PJ-1213-617-02photoelectric sensor

Medical testing equipment photoelectric sensor, equivalent to OPB880T51Z slot photoelectric switch

The SODOWELL PJ-1213-617-02 Photoelectric Sensor is a precision-engineered device designed for versatile applications in medical detection equipment and industrial machinery, serving as a reliable solution for limit detection and counting purposes. Its advanced photoelectric technology ensures accurate and fast sensing, making it an indispensable component in modern automation systems.

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Description Technical Data Technology

PJ-1213-617-02 photoelectric sensor

Mechanical Equipment: Ideally suited for use in a wide range of mechanical setups, this sensor effectively monitors and controls the movement of mechanical parts, ensuring smooth and precise operations.
Medical Detection: In the medical field, it finds application in advanced diagnostic equipment, where precise measurements and positioning are crucial for accurate results.

Mounting and Mechanical Features

The installation and mechanical characteristics of photoelectric switches are straightforward yet crucial for efficient operation. During installation, the switches are mounted securely using brackets and tightened to a specified torque to ensure stability. The wiring connections are made with the power supply turned off, ensuring safety during the process. Mechanically, photoelectric switches exhibit high sensitivity and reliability, capable of detecting changes in light intensity swiftly and accurately. The use of LED technology further enhances their performance, as LEDs are durable, shock-resistant, and capable of emitting modulated light signals for precise detection. Overall, the installation and mechanical properties of photoelectric switches contribute to their reliable function in various industrial and automation applications.

Accuracy, Outputs and Electrical Connectivity

Characteristics of photoelectric sensors

The photoelectric sensor, or simply referred to as a micro sensor, exhibits distinct characteristics that enable it to play a pivotal role in various optoelectronic detection systems. It functions by converting variations in measured parameters into changes in optical signals, which are then further translated into electrical signals for sensing purposes. This capability renders it versatile for detecting both direct changes in light quantity, such as light intensity and illuminance, as well as indirect changes that can be converted into optical variations, covering aspects like object dimensions, surface roughness, strain, displacement, vibration, velocity, acceleration, and even shape recognition. The sensor’s simplicity, non-contact nature, high reliability, precision, and quick response make it an invaluable component in numerous industrial and automated applications.

Benefits at a glance

Customization: We offer customization services according to your specific requirements, ensuring that the sensor perfectly fits your application needs.
Installation & Operation: Please refer to the enclosed user manual for proper installation and operation instructions.
After-sales Support: Our dedicated customer service team is available to address any queries or concerns you may have, ensuring a seamless experience from purchase to post-sale support.

Note: Regular maintenance and inspection are recommended to maintain optimal performance and extend the product’s lifespan.

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Capacitive Technology

Crafted from high-quality Polycarbonate (PC), the SODOWELL PJ-1213-617-02 Photoelectric Sensor is both durable and lightweight, making it suitable for various installation environments. The dimensions are optimized for easy integration into most mechanical and electronic systems.