HAMILTON Inductive Proximity Switches are solid state switching devices based on Eddy Current Loss Principle. An alternating electromagnetic Field is developed at the sensing face of the proximity switch. When any metallic object enters this field the eddy current increase. The amplitude of the oscillations of electro magnetic field is consequently reduced. This reduction in amplitude is processed and an output stage is switched on or off. For DC switches this output stage is either a PNP or NPN transistor and For AC switches it is a Thyristor.

THE PRODUCT RANGE

3 wire DC switches with PNP/NPN, NO/NC, Flush/Non Flush combinations. 2/3 wire AC switches with NO/NC, Flush/Non Flush combinations. Photoelectric Proximity Switches, Diffuse Scan type with adjustable sensing range. Photoelectric Thru Beam Sensor (Range upto 4 Meters). Capacitive Proximity Switches.

APPLICATION