Helping you #Make Sense of Sensors
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PROMOTIONAL VIDEO DEMONSTRATION VIDEO
NEW - Contrinex’s weld-Immune range of inductive sensors now includes ceramic-coated versions. In addition to mechanical shock resistance and immunity to the magnetic fields of welding equipment, the new sensors are characterised by a robust, weld spatter-resistant coating. This coating increases the service life of sensors, facilitates cleaning and helps to reduce machine downtime. Weld-Immune inductive sensors from Contrinex with ACTIVSTONE™ coating offer the highest level of weld spatter resistance. The high-performance ceramic material forms a durable, non-stick coating on all external surfaces of the sensor, including the fixing nuts. The coating material prevents weld spatter accumulation, making slag removal much easier and reducing maintenance costs. As a sensor coating, it provides excellent, long-term protection in spot, MIG and MAG applications. Inductive sensors in welding applications need protection from magnetic fields, generated by the welding equipment which can cause false triggering. Weld-Immune sensors from Contrinex’s Full Inox and Classics technology families meet this challenge with special interference suppression technology. These sensors offer optimum detection sensitivity combined with immunity to magnetic interference, in particular from medium-frequency fields (current up to 15kA), making them ideal for automated welding cells in the automotive industry and applications with similar magnetic fields. Full Inox sensors provide a long service life in the most demanding welding environments because their sealed, one-piece V2A/AISI 303 stainless steel housings provide excellent mechanical and chemical resistance to shocks, vibration and abrasion. If impacts occur, the Condet® technology ensures reliable switching, even when damage to the ferrite is severe. The sensors are also unaffected by weld spatter, metal dust or chips and offer long sensing distances with factor 1 on steel & aluminium. ACTIVSTONE™ coated sensors & coated mounting brackets will be available from early 2020.
WELD-IMMUNE INDUCTIVE SENSORS Contrinex’s innovative ‘EXTREME’ ‘700 Series’ sensor family, which is so impact and abrasion resistant that you can use it to hammer in nails, is also available in Weld-immune versions and now also weld spatter-resistant ceramic coating - Imagine how it can reduce machine down-time. Read more about these innovative sensors below or CLICK HERE to view this product family on Contrinex’s website, CLICK HERE to read about the NEW weld spatter-resistant ceramic coating versions, or call us to help guide you through selection, or answer your questions. Below is more information and links to additional information and application stories.
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Helping you #MakeSenseofSensors
WELD-IMMUNE INDUCTIVES Contrinex’s innovative ‘EXTREME’ ‘700 Series’ sensor family, which is so impact and abrasion resistant that you can use it to hammer in nails, is also available in Weld-immune versions and now also weld spatter-resistant ceramic coating - Imagine how it can reduce machine down-time. CLICK HERE to view this product group on Contrinex’s website, CLICK HERE to read about the NEW weld spatter-resistant ceramic coating versions, or call us to help guide you through selection, or answer your questions. Below is more information and links to additional information and application stories.
FIND OUT MORE - HERE ARE SOME SUGGESTIONS:
AUTOMOTIVE APPS BROCHURES VIDEOS
PROMOTIONAL VIDEO
NEW - Contrinex’s weld-Immune range of inductive sensors now includes ceramic-coated versions. In addition to mechanical shock resistance & immunity to the magnetic fields of welding equipment, the new sensors are characterised by a robust, weld spatter- resistant coating. This coating increases the service life of sensors, facilitates cleaning and helps to reduce machine downtime. Weld-Immune inductive sensors from Contrinex with ACTIVSTONE™ coating offer the highest level of weld spatter resistance. The high-performance ceramic material forms a durable, non-stick coating on all external surfaces of the sensor, including the fixing nuts. The coating material prevents weld spatter accumulation, making slag removal much easier and reducing maintenance costs. As a sensor coating, it provides excellent, long-term protection in spot, MIG and MAG applications. Inductive sensors in welding applications need protection from magnetic fields, generated by the welding equipment which can cause false triggering. Weld-Immune sensors from Contrinex’s Full Inox and Classics technology families meet this challenge with special interference suppression technology. These sensors offer optimum detection sensitivity combined with immunity to magnetic interference, in particular from medium-frequency fields (current up to 15kA), making them ideal for automated welding cells in the automotive industry and applications with similar magnetic fields. Full Inox sensors provide a long service life in the most demanding welding environments because their sealed, one-piece V2A/AISI 303 stainless steel housings provide excellent mechanical and chemical resistance to shocks, vibration and abrasion. If impacts occur, the Condet® technology ensures reliable switching, even when damage to the ferrite is severe. The sensors are also unaffected by weld spatter, metal dust or chips and offer long sensing distances with factor 1 on steel & aluminium. ACTIVSTONE™ coated sensors & coated mounting brackets will be available from early 2020.
DEMONSTRATION VIDEO