Contrinex BASIC 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.

Whatever the application, C23 series sensors meet its highest demands. Their miniature size (20 x 30 x 10 mm), first-class sensing ranges and practical accessories are ideal for limited spaces.

With 100% silicone-free construction and thermal cycling reliability of 1000 hours (or 1000 cycles), passive tags from the High Temperature family are ideal for use in paintshops and other high temperature environments. Tags are insensitive to dirt and their housings have an IP68 & IP69K enclosure rating. HF tags (13.56 MHZ) are fully ISO/IEC 15693-compliant.

With self-contained fiber-optic sensors available in housings as small as 30 x 30 x 15 mm, and several models of small DIN-rail mounted amplifiers that accommodate multiple-sensor applications, the Contrinex range is highly versatile. A choice of synthetic optical fibers with impressively low attenuation rates for general use or glass optical fibers for high ambient temperatures and aggressive environments provides options for even the most demanding applications.

Stainless steel construction with sensing distances up to 25mm.

Modern sensor technology makes it possible to measure hugely diverse parameters in mechanical and equipment engineering.

Excellent repeat accuracy and resolution.

Contrinex opens new US production site in Dallas, Texas.

OEM equipment builders require a single source of robust sensors for integration within machines for producing N95 face masks. Material feeds must be synchronized prior to assembly and, during the process, the part-completed mask must be positioned correctly.

OEM equipment builders require a single source of robust sensors for integration within machines for producing N95 face masks. Material feeds must be synchronized prior to assembly and, during the process, the part-completed mask must be positioned correctly.