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  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
  • LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection
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LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection

  • 1 - 99 Pieces
    $4
  • >= 100 Pieces
    $3.50

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 5000 pieces)
Graphic customization(Min.Order: 1000 pieces)

LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Non-Contact Metal Detection: The LMF1 Series inductive proximity switch detects metal objects at a precise 5mm sensing distance, enabling reliable position sensing and object presence detection without physical contact.
  • Versatile Output Configurations: Supports both NPN and PNP outputs, along with normally closed (NC) options, ensuring seamless integration into diverse electrical systems and control circuits.

Key features

  • 1. Durable Metal Construction

  • With a corrosion-resistant metal body, the LMF1 Series withstands harsh industrial environments, ensuring long-term reliability.

  • 2. Flexible Output Configuration

  • Switch between NPN and PNP outputs to seamlessly integrate into diverse control systems, enhancing adaptability.

  • 3. Precise 5mm Sensing Distance

  • Detect objects at an exact 5mm range, ideal for small-part positioning in automation systems.

  • 4. Industrial Automation Optimization

  • Designed for robotics, machinery, and safety monitoring, it provides reliable position detection in high-demand environments.

  • 5. Square Detection Technology

  • Square-shaped detection area ensures accurate object positioning within defined boundaries, minimizing errors in precision tasks.

Product details

LMF1 Series NPN PNP Output Inductive Proximity Sensor Made in China with 5mm Sensing Distance for Square Detection

The LMF1 Series NPN/PNP Output Inductive Proximity Switch is a compact, metal-cased sensor designed for precise object detection in industrial automation. With a 5mm sensing distance and square detection capability, it ensures reliable position sensing in confined spaces. Its NPN/PNP output configurations and inductive technology make it versatile for machinery, robotics, and safety systems requiring non-contact object detection.

Technical specifications

FeatureSpecificationBenefit
MaterialMetalEnhanced durability and resistance to harsh environments
Sensing Distance5mm (fixed)Precision detection in tight spaces
Output TypeNPN, PNP (selectable)Flexible integration into PLC or control systems
TechnologyInductiveNon-contact detection for wear-free operation
Detection ShapeSquareConsistent sensitivity across a defined area
CertificationsComplies with IEC 60947-5-2 standardsGuaranteed reliability and safety in industrial use

Customization guide

Adjustable output configuration (NPN/PNP) to match control system requirements. The fixed 5mm sensing distance ensures precision, while the square detection profile is optimized for alignment-sensitive applications.

Get inspired

Ideal for automation systems needing compact, reliable position sensing. Use in robotics for part alignment, conveyor belt monitoring for object presence, or safety systems to prevent collisions in tight machinery clearances.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Sensing Distance5mm (fixed)5mm + adjustable sensitivity5mm + auto-calibration
Operating Temperature-10°C to 70°C-25°C to 80°C-40°C to 105°C*
IP RatingIP67IP68IP69K + vibration-proof
Output Response Time0.1ms0.05ms (+50%)0.02ms (+80%)

Supplier's note

  1. Technical Breakthroughs:

    • Inductive Technology: Enables non-contact detection, reducing mechanical wear.
    • Metal Housing: Offers superior resistance to shocks and corrosion compared to plastic enclosures.
    • Dual Output Configurations: Simplifies system compatibility without external adapters.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard industrial environments (e.g., conveyor belts, basic robotics).
    • Advanced Model: Ideal for harsher conditions (e.g., food processing, outdoor machinery) with extended temperature ranges.
    • Pro Model: Best for high-vibration or extreme environments (e.g., automotive assembly lines, mining equipment).

With the Pro Model’s IP69K rating, you can ensure operation in high-pressure washdown scenarios. The Advanced Model’s +50% faster response time compared to Base models reduces latency in real-time systems. Choose NPN/PNP outputs to align with your control system’s voltage requirements.

Frequently asked questions

  • Which proximity sensor model is best for precise 5mm position detection in industrial automation systems?

  • Why is metal preferred over plastic for industrial proximity sensors like the LMF1 Series?

  • Can the LMF1 Series proximity switch be customized to support both NPN and PNP outputs?

  • Is the LMF1 Series inductive proximity sensor RoHS and CE certified for industrial use?

  • How do I clean the metal housing of an LMF1 proximity sensor without damaging its sensitivity?

  • What applications are ideal for the LMF1’s 5mm square detection inductive sensor?

  • Does the LMF1 Series maintain accuracy in dusty or oily industrial environments?

  • How do I adjust the LMF1 proximity switch’s sensitivity for optimal 5mm detection range?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Inductive Proximity SensorsIndustrial automation, robotics, machinery safetySensing Distance: 5mm (Industry Standard: 3–8mm) ▲ Advanced: 6mm (ISO 10234)
Material: Metal Housing (MIL-STD-810G compliant)
Output: Dual Configurations (NPN/PNP) (IEC 60947-5-2)
Durability: Metal housing withstands harsh environments
Versatility: Supports NPN/PNP for flexible integration
Limited to metallic objects
Shorter range compared to ultrasonic/photoelectric
Capacitive Proximity SensorsFood packaging, plastic detection, liquid level monitoringSensing Range: Up to 20cm (IEC 60947-5-3)
Material: Plastic Enclosure (ASTM D648)
Detects non-metallic objects (plastics, liquids)
High sensitivity for small targets
Affected by environmental factors (dust, humidity)
Lower accuracy in conductive environments
Ultrasonic Proximity SensorsWarehouse automation, outdoor monitoring, obstacle detectionRange: Up to 5m (ISO 13849-1)
Technology: Frequency Modulation (IEC 60730)
Long-range detection in open spaces
Works in dusty or dirty environments
Sensitive to vibration/noise interference
Higher cost than inductive sensors
Magnetic Proximity SensorsSafety gates, conveyor alignment, ferrous metal detectionDetection Type: Hall Effect (ISO 16024)
Material: Stainless Steel (ASTM A240)
Contactless operation for moving parts
High reliability in magnetic environments
Limited to ferrous materials
Requires magnetic targets (e.g., magnets, steel)
Photoelectric SensorsPackaging, sorting systems, high-speed manufacturingRange: Up to 100m (IEC 60947-5-2)
Technology: Diffuse/Through-Beam (IEC 61779)
High-speed detection (ms response)
Long-range precision for large-scale systems
Requires line-of-sight alignment
Vulnerable to light interference (sunlight, glare)
Fiber Optic SensorsPrecision robotics, semiconductor inspection, medical devicesResolution: 0.01mm (ISO 10242)
Material: Glass Fiber (IEC 60793)
Ultra-precise detection for micro-components
Immune to electrical interference
Complex setup and calibration
High cost for specialized applications

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