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Sick IHM06-04NPOVT0K Proximity Sensor

The Sick IHM06-04NPOVT0K proximity sensor offers 4 mm sensing range, PNP normally closed output, non-flush installation, IP67 protection industrial. Manufactured by Sick, this Sick proximity sensor belongs to the IME series and features a Ø 6.5 mm short-body cylindrical housing, 3,500 Hz switching frequency, M8 3-pin connector, and DC 3-wire wiring.

BrandSick
Product TypeProximity Sensor
Model NumberIHM06-04NPOVT0K

Sick IHM06-04NPOVT0K Proximity Sensor – Technical Specifications

SpecificationValue
HousingCylindrical thread design, Short-body
Thread size-
DiameterØ 6.5 mm
Sensing range Sn4 mm
Safe sensing range Sa3.24 mm
Installation typeNon-flush
Switching frequency3,500 Hz
Connection typeConnector M8, 3-pin
Switching outputPNP
Output functionNC
Electrical wiringDC 3-wire
Enclosure ratingIP67 1)
Items supplied-

The IHM06-04NPOVT0K Sick 3.24 mm Inductive Proximity Sensor is a Sick proximity sensor used for metal detection in industrial automation systems. This model combines a 4 mm nominal sensing range, PNP normally closed output, and non-flush mounting within a compact cylindrical design. Operating with DC 3-wire wiring and an IP67 enclosure rating, the IHM06-04NPOVT0K belongs to the IME series and supports stable sensing in industrial environments.

The IHM06-04NPOVT0K proximity sensor is applied in conveyors, packaging machines, automated assembly lines, and industrial handling equipment. Non-flush installation enables extended sensing distance in metallic surroundings, while the defined switching frequency supports reliable detection of moving components. The M8 connector provides a secure electrical interface, supporting consistent signal transmission in control panels and machinery.

The Sick IHM06-04NPOVT0K proximity sensor delivers dependable performance with a mechanically robust structure. Featuring a 4 mm sensing range, PNP NC output, and IP67-rated housing, it aligns with standard industrial automation requirements. As part of the Sick IME proximity sensor series, this model is selected for electrical compatibility, predictable operation, and long-term reliability.