Description
HF800 is equipped with imager with a resolution of 500K-pixel which is capable of collecting images at 60 fps. Its built-in red LED light source combined with exceptional DPM decoding algorithm enables HF800 to have powerful DPM resolution. In addition, its compact size makes it ideal for use in industrial environment with limited space. The IP65 protection rating also ensures that it can handle various harsh working environments.
HF800 is also equipped with DataMax software, as well as AutoLearn function. The user can complete image setting with just one button, a significant convenience for any bar code reader.
The device is integrated with network ports, RS232 port and RS485 port as well as I/O port input to meet the needs of users in different application environments. A 0-degree and 90-degree version for vertical or horizontal mounting can be selected based on the site’s actual working needs.
Depending on the working distance, there are 3 different versions available– HD, SR and ER. The user can select a product that suits their needs for working distance and field of vision.
Powerful DPM decoding: 500K-pixel resolution imager with 60fps capability and built-in red LED light source to give it powerful decoding capability for DPM.
Suitable for use in harsh and complex environments: Its compact size makes it ideal in tight industrial environment, while its IP65 rating ensures that it can handle all types of harsh and complex work environments.
Simple and quick configuration: Equipped with DataMax software and AutoLearn functions, it allows image setting to be completed with just one button, thereby significantly increasing the convenience of configuring the reader.
Wide variety of ports: HF800 is integrated with network port, RS232 port and RS485 port, as well supports I/O port output.
Numerous models to meet different application needs: Offers two versions – 0° and 90° – as well as 3 versions namely HD, SR and ER for different distances*; product combinations meet the needs of users for different applications.
