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No fewer than four new, full-metal versions (PNP, NPN, NO, NC) in size M12 offer the unique benefit of a 15 mm operating distance. In this way, Contrinex adds an innovative technology to its Full Inox Extreme range as a solution for customers who need robust sensors with maximum operating distances. Equipped for the most extreme conditions thanks to their one-piece stainless steel housing (V2A/AISI 304) and hermetically sealed cable exit, the new Contrinex Extreme sensors with a particularly lo …

Especially for use in areas with very high ambient temperatures, Contrinex has developed new inductive sensors with integral electronics and new high frequency RFID tags. High temperature inductive sensors Each year, in the M18 size alone, there is a world market demand of 30,000 units for high temperature inductive sensors with integral amplifier electronics and temperature resistance from minus 25°C to +180°C. They are used, for example, in automotive industry paint-shops, on hot ele …

Contrinex presents important new developments for its high-frequency RFID system. To ensure excellent traceability even in difficult environments, Contrinex now offers tags that are embeddable in metal, tags for high temperature applications, and miniature read/write modules with an integral USB connector for use in confined spaces. Contrinex HF-RFID tags embeddable in metal (ISO 15693) The difficulty of using high frequency RFID tags (13.56 MHz) in metal environments is well known. Contrinex, …

The new, flat C23 is ideal for applications where space is scarce but long operating distances are still indispensable. With this sensor’s all-metal housing, applications do not need to pull any punches. Shock and vibration can do no harm to this little problem solver, thanks to its Condet technology and stainless steel housing. Installation is very simple from the front of the device using the two drill holes. Thanks to Contrinex ASIC technology, the new C23 is highly accurate and has an …

Just twelve millimeters in length and three millimeters in diameter – these tiny dimensions make the MiniMini the smallest inductive sensor in the world. The enormous reduction in size was made possible by using the latest mixed-signal ASIC technology. This technique combines analog signal processing with digital computing power on a single chip, making it particularly suitable for all applications where signals are recorded in analog form, but must be digitized for transmission. Another …