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Inductive Proximity Sensors

Magnetic Proximity Sensors

Capacitive Proximity Sensors

Inductive Proximity Sensors

Inductive proximity sensors IQG

  • Easy to mount in only two seconds without the need for additional tools
  • Reliable, cost-effective detection
  • The four corner LEDs ensure that the sensor status can be identified from any viewing direction, whatever the mounting position
  • Can be easily adapted to numerous applications

Non-contact safety switches IME2S

  • High machine availability thanks to low susceptibility to dirt and moisture
  • Long product service life due to low-wear and low-maintenance workings
  • Easy integration: Sensors can be mounted to save space thanks to their compact design and do not need a separate actuator

Non-contact safety switches IQB2S

  • Compact design for easy and ergonomic integration into the machine design without separate actuator
  • High machine availability thanks to low susceptibility to dirt and moisture
  • Long product service life due to low-wear and low-maintenance workings
  • Fast diagnostics via 270° LED output state display

Inductive proximity sensors IMS

  • Maximum operating times due to rugged sensor technology, even in harsh environments that are subjected to severe weather conditions
  • Stable and fault-free processes thanks to high electromagnetic compatibility and very precise detection
  • Extensive portfolio with application-specific special variants

Inductive proximity sensors IMR

  • Switching errors due to electromagnetic fields are precluded
  • Long service life, even for welding applications with stringent requirements, thanks to the special PTFE coating
  • Extra large sensing range for all metals, e.g. Aluminum or stainless steel, reduces mechanical damage to the sensors and therefore sensor failures, and increases machine availability

Inductive proximity sensors IMF

  • Reliable processes thanks to extended, highly accurate sensing ranges enabled through the use of SICK ASIC technology
  • Reduced machine downtimes thanks to a longer service life, even when subjected to frequent cleaning cycles
  • Quick and easy installation thanks to the optical adjustment indicator

Inductive proximity sensors IMI

  • Very long service life due to closed stainless-steel housing, resistance to oils, cooling lubricants and cleaning products
  • Large sensing ranges and IO-Link for stable processes and high plant availability
  • Quick and easy installation thanks to visual adjustment indicator and self-locking nuts

Inductive proximity sensors IME

  • High machine availability thanks to rugged design
  • Highly cost-efficient thanks to low purchase costs
  • Wide selection available thanks to extensive standard portfolio
  • High positioning accuracy thanks to precise switching behavior

Inductive proximity sensors IDF

  • Detection is done directly when film is picked up by the gripper, which speeds up process times
  • Improves process quality thanks to immediate detection of double layers
  • Quick commissioning thanks to teach-in via cable or IO-Link
  • Quick format change thanks to teach-in via cable or IO-Link

Inductive proximity sensors IQL

  • Increase in machine availability
  • Reduced mechanical damage
  • Longer service life for reduced costs
  • Quick and safe installation

Inductive proximity sensors IQB

  • Best mechanical and electronic stability for extra-long service life
  • Highest levels of process reliability for your application
  • Long service life that reduce maintenance costs thanks to SICK’s ASIC technology and rugged VISTAL® housing
  • Precise detection and high sensor accuracy enable fast handling and assembly processes
  • Space-saving integration in every application

Inductive proximity sensors IQM

  • Easy installation in applications with limited available space
  • Reliable detection of fast handling and mounting processes
  • High positioning accuracy and precise switching behavior
  • Great freedom with respect to machine design thanks to the lower height
  • Low weight enables fast acceleration in dynamic handling processes

Inductive proximity sensors IQY

  • Easy integration in space-critical applications
  • Reliable detection of fast handling and mounting processes
  • Quick and easy mounting
  • Thin housing provides a high degree of design freedom

Inductive proximity sensors IMB

  • Straightforward product selection as fewer sensor variants are required – one sensor suits a whole range of applications
  • Stable processes thanks to extended, highly precise sensing ranges enabled through the use of the latest SICK ASIC technology
  • Reduced machine downtimes thanks to longer sensor service life, even in harsh working conditions

Inductive proximity sensors IMC

  • Advanced diagnostic options ensure stable processes
  • Programmable switching thresholds and windows make predictive maintenance easier and reduce machine downtimes
  • Switching point teaching enables precise object positioning without the need for time-consuming adjustment
  • Reduced costs as fewer sensors or sensor variants are required

