■ 제품필수정보

제조사	Sick
제조사품명	UC12-11231
간략설명	Sick Ultrasonic Block-Style Proximity Sensor, 20 ??150 mm Detection, PNP Output, 10 ??30 V dc, IP67

■ 제품사양

Sensor Technology = Ultrasonic Body Style = Block Output
타입 = PNP-NO/NC Detection Range = 20 ??150 mm Terminal
타입 = M12 - 4 Pin IP Rating = IP67 Length = 50.5mm Switching Frequency = 25 Hz Depth = 15mm Maximum DC Voltage = 30V Switching Current = 500 mA Housing Material = Die Cast Zinc
최소 작동 온도 = -25°C UC12 Ultrasonic Proximity Sensor. SICK UC12 ultrasonic sensors provide reliable detection results where optical sensors reach their limits. The UC12 shares the same housing as common photoelectric sensors and is mechanically interchangeable with the industry-standard SICK W12 photoelectric sensor. UC12 sensors perform measurement and detection in a wide variety of application areas on coloured, shiny, or transparent surfaces, which are particularly challenging for optical sensors. Even adverse ambient conditions such as dust, dirt, or fog hardly affect the measurement result. Whether it is position detection, distance measurement or the detection of solid, powdered or liquid substances. UC12 Ultrasonic sensors from SICK demonstrate their reliability and precision in virtually any application. Features and Benefits. · Fast commissioning due to single-button teach-in · Ultrasonic measuring principle with maximum reliability through intelligent analysis of measured values · Full mechanical compatibility to photoelectric sensors increase application flexibility without machine modification · Reliable operation in dusty environments · Distance to object operating mode (e.g. for applications such as height detection) · Three operating modes: distance to object (DtO), window (Wnd), or object between sensor and background (OBSB) · Integrated temperature compensation ensures high measurement accuracy · Complementary switching outputs immediately signal faults. How do ultrasonic proximity sensor work?. Ultrasonic sensors emit a sonic pulse and monitor the signal that is reflected back. Where there is a difference in measurement, such as an object being detected, an output signal is given based on the specification the sensor is configured to. The time required for the pulse to go from the sensor to detect the object and come back again is measured, evaluated and converted into the distance.