PROXIMITY SENSOR – TYPE CYLINDER / SIZE HEAD = M18 / ARMORED – DISTANCE DETECTION = 7MM -10% A + 10% – DISTANCE ADJUSTMENT = 0 5.6 MM – DISTANCIA DIFFERENTIAL = 10% MAXIMUM DISTANCE DETECTION – FEELING OBJECT = FERROUS METAL (DECREASE SENSITIVITY WITH NON-FERROUS METALS) – FREQUENCY RESPONSE = 0.5 KHZ (MEDIA) – POWER SUPPLY = 12 A 24 VDC (RIPPLE (PP): 10% MAXIMUM) -RANGE OPERATING VOLTAGE = 10 A 30 VDC – CURRENT CONSUMPTION = 0.8 MA MAXIMUM – CONTROL OUTLET (TYPE OUTPUT) = DC 2 WIRE MODELS WITH POLARITY – CONTROL OUTPUT (SWITCHING CAPACITY) = 3 100 MA – CONTROL OUTPUT (VOLTAGE RESIDUAL) = 3V MAXIMUM (WITH A DISCHARGE CURRENT WITH 2M CABLE) – WINDOW RUN = (RED) / OPERATION INDICATOR DEFINITION (GREEN) – FREQUENCY = DEFAULT – METHOD OF CONNECTION (CONNECTOR MODELS) = M12 = MATERIAL OF NICKEL BRONZE PLATING – MATERIALS (SENSING FACE) PBT = – MATERIALS (TIGHTENING NUTS) = OF NICKEL BRONZE PLATING – MATERIALS (WASHER BITE) = IRON GALVANIZATION

OPEX X CAPEX: Which is ideal for industry 4.0?
Acceleration of innovations in Industry 4.0 makes technologies obsolete quickly. Find out how to balance the cost of your company’s operations in this new scenario!


