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Inductive position sensor / full metal
IFM's Full metal inductive sensors are specifically designed to be used for hygienic and wet areas in the food industry. The sensor features a steam boiler test that checks the...
Inductive position sensor / full metal
IFM's Full metal inductive sensors are specifically designed to be used for hygienic and wet areas in the food industry. The sensor features a steam boiler test that checks the system for leaks, an improved range of overall sensing, an ample temperature measurement range of 0 to 100 degrees celsius. It also features an ingress protection that supports food-related housing elements. These "neat and clean" inductive sensors provides solution for most, if not all food industry-related technical issues. In addition, these inductive sensors are highly repellent to any strong cleaning mediums, and are capable of resisting various environmental conditions, including wet areas.
Inductive position sensor / full metal - M8 - M30, 2 - 12 mm | T, R, C series
The IFM Full metal inductive sensors are ingressresistant in all operations. The T series are completely sealed in hygienic and moist areas, the R series are strong...
Inductive position sensor / full metal - M8 - M30, 2 - 12 mm | T, R, C series
The IFM Full metal inductive sensors are ingressresistant in all operations. The T series are completely sealed in hygienic and moist areas, the R series are strong and sturdy in welding operations, and the C series are resistant to oils and coolant. Due to its full stainless metal composition, the sensing is more accurate with resistance to shock and impacts. Also, the stainless steel housing with or without non-stick coating helps the functionality of the sensor. The sealing used also ensures maximum production through protecting the sensor from the entry of moisture, and the sensors can be used for operations in metalworking and welding.
Inductive position sensor / full metal - M8 - M30, max. 12 mm | IER, IFR, IGR, IIR series
The ifm full metal inductive sensors are used in metalworking and welding industries. Is sensing face of the housing is made of stainless steel, and...
Inductive position sensor / full metal - M8 - M30, max. 12 mm | IER, IFR, IGR, IIR series
The ifm full metal inductive sensors are used in metalworking and welding industries. Is sensing face of the housing is made of stainless steel, and plastic which is resistant to collants, lubricants, and oil. It has a robust casing ranging from M8 to M30 and is resistant to shock and vibration as they have undergone vibration, shock, coolant, and impact tests. It is suited for compact machines as it only measures 40mm. It is aided by LEDS with a setting of quick adjustment and peak utilization of the sensing range, and its non-stick overlay makes the weld smear to slide off the sensor.
Inductive position sensor / full metal - max. M30, 2 - 12 mm | IFR, IGR, IIR, IER series
The IFM Inductive sensor is enclosed in a full metal housing. This sensor has passed numerous tests for impact, vibration and shock test, ensuring its reliability...
Inductive position sensor / full metal - max. M30, 2 - 12 mm | IFR, IGR, IIR, IER series
The IFM Inductive sensor is enclosed in a full metal housing. This sensor has passed numerous tests for impact, vibration and shock test, ensuring its reliability...
Inductive position sensor / full metal - M8 - M30, 2 - 10 mm | IEC, IFC, IGC, series
The full metal inductive sensors of IFM combine product sturdiness and quality with excellence of overall performance output. These sensors are not only perfect for metalworking...
Inductive position sensor / full metal - M8 - M30, 2 - 10 mm | IEC, IFC, IGC, series
The full metal inductive sensors of IFM combine product sturdiness and quality with excellence of overall performance output. These sensors are not only perfect for metalworking functions; they may also be utilized for a myriad of other purposes, such as welding, and many more industrial practicalities.
IFM's full metal inductive sensors are manufactured out of world-class stainless steel, which have withstood the tests of shock, impact, vibration, and even coolant resistance. This series of inductive sensors also guarantees security against oil-related problems or issues, as each model from the line has a Vitron-made O-ring seal and an eco-link connector.
IFM's full metal inductive sensors are manufactured out of world-class stainless steel, which have withstood the tests of shock, impact, vibration, and even coolant resistance. This series of inductive sensors also guarantees security against oil-related problems or issues, as each model from the line has a Vitron-made O-ring seal and an eco-link connector.
Proximity switch - max. 10 mm | EX-200 series
Inductive Gauging Sensors feature a Linearity of ± 1% of F.S., better response...
Proximity switch - max. 10 mm | EX-200 series
Inductive Gauging Sensors feature a Linearity of ± 1% of F.S., better response...
Infrared motion sensor - 200 mm, max. 250 km/h | CFL2A12111
The 1-Axis Optical Sensor is a device built to convert light into electronic signal. It has...
Infrared motion sensor - 200 mm, max. 250 km/h | CFL2A12111
The 1-Axis Optical Sensor is a device built to convert light into electronic signal. It has an escalated precision, slip-free measurement of distance and longitudinal speed in dynamic vehicle testing such as ISO 70028 with a brake course that measures during ABS braking of ISO 14512 on one-sided click lane. It also has a working scope of 220 to 480 mm.
Infrared motion sensor - 180 mm, 0.3 - 250 km/h | CSF2A12111
Characteristics features for the Correvit SFII sensors are based on an advanced development of the Formula-1 approved Correvit SF sensor,...
Infrared motion sensor - 180 mm, 0.3 - 250 km/h | CSF2A12111
Characteristics features for the Correvit SFII sensors are based on an advanced development of the Formula-1 approved Correvit SF sensor, including a longlife, vibration-resistant infrared LED illumination. A protective optical-glass lens shields damage to the optics and the illumination source and can be comfortably substituted without utilization of special tools.
Its applications are high-accuracy, slip-less calibration of distance, longitudinal and transversal pace and also angle for vehicle dynamics calibration.
Its applications are high-accuracy, slip-less calibration of distance, longitudinal and transversal pace and also angle for vehicle dynamics calibration.