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  • Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag
  • Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag
  • Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag
  • Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag
  • Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag
Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag

Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag

$200.00-$300.00/ Piece|1 Piece/Pieces(Min. Order)

Customization:

Customized logo(Min.Order: 100 pieces)

Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Precision Linear Position Measurement: Utilizes inductive sensing technology to track rectilinear displacement with sub-millimeter accuracy, ideal for industrial automation systems requiring real-time position data.
  • Magnetic Drag Tracking: Features a magnetic drag mechanism enabling smooth, contactless movement and precise feedback in dynamic machinery or robotic applications.

Key features

  • 1. Material Technology

  • With a corrosion-resistant stainless steel probe, ensure long-term reliability in harsh industrial environments* (~20% more durable than plastic alternatives).

  • 2. Interactive Design

  • With a magnetic drag mechanism and flexible cable, achieve seamless integration into tight spaces and contactless linear tracking* (reduces mechanical wear compared to traditional sensors).

  • 3. Performance Parameters

  • Deliver sub-millimeter accuracy with magnetostrictive technology, surpassing traditional inductive sensors by up to 90%* (based on precision testing).

  • 4. Scenario Solutions

  • Engineered for continuous operation in industrial automation, maintaining performance under high-stress manufacturing conditions* (designed for 24/7 use, unlike consumer-grade sensors).

  • 5. Certification Standards

  • With RoHS certification, meet strict environmental regulations and simplify global compliance* (ensures lead-free materials compared to non-certified products).

Product details

Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag

The Magnetostrictive Rectilinear Displacement Transducer Linear Position Sensor with Magnetic Drag is a robust, precision-engineered sensor designed for industrial automation applications. Built with stainless steel construction and a flexible cable, it ensures durability in harsh environments while enabling precise linear position measurement. Its inductive technology and compliance with RoHS standards make it a reliable choice for industries requiring high accuracy and safety.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless steel probe, flexible cableCorrosion resistance, high-temperature tolerance, and safety in hazardous conditions
TechnologyInductive, inductance sensor theoryHigh precision and reliability in dynamic environments
CertificationRoHS compliantEnsures environmental and safety compliance
ApplicationIndustrial automationOptimized for machinery control, robotics, and process monitoring
FlexibilityModular design with adjustable probesAdaptable to tight spaces and complex configurations

Customization guide

Adjustable parameters such as measurement range, output signal type (e.g., analog/digital), and probe length can be customized to meet specific industrial automation needs. Modular components allow easy replacement or upgrades for long-term maintenance.

Get inspired

With its stainless steel durability and inductive precision, this sensor is ideal for applications like robotic arm positioning, hydraulic cylinder monitoring, or assembly line calibration. Its flexible design ensures seamless integration into confined or high-vibration environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Measurement Range0–1m0–3m (+200%)0–5m (+400%)
Accuracy±0.1mm±0.05mm (+50%)±0.02mm (+80%)
Temperature Range-20°C to 80°C-30°C to 100°C (+25%)-40°C to 120°C (+50%)
Response Time1ms0.5ms (2x faster)0.2ms (5x faster)

Supplier's note

  1. Technical Breakthroughs:

    • Stainless Steel Construction: Enables corrosion resistance and high-temperature operation, ideal for chemical plants or foundries.
    • Inductive Technology: Achieves sub-millimeter accuracy, critical for precision robotics and CNC machining.
    • Flexible Modular Design: Reduces downtime by allowing quick probe replacement without recalibration.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard industrial automation (e.g., conveyor belt monitoring) where cost efficiency is prioritized.
    • Advanced Model: Recommended for high-precision applications (e.g., semiconductor manufacturing) requiring extended ranges and faster response times.
    • Pro Model: Best for extreme environments (e.g., oil refineries or aerospace testing) needing ultra-accuracy and thermal resilience.

With the Pro Model’s ±0.02mm accuracy and -40°C to 120°C tolerance, users can ensure flawless performance in cryogenic or high-heat scenarios. Pair its stainless steel probe with real-time data logging to optimize industrial processes.

Frequently asked questions

  • Which magnetostrictive sensor suits harsh industrial environments?

  • How to clean the stainless steel probe of a linear position sensor?

  • Stainless Steel vs Aluminum: Which is better for industrial sensors?

  • Can the linear position sensor be customized for specific applications?

  • Is the inductive linear position sensor RoHS certified?

  • What industries use this linear position sensor beyond industrial automation?

  • Inductive vs Ultrasonic Sensors: Which is better for linear positioning?

  • How does the sensor ensure safety in hazardous environments?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHarsh industrial environments (e.g., chemical plants)Industry Standard: Plastic (ASTM D648)
Base: Stainless Steel 304 ▲ (ASTM A240)
Advanced: Stainless Steel 316 ▲▲ (ASTM A240 Grade 316)
Base: 50% more corrosion-resistant than plastic (▲)
Advanced: Resists aggressive chemicals (▲▲)
Base: 20% heavier than plastic
Advanced: 30% cost increase (▲▲)
Sensor TechnologyHigh-precision robotics/automationIndustry Standard: Inductive (ISO 9001)
Base/Advanced: Magnetostrictive (ISO 17488 ▲▲)
10x faster response time (▲▲)
Accuracy: ±0.001mm (▲▲)
20% higher cost than inductive sensors
Environmental ResistanceOutdoor/wet industrial settingsIndustry Standard: IP65
Base: IP67 ▲
Advanced: IP69K ▲▲ (ISO 20653)
Base: Resists dust/water ingress (▲)
Advanced: Survives high-pressure washes (▲▲)
Advanced requires careful sealing during installation
Positioning AccuracyCNC machinery/precision assemblyIndustry Standard: ±0.1mm
Base: ±0.05mm ▲
Advanced: ±0.01mm ▲▲
Base: Doubles precision (▲)
Advanced: 10x improvement (▲▲)
Advanced may require frequent recalibration
Operating TemperatureHigh-temperature ovens/furnacesIndustry Standard: -20°C to 85°C
Base: -40°C to 120°C ▲
Advanced: -50°C to 200°C ▲▲
Base: Operates in sub-zero environments (▲)
Advanced: Withstands extreme heat (▲▲)
Advanced may need thermal management systems
Cable FlexibilityRobotic arms/frequent motion applicationsIndustry Standard: PVC Coated (ISO 10320)
Base: Braided Shield ▲ (ISO 10320 Bend Test)
Advanced: Teflon Coated ▲▲ (ISO 10320 Grade A)
Base: Reduces signal interference (▲)
Advanced: 10,000+ bend cycles (▲▲)
Advanced cables are stiffer initially

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