Non-contact safety switches IN4000 Direct

  • Direct connection to the safe control solution eliminates any additional wiring and reduces installation time
  • Fast diagnostics via LED status indicator
  • Long service life due to durable and low-maintenance design
  • Just one safety switch in conjunction with a suitable safety module makes it possible to solve applications up to PL e (EN ISO 13849)

Inductive proximity sensors IM AC

  • Highly flexible choice of supply voltage
  • High machine availability thanks to rugged design
  • Reduced machine downtimes thanks to a longer sensor service life
  • High positioning accuracy thanks to precise switching behavior
  • Highly cost-efficient thanks to low purchase costs

Inductive proximity sensors IMA

  • High positioning accuracy
  • No mechanical add-on parts required for monitoring of great distances
  • Less space required for the same sensing range when compared with standard sensors
  • Less storage due to reduced multiplicity of types on account of integrated current and voltage interface
  • Large detection areas

Inductive proximity sensors IQV

  • Extremely stable and durable
  • For applications with limited space
  • No restrictions on machine design
  • Flat housing provides a high degree of design freedom
  • Reliable mounting with high tightening torque

Inductive proximity sensors IMN

  • Exceptional protection in explosive areas
  • Category 1G and 2G for zones 0 and 1
  • Output according to DIN EN 60947-5-6

Inductive proximity sensors SAM

  • Speed-independent detection of speed changes
  • Faster detection of speed changes than conventional speed monitors
  • No readjustment after speed changes necessary
  • Precise and convenient configuration via software
  • IO-Link provides easy data access from the PLC

Inductive proximity sensors IMP

  • Reduced maintenance costs
  • Extremely resilient and durable
  • Up to 50 times longer service life compared to conventional sensors under pressure cycles
  • Simple compensation of cylinder tolerances
  • Simple integration due to small design

Inductive proximity sensors IMM

  • Space-saving installation and significant flexibility in machine design thanks to the compact size
  • High positioning accuracy and precise switching behavior for reliable detection of fast handling and assembly processes
  • Stable processes and high plant availability thanks to 3-fold sensing range
  • High detection sensitivity makes possible reliable detection of small objects

Magnetic Proximity Sensors

Magnetic proximity sensors MM

  • Non-contact operation eliminates interference from dirt, dust and vibrations, increasing sensor life and reducing maintenance costs
  • Space-saving installation due to small design
  • Large operating ranges with reliable switching increase throughput

Magnetic proximity sensors MM Namur

  • NAMUR version ensures safe function in explosion-hazardous areas
  • Non-contact operation eliminates interference from dirt, dust and vibrations, increasing sensor life and reducing maintenance costs
  • Large sensing ranges ensure reliable switching, even with target position tolerances
  • Universal use since detection through other objects, such as plastic walls or non-magnetic stainless steel walls, is also possible

Magnetic proximity sensors MQ

  • Short-circuit protection (pulsed)
  • Large sensing ranges ensure reliable switching, even with target position tolerances
  • Low-cost sensor solution saves installation time and costs
  • Compact plastic housing makes machine integration easy

Capacitive Proximity Sensors

Capacitive proximity sensors CQ

  • Non-contact level measurement, even through container or tank walls, which eliminates drilling holes and thus reduces installation time
  • Durable housing withstands harsh industrial applications, reducing maintenance costs
  • Quick and easy adjustment of the switching point – via pushbutton, remote teach for the CQ28 and via potentiometer for CQ35 – saves time

Capacitive proximity sensors CQF

  • Reliable level detection – compensation for foam, moisture and deposits
  • Flexible and straightforward installation – thanks to supplied mounting bracket
  • Quick commissioning – plug and play

Capacitive proximity sensors CM PTFE

  • Lower maintenance costs due to a durable PTFE housing that withstands harsh ambient conditions
  • Quick and easy adjustment via potentiometer saves installation and setup time
  • Straightforward and safe sensor technology as an alternative to photoelectric and inductive sensors in applications such as detecting a product in a sealed box, container, or tank

Capacitive proximity sensors CM

  • Even functions reliable in harsh industrial environments, which reduces machine maintenance costs and downtimes
  • Quick and easy adjustment can be made via the potentiometer or teach button to save valuable time during commissioning
  • Highly flexible range of applications thanks to compact housing and universal mounting systems

Capacitive proximity sensors CMB

  • Cost-effective sensors for classic and more complex applications
  • Less machine downtime thanks to high shock and vibration resistance and numerous diagnostic options
  • Stable processes thanks to very good EMC and precise switching point settings
  • Quick installation thanks to visual adjustment indicator and universal mounting systems