In some work environments, extremely high sensing distances are required and essential for proper operation. Sensors from the outstanding Performance Series offer the absolute best-in-class sensing distances.

M8 semi-shielded 4 mm down to 18 mm short

M12 semi-shielded 6 mm down to 22 mm short

M12 semi-shielded 8 mm down to 30 mm short

M18 semi-shielded 15 mm down to 35 mm short

M30 unshielded 50 mm down to 35 mm short

Sensors based on Ultra-Metal-Face technology are constructed with an ultra thick sensing face, made of stainless steel and were designed to withstand even the heaviest mechanical impacts. The advantage of these sensors is to enable application engineers to achieve perfect positioning precision. In applications where parts need to be positioned, engineers typically select sensors with long sensing distances. This is logically done to avoid mechanical damage to the sensor; however, with increased sensing distances, environmental changes cause a detrimental effect on the repeat ability of the switching point. Therefore, selecting sensors for accurate positioning has all too often become an un-avoidable compromise for many engineers. Inspired from our customer feedback, the Ultra-Metal-Face sensors approach this problem from a completely unique vantage point. These sensors have been down-tuned to short sensing distances of 1 mm only - on ferrous and non-ferrous metal (Factor-1). The combination of unseen industry robustness and a precise switching point offers a completely totally new and unique solution. The possibilities are endless - just drop a metal part on it and it works… precisely !

IP69K Stainless steel face. Inductive sensors utilizing Metal-Face Technology are constructed with housings made from one continuous piece of stainless steel which also includes the sensing face. This extra portion of robustness creates an ideal sensor for working in environments where even long sensing ranges cannot prevent mechanical sensor damage from taking place. The highly optimized electronics allow XECRO the ability to manufacture these robust and reliable sensors using very short housings, which allow for mounting in smaller locations. The advantages of this innovative Metal-Face Technology can also be found in the Weld-Field-Immune Series, the High– Pressure Series, and the Ultra-Metal-Face series.

Very thin (Ø3mm) and very short (18mm).  Engineers are often faced with a particular need for sensors that fit into small areas or spaces. The XECRO Inductive – Miniature Series, include self-contained sensors which range in size from Ø3 mm to M5 including square-sectional sensors of 5x5 mm. The Inductive –Miniature Series is guaranteed to be manufactured with built-in LED indicators, short-circuit-proof output drivers and reverse polarity protection.

XECRO Inductive High-Temperature Series sensors have been designed to permanently operate under temperatures ranging between -25°C and + 180 °C (- 13°F … 356 °F). The electronics of the High-Temperature Series sensors utilize the same housing dimensions as other sensor series from XECRO. This allows for a high level of mounting standardization should your existing sensor require replacing with a higher temperature rated XECRO sensor. XECRO High-TemperatureSeries sensors are available in sizes from M8 to M30 and are equipped with silicone or Teflon® (PTFE) cables. Silicone cable have an impressive flexibility which makes it a perfect choice for installations where the sensor’s mounting location continuously moves. Conversely, Teflon® has an excellent robustness and should be considered only for permanent, non-motion related installations.

Stainless steel, 500 bar permanent.  Precise position sensing that operates under high pressure requires well-constructed sensors. XECRO fulfills these requirements with the wide range of High–Pressure Series sensors produced with two specialized technologies. These technologies result in a permanent pressure resistant level of up to 1000 bar +27 12 998 6326 psi). Sensors for pressures of up to 500 bar (7251 psi), utilize traditional ceramic sealing to separate both the ferrite / coil combination and the evaluation electronics from the pressure-facing section of the housing. To achieve outstanding pressure durability, XECRO manufactures select High–Pressure sensors with Metal-Face technology. This calls for the housing of the sensor to be constructed from one continuous piece of stainless steel, which also includes the sensing face. These full-metal constructions offer excellent peak-pressure immunity and survive even under the harshest environments. Most High – Pressure Series sensors from XECRO are available with a built-in LED indicator to simplify mechanical set-up.

Weld–Field Immune sensors from XECRO are capable of operating even if exposed to the heaviest of magnetic fields typically seen when sensors are installed too close to industrial welding equipment. To meet the multitude of different demands from design engineers, XECRO has diversified its Weld–Field Immune Series into two different categories. The first, and more economical category, is supplied with brass housings and a PTFE front cap. The second, designed with Metal-Face technology, is for those environments where a high level of mechanical robustness and reliability is preferred or necessary. Both versions utilize the same coil-less technology with Reduction-Factor-1characteristics. This feature enables an increased versatility and usefulness for applications where ferrous and nonferrous metal are required to be handled with the same sensor.

XECRO sensors with Analog – Output, are able to precisely measure distances to metal objects. They are ideal for position adjustment, distance measurement and metal classification / comparable applications. Analog current or voltage output is available in Extended sensing distances in sizes ranging from M8 to M30.

The 40x40 enclosure offers best flexibility due to its rotatable sensing head which can be mounted in five directions. XECRO's sensors in this housing provide NO + NC outputs in the 10… 30 VDC version and in 2-wire for 20…250 VAC. The sensor electronics and the mounting sockets are two separate parts. This special construction simplifies the replacement procedure of a mechanically damaged sensing head. These sensors are available in industrial standard sensing distances and in XECROs High Performance sensing distances.

Inductive ring-sensors from XECRO can be used to detect metal objects at high velocity. With a maximum object speed of up to 45 m/s (147 ft/s), it allows the use of objects that are shot with compressed air. These sensors are available with static working principle that also allows their use as a wire detector. Static detection means that the switching output remains active as long as an object is in the inner ring - making the sensors a perfect choice for jam or wire break detection.

Please contact INSTEK CONTROL to get application related assistance.