IFM Magnetic sensors

  • Magnetic sensor
  • Operating voltage 10...36 DC
  • ("supply class 2" to cULus) V
  • 2-wire
  • M12 Connector
  • Gold-plated contacts
  • Cylinder sensor
  • DC
  • 3-wire
  • PNP
  • 0.5 m PUR-Cable
  • 0.5 m
  • PUR
  • Full-metal housing

Cylinder sensor, Metal thread, M12 x 1, DC PNP, Pressure rating, Detects ferrous metals, Connector, Sensing range 1.8 mm [f]

Magnetic sensor with GMR cell

Magnetic sensor

Damping magnet, M 5.1
cylinder sensor with AMR cell, Metal thread, M14 x 1.5, DC PNP, Pressure rating, Detects ferrous metals, Connector, Sensing range 2 mm [f]
  • Cylinder sensor
  • DC
  • 3-wire
  • PNP
  • 1 m PUR-Cable
  • AMP Connector
  • 1 m
  • PUR
  • Full-metal housing
M9K3002BBPKG/B/AM/500/US
  • Cylinder sensor
  • DC
  • 3-wire
  • PNP
  • 0.5 m PUR-Cable
  • M12 Connector
  • 0.5 m
  • PUR
  • M12
M9B3001BBPKG/B/AM/500/US
M9K3004-BPKG/B/AM/US
MFK3060-ANKG/AM/US-104-DNS
Magnetic sensor, Metal thread, M8 x 1, DC PNP, Connector, Magnetic sensitivity ca. 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor, Metal thread, M8 x 1, DC PNP, Cable, Magnetic sensitivity ca. 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor, Metal thread, M8 x 1, DC NPN, Cable, Sensing range 60 mm referred to magnet M4.0
MEB3060-ANKG/5,0M/PH
cylinder sensor with AMR cell, Metal thread, M12 x 1, DC NPN, Pressure rating, Detects ferrous metals, Connector, Sensing range 1.8 mm [f]
cylinder sensor with AMR cell, Metal thread, M12 x 1, DC PNP, Pressure rating, Detects ferrous metals, Connector, Sensing range 1.8 mm [f]
cylinder sensor with AMR cell, Metal thread, M12 x 1, DC NPN, Pressure rating, Detects ferrous metals, Connector, Sensing range 1.8 mm [f]
  • Cylinder sensor
  • Sensing range 1.8 mm flush mountable
  • Operating voltage 10...36 DC V
  • 3-wire
  • PNP
  • 2 m PUR-Cable
  • 2 m
  • PUR
  • Full-metal housing
  • hydraulic cylinders
  • Cylinder sensor
  • Sensing range 1.8 mm flush mountable
  • Operating voltage 10...36 DC V
  • 3-wire
  • PNP
  • M12 Connector
  • Full-metal housing
  • hydraulic cylinders
MFB3002BBPKG/B/500/0,7M/ZH/DT
Magnetic sensor, Metal thread, M12 x 1, DC PNP, Connector, Magnetic sensitivity 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor, Metal thread, M12 x 1, DC PNP, Cable, Magnetic sensitivity 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor, Metal thread, M12 x 1, DC NPN, Cable, Magnetic sensitivity 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor, Metal thread, M12 x 1, DC NPN, Connector, Magnetic sensitivity 1.2, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor with GMR cell, Metal thread, M12 x 1, DC NPN, Full metal housing, Gold-plated contacts, Connector, Magnetic sensitivity 1.3, Gold-plated contacts, Sensing range 60 mm referred to magnet M4.0
Magnetic sensor with GMR cell, Metal thread, M12 x 1, DC PNP, Full metal housing, Gold-plated contacts, Connector, Magnetic sensitivity 1.3, Gold-plated contacts, Sensing range 60 mm referred to magnet M4.0
MFB3060-ANKG/M/0,15M/ZH/US

IFM magnetic sensors and switches are devices that scale the magnetic domain (intensity/magnetical stimulation) in scalar and/or vector format and are widely used in modern electronics and various technical fields to control movement, position, speed, direction, current, level and other options.

The main purpose of magnetic field sensors is to determine the speed of rotation and angular absolute or other (linear, trigger, relative) position in various mechanisms, machines, arrangements. Magnetic range sensors are as well used for simple ON/OFF switch functions, current measurement and as compasses. The technical applications of magnetic area sensors comprise vehicular, user, industrial, medical and others.

What is magnetic sensor?

Magnetic sensors are used for the detection of positions out of hookup or deterioration and break. They are spent where a great while feeling gamuts are needed. Against magnetic fields enter all non-magnetizable materials, the sensors can detect magnets via walls made of rustless steel, aluminium, plastic or wood.

Operating principle

IFM magnetic switches are allotted to determine the speed of movement or spin, location and corner of turningof various objects. The principle of operation of sensors is based on a proportionate variation in the exit tension or strength of the sensor under the impact of an outside magnetic area.

Application area

Magnetic sensors are widely used in modern aerospace technology to determine position, speed, motion control, direction, current, and other parameters. Such sensors are mainly used to determine the position or speed of rotation, they can also be used as conventional switches.

Magnetic actuators are utilized for non-contact disclosure of the position of objects even at high switching frequencies. They can detect magnets through the walls of materials such as non-glandular metals, rustless steel, aluminium, plastic or tree.

Magnetic sensors are mounted directly on the cylinder and measure the magnetic field of the piston. Magnetically sensitive sensors work with, brass and rustproof steel cylinders. Differ in high sensitivity and accuracy of operation. The sensor is equipped with an LED operation indicator (contact closure).

Varieties

  • State actuator
  • Velocity transducer
  • Magnetic level transducer
  • Inductance starter
  • Motion actuator
  • Turn sensor
  • Non-relation transducer
  • Magnetic Object detectors

IFM Magnetic switches

IFM Offers wide range of different sensors based on magnetic principle.

Depending on the body type they can be divided into:

  1. IFM magnetic cylinder sensors
  2. Sensors with rectangular housing
  3. Threaded type sensors

Also the company produces full-metal, pressure resistant, magnetically coded sensors as well as switches for use in welding applications and speed sensors for axes and drives.

In other classification there are follow features:

  • secure discovery likewise across non-magnetisable metals
  • Tubular or square styles
  • Little corps with a great while feeling bands
  • Lofty mechanic steadiness in occasion of commotion or oscillation
  • Blossom or non-blossom installed in non-magnetizable metals

Advantages

  • Non-contact
  • Switching accuracy
  • Stability of work in an aggressive environment
  • No sensitivity to moisture, vibration and dust
  • Can be used in all industries
  • Wide range of modifications

Eltra Trade provides full range of IFM magnetic sensors. You can buy any of the models with the best price, we make delivery all over the world.