Inductive Sensor M12, PNP NO - DW-AS-613-M12

series Information

Standard Inductive Sensor

Contrinex is a leading manufacturer of sensors for factory automation with a unique and innovative range of products whose features far surpass those of standard sensors.
Contrinex Standard inductive sensors have a worldwide and well-deserved reputation for uncompromising accuracy and exceptional reliability.

With best-in-class sensing distances between 1.5 mm and 40 mm, the Contrinex BASIC range offers fit-and-forget operation, delivering world-class performance and a highly attractive total cost of ownership.
Available in sizes from M8 to M30 and C44, with optional Ø 6.5 plain and 8 mm square-section models, Standard range inductive sensors are ideal for general position-sensing and presence-sensing applications in almost any industry.
Embeddable or non-embeddable variants are available, with either hard-wired, hermetically sealed connecting cables or integral metal connectors. Standard range devices, whether from the conventional Classics, or the advanced Extra Distance or Full Inox technology families, all utilize Contrinex application-specific integrated circuits (ASICs) that ensure highly repeatable results at operating temperatures between -25°C and +70°C. An IO-Link interface is also available for communication in PNP NO versions.

Advantages of Contrinex Standard inductive sensors

• Excellent price performance ratio

• Deviation in operating distance ≤2%

• Outstanding temperature compensation

• IO-Link

• High quality ASIC sensors

• Excellent accuracy

• Vibration and shock resistant

• Long operating distance

Applications of Contrinex Standard inductive sensors

The design, flexibility, and exceptional performance of Standard inductive sensors make them an ideal fit for a wide range of various applications and industries.

• Counting parts in a system

• Automatic car washes

• Detection of broken metal parts of various industrial devices

• Detection of elevator door closure

• Car body assembly

• Production of coils and transformers

• Automated industrial processes

• Identify the smallest changes in the gears of metal gears.

• Measure and control speed

• Detection and detection of mechanical movements

• Separation of metal parts

• Measurement and calculation of thickness in metal parts

• Measuring and calculating the distance from the parts

• Metal detectors

• Traffic lights and road traffic control

• To detect the presence of an object in a selected program and at the time of inspection

• Conveyor system control

• 3 important points in choosing the inductive proximity sensor

• Inductive proximity sensors only detect metal objects.

• Strong magnetic fields affect the performance of inductive proximity sensors.

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