wenglors New Inductive Proximity Switches
A wide variety of applications can now be implemented even faster and more cost effectively with wenglor inductive proximity sensors. Diverse designs in combination with various housing materials and modes of operation leave nothing to be desired.
The Same Switching Distance for All Types of Metal Inductive All-Metal Sensors
Whether aluminium, copper, brass or steel is involved the all-metal sensor always has the same switching distance thanks to the use of a differential transformer. The sensors have a correction factor of 1.
Thanks to its Teflon coating, this wenglor inductive sensor can be used in practically any industrial environment. Welding spatter doesnt adhere to its outside surfaces, making it ideal for use in the automotive industry and aircraft manufacturing. And its resistant to magnetic fields as well.
The sensors are further distinguished by large switching distances of up to 35 mm.
The Same Switching Distance for All Types of Metal Inductive All-Metal Sensors
Whether aluminium, copper, brass or steel is involved the all-metal sensor always has the same switching distance thanks to the use of a differential transformer. The sensors have a correction factor of 1.
Thanks to its Teflon coating, this wenglor inductive sensor can be used in practically any industrial environment. Welding spatter doesnt adhere to its outside surfaces, making it ideal for use in the automotive industry and aircraft manufacturing. And its resistant to magnetic fields as well.
The sensors are further distinguished by large switching distances of up to 35 mm.
This product information
is expired!
Use our search-function for current products ...
is expired!
Use our search-function for current products ...
