RECTANGULAR Proximity Sensors 1,163

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Part	Manufacturer	Sensors or Transducers Type	Mounting Feature	Output Type	Package Shape or Style	Output Range	Maximum Supply Voltage	Body Length/Diameter	Body Width	Maximum Accuracy (%)	Body Height	Minimum Supply Voltage	Maximum Operating Temperature	Response Time	Minimum Operating Temperature	Termination Type	Output Interface Type	Maximum Operating Current	Additional Features	Maximum Measurement Range (mm)	Housing	Minimum Measurement Range (mm)
E3JK-TR11-C2M	Omron	PROXIMITY SENSOR,PHOTOELECTRIC	MOUNTING HOLE	RELAY	RECTANGULAR		264 V	50 mm	18 inch		50 mm	21.6 V	55 Cel	20000 us	-25 Cel	CABLE			IP 64	40000 mm	ABS	0 mm
E3JK-TP122M	Omron	PROXIMITY SENSOR,PHOTOELECTRIC	MOUNTING HOLE	PNP	RECTANGULAR		30 V	50 mm	18 inch		50 mm	10 V	55 Cel	1000 us	-25 Cel	CABLE		40 mA	IP 64, REVERSE POLARITY PROTECTION, SHORT CIRCUIT PROTECTION	5000 mm	ABS	0 mm
E3T-ST21M2M	Omron	LINEAR POSITION SENSOR,PHOTOELECTRIC,THROUGH BEAM	BOARD MOUNT/ PANEL MOUNT	NPN	RECTANGULAR		26.4 V	12.8 mm	7 inch		22 mm	10.8 V	55 Cel	1000 us	-25 Cel	WIRE		30 mA	IP 67, REVERSE POLARITY, SHORT CIRCUIT PROTECTION	300 mm	PBT	0 mm
E3Z-T86-IL2	Omron	PROXIMITY SENSOR,PHOTOELECTRIC		PNP	RECTANGULAR		30 V	20 mm	10.8 inch		31 mm	10 V	55 Cel	1000 us	-25 Cel	CONNECTOR	IO-LINK	50 mA	IP 67, REVERSE POLARITY PROTECTION, SHORT CIRCUIT PROTECTION	15000 mm	PBT	0 mm
E3T-ST11M2M	Omron	LINEAR POSITION SENSOR,PHOTOELECTRIC,THROUGH BEAM	BOARD MOUNT/ PANEL MOUNT	NPN	RECTANGULAR		26.4 V	12.8 mm	7 inch		22 mm	10.8 V	55 Cel	1000 us	-25 Cel	WIRE		30 mA	IP 67, REVERSE POLARITY, SHORT CIRCUIT PROTECTION	1000 mm	PBT	0 mm
E3S-AT312M	Omron	PROXIMITY SENSOR,PHOTOELECTRIC	BOARD MOUNT	PNP	RECTANGULAR		30 V	40 mm	12 inch		21 mm	10 V	55 Cel	500 us	-25 Cel	CABLE		20 mA	IP67, REVERSE POLARITY PROTECTION, SHORT CIRCUIT PROTECTION	7000 mm	PBT	0 mm
HSDL-9100-001	Broadcom	PROXIMITY SENSOR,PHOTOELECTRIC	SURFACE MOUNT	ANALOG CURRENT	RECTANGULAR	0.1mA	1.6 V	7.1 mm	2.75 inch		2.7 mm	1.5 V	85 Cel		-40 Cel			100 mA		60 mm		0 mm
APDS-9130-200	Broadcom	PROXIMITY SENSOR,PHOTOELECTRIC	SURFACE MOUNT	DIGITAL CURRENT	RECTANGULAR		3.6 V	4.94 mm	3.36 inch		3.5 mm	2.2 V	85 Cel		-30 Cel	SOLDER	2-WIRE INTERFACE	.25 mA
APDS-9190	Broadcom	PROXIMITY SENSOR,PHOTOELECTRIC	SURFACE MOUNT		RECTANGULAR		3.6 V	3.94 mm	2.36 inch		1.35 mm	2.5 V	85 Cel		-30 Cel	SOLDER	2-WIRE INTERFACE	.25 mA
APDS-9130-140	Broadcom	PROXIMITY SENSOR,PHOTOELECTRIC	SURFACE MOUNT	DIGITAL CURRENT	RECTANGULAR		3.6 V	4.94 mm	3.36 inch		2.8 mm	2.2 V	85 Cel		-30 Cel	SOLDER	2-WIRE INTERFACE	.25 mA
APDS-9950	Broadcom	PROXIMITY SENSOR,PHOTOELECTRIC	SURFACE MOUNT		RECTANGULAR		3.5 V	3.94 mm	2.36 inch	3	1.35 mm	2.5 V	85 Cel		-30 Cel	SOLDER	2-WIRE INTERFACE	.33 mA

Proximity Sensors

Proximity sensors are electronic sensors that are used to detect the presence or absence of an object in close proximity to the sensor. They work by detecting changes in the electromagnetic field around the sensor caused by the presence of an object. Proximity sensors are widely used in a variety of applications, such as industrial control systems, robotics, automotive, and consumer electronics.

There are several types of proximity sensors, including inductive sensors, capacitive sensors, magnetic sensors, and ultrasonic sensors. Inductive sensors use electromagnetic induction to detect metallic objects, while capacitive sensors use changes in capacitance to detect non-metallic objects. Magnetic sensors use changes in magnetic fields to detect metallic objects, and ultrasonic sensors use sound waves to detect objects.

Proximity sensors offer several advantages over other types of sensors. They are highly reliable and can operate in harsh environments and extreme temperatures. They are also non-contact sensors, which means they can detect objects without physical contact with the object being measured. Additionally, they can be used to detect objects of different shapes and sizes, making them highly versatile.

However, proximity sensors also have some limitations, such as limited range of operation and sensitivity to external disturbances. They can also be affected by the material composition and surface texture of the object being detected.