Ultrasonic Proximity Sensor, Cylindrical, NPN/PNP, NO/NC

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$511.62

Affordable price cylindrical ultrasonic proximity sensor has three optional detection ranges of 30–300mm, 50–500mm and 60–1000mm, supports 1 NPN and 1 PNP switch output, NO/NC adjustable, suitable for a variety of automated detection scenarios. Its IP67 protection grade ensures stable operation in harsh environments and can be used for non-contact detection of targets of various materials.

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Signal Output *

SKU: ATO-UPROS-18GME2E3

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Overview

Ultrasonic proximity sensor supports 10–30V DC wide voltage input and has reverse connection protection. The operating temperature range is -25℃ to +70℃, and the storage temperature can reach -40℃ to +85℃, so it can handle complex working conditions without any pressure.

Specification

Model	ATO-UB300-18GM45-E2/E3	ATO-UB500-18GM45-E2/E3	ATO-UB1000-18GM55-E2/E3
Detection range	30-300mm	50-500mm	60-1000mm
Signal output	1 NPN/1 PNP switch output, NO/NC adjustable (E2: NPN, E3: PNP)
Blind zone	0-30mm	0-50mm	0-60mm
Resolution	0.1mm	0.15mm	0.17mm
Repeatability	0.15% offull-scale value
Absolute accuracy	±1% (built in temperature drift compensation)
Switching hysteresis	2mm
Switching frequency	45Hz	31Hz	19Hz
Response time	22ms	32ms	52ms
Power-Up Timer	<500ms
Operating voltage	10-30V DC, Reverse Polarity Protection
LED red ligh	No target is always bright, and no target flashes when studying
LED green light	Detected that the target is always bright, and the target flashes when studying
Overpower protection	200mA, redlight and green light flashing at the same time
Load impedance	I/<300 Ohm, U/>1k Ohm
No-load current	≤30mA
Material	Plastic, Nickel Plated, Brass, Urethane Foam
Connection type	5pin M12 connector
Protection class	IP67
Environmental temperature	-25℃~+70℃ (248~343K)
Storage temperature	-40℃~+85℃ (233~358K)
Weight	32g		38g

Dimension (unit: mm)

Ultrasonic proximity sensor dimensions

Wiring diagram

Ultrasonic proximity sensor npn/pnp wiring

Output method

Ultrasonic proximity sensor output method

Applications

Ultrasonic proximity sensor applications

Tips: Principle of ultrasonic proximity sensor

Ultrasonic proximity sensors use the characteristics of sound waves to provide a non-contact, accurate detection solution for the state and distance of objects. The sensor transmits a high-frequency mechanical sound wave and receives the sound wave reflected back from the object. After calculating the time or energy between the emission and reception of the sound wave, the precise distance or state of the target object is obtained.

Ultrasonic proximity sensors are different from ordinary proximity switches and photoelectric sensors. Compared with inductive or capacitive proximity switches, it has a longer detection distance. Compared with photoelectric sensors, it can be used in harsher environments and is not affected by the color of the target object, dust, water mist, etc. in the air. Ultrasonic sensors are suitable for detecting objects in different states, such as liquids, transparent materials, reflective materials, and particulate matter.

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