KJR-D50AN-DNIA-VE

Proximity sensors are a type of contactless sensing devices used for detecting and measuring the presence of nearby objects without any physical contact. They come in many different forms including infrared photocells, contactless switches, non-metallic capacitors, and more recently the KJR-D50AN-DNIA-VE. This article is intended to summarize the application field and working principle of the KJR-D50AN-DNIA-VE.

Application Field

The KJR-D50AN-DNIA-VE is a versatile proximity sensor that is suitable for a wide variety of applications, from positional detection, to presence/absence detection, and even more intricate use cases such as on-off control, vibration monitoring, and motion control. It can be used in automated assembly lines, conveyor systems, packaging systems, automotive components, electronic factories, mobile robots, and other automated production systems.

Working Principle

The KJR-D50AN-DNIA-VE proximity sensor works on the principle of optical triangulation. It uses a series of high power infra-red LEDs placed around the sensing field, and an additional built-in camera. When an object passes through the sensing range, the camera detects the IR LEDs and the sensor calculates the distance between the object and the sensing device. This distance is then used to trigger an output like a relay, contactor, or even an alarm.

The sensor is highly sensitive, and can detect objects at a distance of up to 2 meters. The sensing range can also be extended by using additional infra-red emitters. The KJR-D50AN-DNIA-VE is resistant to dust and water, and is rated for IP67 protection.

Conclusion

The KJR-D50AN-DNIA-VE is an incredibly versatile and reliable proximity sensor that can be used in a wide variety of applications. It works on the principle of optical triangulation, using a series of infra-red LEDs and a camera to detect and measure the distance of nearby objects, and its range can be extended by using additional emitters. It is highly dust and water resistant, and is rated for IP67 protection.