Linear position and displacement sensor | 14–350 mm | up to 36V DC | analog output | for measuring the stroke of cylinders, sliders and mechanisms
Code: ES-PME14-350This is a magnetoresistive linear position and displacement sensor designed for precise measurement of stroke, position, or linear displacement of moving mechanisms. The sensor features an analog output, a cable connection, ±0.1% linearity, up to 36V DC supply voltage, an aluminum housing, and a high protection class. Due to its compact design and bracket-type mounting, it is suitable for industrial equipment, automation, hydraulics, pneumatic mechanisms, and positioning systems.-
Linear Position Sensor – Analog Displacement Measurement, IP68, up to 36V DC, 14–350 mm
This is a magnetoresistive linear position and displacement sensor designed for the precise measurement of stroke, position, or linear displacement of moving mechanisms. The sensor features an analog output, cable connection, ±0.1% linearity, up to 36V DC supply voltage, an aluminum housing, and a high protection rating. Due to its compact design and bracket-type mounting, it is suitable for industrial equipment, automation, hydraulics, pneumatic mechanisms, and positioning systems.
Key concept:
This sensor is designed for precise linear displacement or position measurement where an analog signal, compact mounting, good environmental resistance, and stable operation in industrial systems are required. The PME14 series is particularly relevant for automated equipment where it is essential to monitor the position of a cylinder, guide, slide, or other moving assembly.Measurement type
Magnetoresistive displacementOutput
AnalogAccuracy
Linearity ±0.1%Protection
IP68 / IP65Operating Principle
A magnetoresistive displacement sensor measures the position of a moving part based on changes in the magnetic field. As the mechanism moves, the sensor's measuring element detects the change in position and converts it into an analog electrical signal, which can be read by a controller, PLC, measurement module, or other automation system.
The PME14 series sensor is installed using a bracket and connected via cable. It is suitable for applications where it is necessary not only to detect the end position but also to obtain a proportional signal regarding the actual displacement across the entire measurement range. This allows for more precise control of mechanism stroke, position monitoring, and optimization of equipment performance.
What are the benefits of a magnetoresistive displacement sensor?
It allows for the measurement of not just an "on/off" state, but the actual linear position. This is crucial in automation systems where it is necessary to control cylinder stroke, slider position, valve opening, mechanical assembly movement, or other precise displacement parameters.Technical Parameters
Manufacturer / Brand MIRAN Model / Manufacturer Code PME14 Product type Magnetoresistive linear position / displacement sensor Measurement principle Magnetoresistive displacement measurement Application Linear displacement and position measurement Output signal Analog Connection interface Cable Supply voltage ≤36V DC Maximum operating voltage 36V Linearity ±0.1% Resistance tolerance ±10% Pointer / slider resistance ≤0.5N Maximum acceleration ≤10 m/s² Displacement speed ≤5 m/s Displacement sensitivity (hysteresis-free) 0.05–0.1 mm Number of operating cycles Up to 100,000,000 times Measurement stroke 14–350 mm Mounting type Bracket mounting Housing material Aluminum Protection rating (IP) IP68 Protection class IP65 Operating temperature -40°C ... +120°C Storage temperature -50°C ... +150°C Applications
- Industrial automation – for monitoring the stroke of mechanisms, slides, guides, and moving assemblies.
- Hydraulic and pneumatic systems – for cylinder stroke or actuator position control.
- Equipment control – when an analog signal regarding real-time position is required, rather than just an end-position signal.
- Measurement and testing rigs – for displacement measurement, repetitive motion control, and test processes.
- Packaging, manufacturing, and assembly lines – for monitoring and controlling the position of moving assemblies.
Practical installation example
For example, the sensor can be mounted on a pneumatic or hydraulic cylinder, slider, or linear mechanism. As the mechanism moves, the sensor transmits an analog signal to the controller, which can be used to determine the exact position, stroke, or movement limits.
Such a solution is suitable for equipment where a simple end-position switch is insufficient, as it is necessary to see intermediate positions, control processes based on actual displacement, or perform precise measurement logging.
User-specific applications
For automation specialists: A suitable solution when an analog position signal is required for a PLC controller, equipment control system, or data acquisition module. It can be used for positioning moving assemblies and stroke control.
For engineers / designers: Relevant when designing linear motion systems, where it is necessary to evaluate the measurement range, output signal, supply voltage, IP protection, temperature limits, and mechanical mounting.
For maintenance specialists: Can be used as a replacement or additional displacement sensor in industrial equipment where reliable position measurement, high operating cycle count, and environmental resistance are important.
Pros
- Magnetoresistive measurement principle – suitable for linear displacement and position measurement.
- Analog output – convenient for use with PLCs, controllers, and measurement systems.
- ±0.1% linearity – good accuracy for industrial position measurement.
- High number of operating cycles – up to 100,000,000 times.
- IP68 protection rating – excellent resistance to environmental impacts.
- Wide temperature range – operation from -40°C to +120°C.
