E2EX1R5E2N

Series:	E2E
Part Status:	Obsolete
Sensor Type:	Inductive
Sensing Distance:	0.059" (1.5mm)
Output Type:	NPN-NC, 3-Wire
Response Frequency:	2kHz
Shielding:	Shielded
Material - Body:	Stainless Steel
Voltage - Supply:	10 V ~ 40 V
Termination Style:	Cable Leads
Operating Temperature:	-40°C ~ 85°C
Ingress Protection:	IP67
Indicator:	LED
Package / Case:	Cylinder, Threaded - M8

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Proximity Sensors

Proximity sensors are a type of non-contact sensor that detect and respond to nearby objects without having to be touched. These sensors are used in a wide variety of applications, from simple switches on computers and vehicles to complex positioning and automation systems. The two main types of proximity sensors are inductive and capacitive.

Inductive Proximity Sensors

Inductive proximity sensors detect metallic objects, such as those made of steel, aluminum, or other conductive materials. They are typically used in industrial environments, such as on machines or in production lines. The sensors work by emitting an electromagnetic field around them, which is disrupted when a metallic object enters the field. This disruption is then detected and can be used to activate a switch or relay, or trigger a response from a machine or production line. Inductive sensors are generally very reliable and robust, and can be used in a wide range of applications. They are also easy to install and cost-effective. The major disadvantages of inductive sensors are that they require a minimum distance from the object to be detected, and their accuracy is affected by the type of metal and its distance.

Capacitive Proximity Sensors

Capacitive proximity sensors detect objects made of non-conductive materials such as wood, plastic, and glass. These sensors work by sensing and measuring an electric field that is generated between the object being detected and the sensor itself. When an object enters the field, the sensed capacitance changes and can be used to activate a switch or relay.Capacitive sensors offer a wider range of applications and are much more accurate than inductive sensors. They are also much less affected by distance and the type of material being detected. The major disadvantages of capacitive sensors are that they require more power and are more expensive than inductive sensors.

Conclusion

Proximity sensors are a versatile and effective tool for detecting and responding to nearby objects. Inductive sensors are great for metal objects, while capacitive sensors are ideal for non-metallic objects. Depending on the application, either type of sensor can provide reliable and accurate results.

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