейного перемещения от 75 до 1250 мм

JW-LWM(S02) | LWH Rod-Type Linear Position Sensor for Industrial Machinery

Он JW-LWM(S02) LWH Linear Displacement Sensor is a rod-type linear potentiometer designed for continuous position and stroke measurement in industrial machinery.

Featuring a conductive plastic resistive element, stainless steel measuring shaft, long bearing support, and multi-finger wiper structure, this sensor converts linear mechanical movement into a position-related electrical signal.

С возможностью выбора измерительного хода из 75mm to 1250mm, IP65 protection, and optional signal-conditioning modules, it is suitable for injection molding machines, die casting equipment, hydraulic presses, rubber processing machinery, and industrial automation systems.

JW-LWM(S02) | LWH Rod-Type Linear Position Sensor for Industrial Machinery

Он JW-LWM(S02) LWH Linear Displacement Sensor is a rod-type linear potentiometer designed for continuous position and stroke measurement in industrial machinery.

Featuring a conductive plastic resistive element, stainless steel measuring shaft, long bearing support, and multi-finger wiper structure, this sensor converts linear mechanical movement into a position-related electrical signal.

С возможностью выбора измерительного хода из 75mm to 1250mm, IP65 protection, and optional signal-conditioning modules, it is suitable for injection molding machines, die casting equipment, hydraulic presses, rubber processing machinery, and industrial automation systems.

1. Working Principle of the LWH Linear Displacement Sensor

The LWH linear position sensor operates using a conductive plastic potentiometer.

When the measuring rod moves, an internal sliding contact changes its position along the resistive element. This produces a proportional electrical response representing the rod’s position.

Rod Movement → Potentiometer Position Change → Electrical Output → PLC or Controller

Unlike incremental encoders, potentiometric sensors provide direct position-related feedback without requiring pulse counting.

The sensing element offers continuous analog resolution. Actual measurement performance depends on the sensor configuration, signal acquisition electronics, and installation conditions.

2. Технические характеристики

Note: Linearity, repeatability, and resolution describe different performance characteristics. Confirm specifications for the selected stroke and output version before ordering.

3. Electrical Outputs and PLC Integration

Potentiometric Resistance Output

The standard sensing principle provides position-dependent resistance or voltage-divider feedback. Listed resistance options include 5kΩ and 10kΩ.

A compatible signal acquisition circuit is required to interpret the sensor output.

Выходное напряжение

Optional signal-conditioning modules provide 0–5V or 0–10V output for controllers with matching analog voltage inputs.

4–20mA Current Output

A 4–20mA option is available for industrial current-input systems.

This configuration can be used to transmit stroke-position feedback to compatible PLCs or data acquisition equipment.

Typical integration:

Linear Position Sensor → Signal Conditioning → PLC / Controller → HMI

Output availability and electrical requirements depend on the ordered configuration. The sensor itself does not provide cloud connectivity.

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4. Промышленные применения

4.1 Injection Molding Machinery

Injection molding machines use position feedback for mechanical movements such as mold opening, clamping-unit travel, and ejector stroke.

The LWH sensor can monitor movement where its measuring rod can be mechanically connected to the moving component.

4.2 Die Casting Machines

Die casting equipment requires repeatable position measurement during machine operation.

The LWH rod-type sensor provides continuous movement feedback for compatible mechanical assemblies and machine control systems.

4.3 Hydraulic Press Position Measurement

Hydraulic presses use displacement feedback to monitor moving platens and mechanical stroke.

A rod-type linear displacement sensor can measure external mechanical movement when proper alignment and sufficient installation clearance are available.

For applications requiring a different measurement principle, explore the Magnetostrictive Displacement Sensor 50–20000mm.

4.4 Rubber and Industrial Processing Machinery

The LWH series can be considered for rubber processing, EVA production, woodworking machinery, and automated mechanical positioning equipment.

Its stainless steel measuring rod and supported bearing structure make it suitable for appropriately installed machine-mounted applications.

5. LWH Rod-Type vs Mini Linear and Draw Wire Sensors

Different industrial position sensors use different mechanical measuring arrangements.

Choose the LWH sensor when direct rod coupling and sufficient installation space are available.

For smaller equipment, consider the Миниатюрный линейный датчик перемещения 25–300 мм.

Where a rigid sensor cannot fit along the complete measurement stroke, consider the Датчик перемещения проволоки 0–1000 мм.

6. Инструкция по установке

Correct mechanical installation is essential for reliable position feedback.

Maintain rod alignment. The measurement rod should move along the intended sensing axis. Avoid excessive side loading and bending forces.

Secure the mounting points. Install the sensor body on a stable machine structure and connect the rod to the moving assembly using suitable hardware.

Check the complete stroke. Ensure the machine’s maximum movement does not exceed the sensor’s permissible measuring travel.

Protect electrical connections. Use the appropriate DIN43650 connector configuration and follow the supplied wiring instructions.

Verify signal scaling. Confirm the electrical output at known mechanical positions before commissioning the machine.

Inspect mechanical movement. Periodically check rod alignment, mounting stability, connector condition, and smooth travel.

7. How to Select the Right LWH Sensor

Перед оформлением заказа подтвердите:

1. Measurement stroke: Select a range that covers the complete machine travel.
2. Mechanical installation: Check available length, rod alignment, and mounting clearance.
3. Выходной сигнал: Choose 5kΩ, 10kΩ, 0–5V, 0–10V, or 4–20mA as applicable.
4. Linearity requirement: Confirm performance for the selected stroke.
5. Operating conditions: Consider movement speed, vibration, dust, and moisture.
6. Controller compatibility: Verify electrical connections and signal requirements.

The correct selection depends on both measurement performance and mechanical compatibility.

8. Запрос технических характеристик и коммерческого предложения.

Looking for an LWH linear displacement sensor 75–1250mm for industrial machinery or automation equipment?

JW-IoT can assist with measurement stroke selection, output configuration, and project integration requirements.

Please provide the required stroke, output type, installation environment, mechanical connection requirements, and purchase quantity.

Свяжитесь с JW-IoT for product specifications and quotation support.