- Aluminum housing – robust solution suitable for industry.
- Bracket mounting – easy to adapt to different mechanisms.
- 14–350 mm variants – can be selected based on the required measurement stroke.
Cons / limitations
- Precise stroke selection required – must match the specific mechanism's displacement.
- Analog signal must be compatible with the controller – essential to check the output variant.
- Mechanical alignment is critical – improper alignment can degrade measurement accuracy.
- Verify actual IP rating based on specific version – both IP68 and IP65 are mentioned; check individual specs.
- Not suitable as a simple end-position switch if the control system only requires an ON/OFF contact.
Safety and installation notes
The displacement sensor must be installed and connected according to the manufacturer's instructions. Before installation, it is necessary to evaluate the supply voltage, output signal type, mechanical mounting, displacement range, and environmental conditions.
- Do not exceed 36V DC supply voltage, unless otherwise specified in the specific model's documentation.
- Ensure mechanical alignment during installation so that the sensor is not loaded by lateral forces.
- Do not exceed the maximum allowed displacement speed – specified at up to 5 m/s.
- Evaluate operating temperature – the sensor is rated for -40°C to +120°C.
- Electrical connection must be performed by a qualified specialist, especially when connecting the sensor to a PLC, measurement module, or industrial automation system.
Quick selection guide
Suitable when a compact magnetoresistive sensor for linear displacement measurement is needed and the control system requires an analog signal. This sensor is ideal for industrial equipment, hydraulic and pneumatic systems, sliders, positioning mechanisms, and test rigs.
Series
PME14Output
AnalogMeasurement stroke
14–350 mmSupply
≤36V DCSuitable when you need to:- measure linear displacement or position;
- obtain an analog signal for a PLC or controller;
- monitor cylinder, slider, or mechanism stroke;
- use the sensor in an industrial environment;
- select a compact 14–350 mm range position sensor.
Check before ordering:- which stroke is required – 14 mm, 25 mm, 50 mm, or another variant;
- whether the controller input is compatible with the sensor's analog signal;
- whether environmental conditions comply with IP65 / IP68 and temperature limits;
- whether proper mechanical alignment can be ensured at the mounting location.
Important reminder:
Before ordering, it is essential to clarify the specific PME14 version: measurement stroke, output signal type, cable length, connection diagram, and the actual IP protection rating according to manufacturer documentation. Different variants may have different connections and output signals.FAQ – Frequently Asked Questions
What is this sensor for?
It is designed for measuring linear displacement and position in industrial equipment, automation systems, hydraulic, pneumatic, or mechanical assemblies.What signal does this sensor transmit?
According to the provided information, the sensor has an analog output. Before ordering, verify which variant is required – A1, A2, V1, or V2.What is the sensor's supply voltage?
The supply voltage is specified up to 36V DC. The maximum operating voltage is also rated at 36V.Is the sensor resistant to moisture and dust?
An IP68 protection rating and IP65 protection class are provided. As both values are mentioned, it is worth checking the specific model's documentation before ordering.Can this sensor be used instead of an end-position switch?
It can be used for position monitoring, but it is not a simple ON/OFF end-position switch. This sensor is for analog displacement measurement, so the control system must be able to accept an analog signal.Precise Magnetoresistive Sensor for Linear Position and Displacement Measurement
A magnetoresistive displacement sensor is a practical solution in industrial automation when it is necessary to precisely measure the position, stroke, or linear displacement of a moving mechanism and transmit an analog signal to a controller.
With ±0.1% linearity, up to 36V DC supply, IP68 / IP65 protection, aluminum housing, and wide temperature limits, this sensor is suitable for various automation, hydraulics, pneumatics, positioning, and measurement projects.
Illustrative image may have been created using AI. The appearance of the product may differ slightly from the image shown. Please refer to the technical specification.This product is marked with the CE label, which confirms that it complies with all applicable European Union directives and regulations. CE marking is not just a formality – it is an important indicator of quality and safety, ensuring that the product has been properly assessed, tested, and can be safely used throughout the EU market.
CE certification means that the product has been evaluated according to the main criteria:
Safety requirements – ensures that the product does not pose a risk to the user or the environment
Electromagnetic compatibility (EMC) – the device does not interfere with other equipment and is resistant to external disturbances
Environmental standards – complies with current ecological and material usage requirements
Operational reliability – the product is suitable for long-term use according to its intended purposeCE marking allows this product to:
be legally supplied and used in all European Union countries
ensure a high level of quality and safety
be used in residential, commercial, and industrial environmentsThe CE mark is a declaration of the manufacturer’s responsibility, confirming that the product complies with all applicable standards and has been assessed according to EU legislation.
What does this mean for you as a buyer?
Safe use in everyday activities
Reliable performance and reduced risk of failure
Compliance with EU standards and requirements
Suitability for professional solutions
Love it? Share your thoughts in a review!Write Review












