70cm Infrared Photoelectric Switch Proximity Sensor DC 636V E3F3DS50N1

Features: Photoelectric Switch uses the blocking or reflection of the detected object to the beam, to detect the existence of the object. Photoelectric Switch converts the input current into a light signal on the transmitter, and the receiver detects the target object according to the strength or presence of the received light. Objects are not limited to metal, and all objects that reflect light (or block light) can be detected. It uses infrared light to detect objects without contact or damages. High precision, quick response, strong antiinterference capability. Specification: Detection Range: 70cm+10percent Detection Range Adjustment: sensitivity regulator Detection Target: transparentopaque object Response Time: 1ms Ondelay: 1.5ms Light Source: infrared light 660nm Supply Voltage: DC1224V(636V) impulse (PP) <10percent Withstand Voltage: AC1000V 5060Hz 1min, between charging part and housing Voltage Influence: +10percent detection distance (within +15percent of rated supply voltage range) Current Consumption: N.P type: <20mA, A type: <1.7mA Control Output: N.P type: <300mA, A type: <400mA, J type: <2A Contact Life: 100,000 times Circuit Protection: N.P.D type: reverse connection protection, surge absorption, load short circuit protection; A type: surge absorption Operation Environment: 30~65 degrees C (no freezing, no condensation), 3595percent RH Temperature Influence: temperature range 30~65 degrees C, at +23 degrees C: +15percent detection distance; temperature range: 25~60 degrees C, at +23 degrees C: + 10percent detection distance Insulation Impedance: >50M Ohm (DC500 megohmmeter), between charging part and housing Housing Material: ABS Detection Surface (lens): PMMA Weight: 118g (approx.) Package List: 1 x Photoelectric Switch Photoelectric Switch uses the blocking or reflection of the detected object to the beam, to detect the existence of the object. Photoelectric Switch converts the input current into a light signal on the transmitter, and the receiver detects the target object according to the strength or presence of the received light. Objects are not limited to metal, and all objects that reflect light (or block light) can be detected. It uses infrared light to detect objects without contact or damages. High precision, quick response, strong antiinterference capability.