Baumer IGYX08P17B3/L Inductive Proximity Sensor

उत्पाद वर्णन

The Baumer IGYX 08P17B3/L (IGYX08P17B3L) is an inductive proximity switch with a flush mounting type and a nominal sensing distance of 2 mm, ensuring precise detection. Operating within a voltage supply range of 10 to 30 VDC, it features PNP make function output circuitry and provides protection against short circuits and reverse polarity. Crafted with a cylindrical threaded design and stainless steel housing, it ensures durability and reliability in diverse industrial environments.

With compact dimensions of 8 mm diameter and 30 mm housing length, this sensor offers versatility in installation. It boasts an IP67 protection class and can withstand temperatures ranging from -25 to +75C, making it suitable for harsh operating conditions. Originating from Switzerland, it upholds quality standards associated with Swiss manufacturing practices

Our engineers actively inputted all the required details of this sensor in accordance with the datasheet. Nevertheless, it™s imperative to recognize that errors may arise during this process. However, despite our sincere efforts, it™s important to remain cautious. Despite this, inaccuracies can still occur nonetheless.

Engineered for Industrial Precision

The Baumer IGYX08P17B3/L sensor is crafted to deliver exceptional accuracy and minimal power usage, making it perfect for precision-focused industrial applications. Its robust construction ensures outstanding durability, while the long service life reduces replacement and maintenance efforts for manufacturers. It's a trusted choice for industries requiring consistent, high-performance detection capabilities.


Versatile Application Possibilities

Suitable for a wide array of industrial environments, this sensor adapts seamlessly to everything from automated assembly lines to robotic installations. Its compatibility with a 10-30V DC input means it can be integrated into most standard control systems, ensuring flexibility and reliability no matter where it's deployed.