APPLE AUTOMATION AND SENSOR

Mumbai, India gst GST No.27ACRPG0717F1ZQ

  • Pepperl Fuchs Proximity Magnetic Field Sensors

Pepperl Fuchs Proximity Magnetic Field Sensors

3000 INR/Piece

Minimum Order Quantity : 1 Pieces

Pepperl Fuchs Proximity Magnetic Field Sensors Price & Specifications

Wireless No

Weight Approx. 20-45g (model dependent)

Voltage 10-30 V DC

Usage Object and position sensing in automation systems

Signal Type Digital (on/off)

Sensor Type Magnetic field proximity sensor

Sensitivity High sensitivity to magnetic fields

Response Time < 1 ms

Resolution Fine resolution for reliable detection

Product Type Proximity Magnetic Field Sensor

Power Consumption < 10 mA (typical)

Output PNP/NPN, Normally Open (NO), 3-wire

Operating Temperature -25A C to +70A C

Mounting Type Flush/Non-Flush mounting

Measurement Range Up to 60 mm (application and model dependent)

Material Plastic, Stainless Steel

Interface Cable, M8/M12 Connector

Input Magnetic Field

IP Rating IP67

Function Detection of magnetic fields

Features Compact design, LED status indicator, Reverse polarity protection

Cable Length 2 m standard (extendable)

Application Industrial automation, Robotics, Assembly lines, Safety monitoring

Accuracy High accuracy switching (specific value depends on model)

About Pepperl Fuchs Proximity Magnetic Field Sensors Detail

We are dealer and supplier of Pepperl Fuchs Proximity Magnetic Field Sensors in India.

Models:

  • MC60-12GM50-1N-V1
  • MC60-12GM50-1N
  • MB60-12GM50-E2
  • 20FR1-6B
  • 40FR1-33
  • 40FY26-020
  • 40FY36-020
  • 40FY38-50
  • 6FR1-6
  • MB-F32-A2
  • MB-F32-A2-V1
  • MB60-8GM50-E2
  • MB60-8GM50-E2-V3
  • MJ35-F12-1N
  • MJ35-F12-1N-5M
  • 40FR1-3
  • 40FY26-33
  • 40FY28-020
  • 40FY28-33
  • 40FY36-030
  • 40FY36-33
  • 4FR1-6
  • 50FR2-3-1
  • MMB60-12GH50-E2-V1
  • MMB60-12H50-E2-V1
  • MMB70-18GH50-E2-V1




Reliable Magnetic Field Detection for Automation

Pepperl+Fuchs magnetic field proximity sensors are engineered for industrial environments, excelling in automation processes needing precise object or position detection. High sensitivity and fast response times ensure immediate switching, making them ideal for use in robotics, conveyor systems, and assembly lines.


Durable Design with Robust Protection

The sensors feature rugged housings made from plastic or stainless steel and are built to withstand harsh conditions, offering exceptional resistance to vibration, shock, and moisture (IP67 rating). Their advanced protection circuitry shields them from short circuits and overloads.


Flexible Installation and Easy Integration

Available in multiple housing diameters and offering both flush/non-flush mounting, these sensors support prewired and connector (M8/M12) options for flexible installation. The LED status display simplifies maintenance by providing clear operational feedback at a glance.

FAQs of Pepperl Fuchs Proximity Magnetic Field Sensors:


Q: How are Pepperl+Fuchs magnetic field proximity sensors typically used in automation systems?

A: These sensors are primarily employed for object and position sensing in industrial automation, robotics, assembly lines, and safety monitoring. Their high accuracy and reliable switching capabilities make them ideal for applications where consistent magnetic field detection is crucial.

Q: What benefits do these sensors offer over other types of proximity sensors?

A: Pepperl+Fuchs magnetic field proximity sensors offer fine resolution, rapid response times (less than 1 ms), and superior sensitivity to magnetic fields. They also feature robust protection against electrical faults, making them highly reliable in harsh industrial settings.

Q: Where can these sensors be installed, and what mounting options are available?

A: These sensors are designed for versatile installation and can be mounted flush or non-flush depending on the applications requirements. With housing diameters ranging from 6.5 mm to 18 mm and IP67 protection, they are suitable for both indoor and demanding outdoor environments.

Q: What process is involved in connecting and setting up these sensors?

A: The sensors are available with prewired cables or M8/M12 connectors, making installation straightforward. Simply secure the sensor in its designated spot, connect it to your control system using the preferred interface, and use the built-in LED indicator to confirm operational status.

Q: What usage considerations should be kept in mind for maximum performance?

A: Ensure the input magnetic field strength and installation environment match the sensors specifications (voltage, current, and measurement range). Proper mounting (flush/non-flush as required) and cable length management also help maintain accuracy and longevity.

Q: When is it beneficial to use these sensors in a safety monitoring application?

A: These sensors provide immediate and reliable digital signals (on/off) necessary for quick response in safety monitoring contexts. Their high vibration and shock resistance, along with fast response times, make them well-suited for safety-critical areas in industrial automation.

Q: What is the process for extending the cable length if required?

A: If a longer connection is needed, extension cables compatible with the sensors standard connectors (such as M8 or M12) can be used. Ensure high-quality extension cables are installed to maintain stable signal transmission and sensor reliability.