Pepperl Fuchs Magnetic Field Sensors - IndMALL Automation
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Pepperl Fuchs Magnetic Field Sensor

At IndMALL Automation, you can find an extensive range of Pepperl Fuchs Magnetic Field Sensors that cater to your varied needs. Our collection encompasses the conventional M12 housing style that is apt for magnetic detection applications and a non-contact piston detection sensor suitable for steel hydraulic cylinders.

These sensors ensure precise detection of piston magnets and are easy to mount without requiring any slots or holes in the cylinder. Request a quote today and get started with our top-notch products.

P&F MB60-8GM50-E2-V3

MB60-8GM50-E2-V3

  • Switching function: Normally open (NO)
  • Output type: PNP
  • Rated operating distance: 60 mm
  • Installation: flush in non-magnetic metal
  • Output polarity: DC
  • Assured operating distance: 10 … 48.6 mm
  • Output type: 3-wire
P&F MB60-12GM50-E2

MB60-12GM50-E2

  • Switching function: Normally open (NO)
  • Output type: PNP
  • Rated operating distance: 60 mm
  • Installation: flush in non-magnetic metal
  • Output polarity: DC
  • Assured operating distance: 10 … 48.6 mm
  • Output type: 3-wire
P&F MB80-12GM50-E0-PUR

MB80-12GM50-E0-PUR

  • Switching function: Normally open (NO)
  • Output type: NPN
  • Rated operating distance: 80 mm
  • Installation: flush in non-magnetic metal
  • Output polarity: DC
  • Assured operating distance: 20 … 64.8 mm
  • Output type: 3-wire
P&F MB-F32-A2

MB-F32-A2

  • Switching function complementary
  • Output type PNP
  • Connection Switching output 1 : black
  • Switching output 2 : white
  • Installation on the cylinder
  • Output polarity DC
  • Switching range typ. 50 mm
  • Output type 4-wire
P&F MB-F32-A2-V1

MB-F32-A2-V1

  • Switching function: Complementary
  • Output type: PNP
  • Connection: Switching output 1 : pin 4; Switching output 2 : pin 2
  • Installation: on the cylinder
  • Output polarity: DC
  • Switching range: typ. 50 mm
  • Output type: 4-wire
P&F MMB60-12GH50-E2-V1

MMB60-12GH50-E2-V1

  • Switching function: Normally open (NO)
  • Output type: PNP
  • Rated operating distance: 60 mm
  • Installation: flush
  • Output polarity: DC
  • Output type: 3-wire
P&F MMB70-12GH50-1N-V1

MMB70-12GH50-1N-V1

  • Switching function: Normally open (NO)
  • Output type: NAMUR
  • Rated operating distance: 5 … 70 mm
  • Installation: flush in non-magnetic metal
  • Output type: 2-wire
  • Switching frequency: 0 … 1000 Hz
P&F MMB70-18GH50-E2-V1

MMB70-18GH50-E2-V1

  • Switching function: Normally open (NO)
  • Output type: PNP
  • Rated operating distance: 70 mm
  • Installation: flush 
  • Output type: 3-wire
  • Switching frequency: 5000 Hz

Available Specifications in Magnetic Field Sensors 

IndMALL Automation as the source for Pepperl Fuchs (P&F) Magnetic Field Sensors, and highlight that there is a variety of options available to meet specific needs.

Cylindrical Types: Describe the available options for cylindrical types, including smooth sleeve ∅ 12 mm, threaded sleeve M8, and M12, and emphasize that they are designed to detect and measure magnetic fields within a range of 10 mm to 70 mm. Cubic Types: Describe the available options for cubic types, including various sizes ranging from 9x23x36 mm to 18x21x50 mm, and emphasize that they are ideal for applications where space is limited.

Housing Materials: Describe the available housing materials, including stainless steel, brass, and plastic, and highlight that this allows for flexibility in choosing the right sensor for specific applications.

Installation: Describe the available installation options, including flush and non-flush, and emphasize that this allows for further customization to suit specific needs. Electrical Connection Type: Describe the available electrical connection types, including fixed cable, connector plug M8, and M12, and highlight that this allows for easy installation and compatibility with existing systems.

Connections: Describe the available connection options, including 2-wire, 3-wire, and 4-wire, and highlight that this allows for further customization to suit specific needs. Switching Output: Describe the available switching output options, including PNP, NPN, PNP/NPN, Two-wire, Reed Contact, and NAMUR, and emphasize that this allows for further customization to suit specific requirements. Voltage: Describe the available voltage options, including AC, DC, and AC/DC, and highlight that this allows for compatibility with a wide range of systems.

Special Features: Describe the special features of the sensors, including the metal face, and emphasize that this is ideal for applications where ruggedness and durability are required. Degree of Protection: Describe the available degrees of protection, including IP65, IP67, IP68, and IP69K, and emphasize that this ensures the sensors are protected against the ingress of water, dust, and other contaminants.

Switching Function: Describe the available switching function options, including normally open (NO) and complementary, and emphasize that this allows for further customization to suit specific needs.Cable Length and Sheath: Describe the available cable length and sheath options, including 2 m and 5 m with PVC and PUR options, and highlight that this allows for further customization to suit specific needs.

Ambient Temperature: Describe the operating temperature range of the sensors, ranging from -20 °C to +110 °C, and emphasize that this makes them suitable for use in a wide range of environments. Reiterate the commitment of IndMALL Automation to providing high-quality magnetic field sensors to meet specific needs, and encourage customers to contact for more information.

People Also Ask

Which Sensor is used to Detect Magnetic Field?

A Hall effect sensor is commonly used to detect magnetic fields. It operates by measuring the voltage change that occurs in a conductor due to the Hall effect when it is exposed to a magnetic field. This sensor is widely used in various applications, including proximity sensing, positioning, speed detection, and current sensing.

How Can I Detect a Magnetic Field?

To detect a magnetic field, you can use a Hall effect sensor, a magnetometer, or a compass. Hall effect sensors measure the magnetic field’s influence on electric current. Magnetometers, used in smartphones and navigation systems, detect Earth’s magnetic fields. A compass aligns itself with Earth’s magnetic field, indicating magnetic north.

What is the SI unit for Magnetic Field?

The SI unit for magnetic field strength is the Tesla (T). For magnetic flux density, Tesla is also used. Another unit, the Gauss (G), is used in the centimeter-gram-second (CGS) system, where 1 Tesla equals 10,000 Gauss. Magnetic field strength can also be measured in amperes per meter (A/m).

Please share your Pepperl Fuchs Magnetic Field Sensors Requirements with sales@indmall.inin.