2-81-250 bracket, LANBAO, mounting bracket for optical sensors

2-81-250 bracket, LANBAO, mounting bracket for optical sensors

2-81-250 bracket is a mounting bracket for optical sensors made by LANBAO. This type is used for mechanical fixing and position adjustment of a compatible optical sensor.

Typical applications

Model 2-81-250 bracket is designed for stable mounting of sensors on machines, conveyors, profiles and other industrial automation structures. When designing the application, it is advisable to verify the actual working distance, target properties, mounting space and ambient conditions.

Technical specifications

Mounting

Model 2-81-250 bracket is used for mechanical fixing of an optical sensor. During installation, set the bracket so that the sensor points exactly at the monitored object, the reflector or the opposite part of the light barrier and so that the position does not change during operation.

Application example – precise sensor alignment

The bracket is fixed to the machine structure and allows the sensor position to be set correctly relative to the monitored object or optical axis. When choosing, it is important to verify mechanical compatibility with the specific sensor.

Why choose this variant

Model 2-81-250 bracket is a specific variant of the type mounting bracket for optical sensors. When choosing, it is important to compare its exact design with the mechanical, optical and electrical requirements of the application.

Frequently asked questions

What is 2-81-250 bracket?

2-81-250 bracket is a mounting bracket for optical sensors made by LANBAO. In practice it is used for mechanical fixing and position adjustment of a compatible optical sensor.

What to check when choosing 2-81-250 bracket?

Check the exact order code, sensing principle, mechanical design and, depending on the product type, also range, supply, output and connection.

What to watch out for when using 2-81-250 bracket?

Check mechanical compatibility with the sensor and the possibility of precise position adjustment relative to the monitored object or optical axis.