E3C-1

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The E3C-1 is an industrial photoelectric optical sensor used for various applications. It has a wide range of applications, varying from detecting objects to sensing color and position. This sensor is also suitable for use in industrial processes like welding and cutting. The E3C-1 has a simple construction that is cost-effective, making it a popular choice for many industrial applications.

The E3C-1 utilizes a photocell element combined with an infrared light emitting element mounted on a reflector. Both the light emitting element and the photocell element are sealed in a protective glass-fiber reinforced polycarbonate housing. This design quickly senses objects at varying distances without the requirement of additional circuitry or components.

When the infrared light emitted by the light-emitting element is blocked by an object passing between the sensor and the reflector, it is diverted from the photocell by the reflector and the output of the sensor is reduced. The further away an object is, the less output the sensor generates.

The E3C-1 can be used in diverse applications such as the following:

• Detecting or sensing objects
• Light and shadow sensing
• Welding and cutting processes
• Presence detection
• Material separations and orientation
• Color sensing

The E3C-1 is also suitable for applications such as presence detection for safety devices, temperature sensing, and even level detection for liquids and solids. The adjustable reflector allows the sensor to be used for different sensing distances and heights.

The E3C-1 is also easy to install and use. It is designed with a fast response time, low power consumption, and advanced optical sensing capabilities. The simple construction and convenient design also allow the use of multiple sensors in a given environment.

The E3C-1 is a versatile optical sensor capable of performing a variety of tasks including sensing light, object detection, color sensing, and material separations. Its adjustable reflector enables it to be used at a variety of different distances. In addition, its simple design makes it an economical solution for industrial applications and the ability to use multiple sensors in a single environment is also a major advantage.

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