Application in the Robot Industry

With the upgrading of the manufacturing industry, robots are widely used in various automated production lines. Due to the highly automated operation of robots,

It is essential to provide safety protection for robots and ensure personal safety. Of course, the process of each robot is different, and there will be differences in risk points and solutions.

Generally speaking, risk plans need to be identified through risk assessment, and then different protective measures should be developed based on risks and operational procedures. Normally,

We will confirm the length, width, and height of the safety fence based on the operating radius and height of the robot. Install access controls at both personnel and material entrances to restrict personnel access

Entry and exit, unless authorized personnel are present. Even if authorized personnel open the security door, all operating equipment must automatically stop, which requires

To solve the problem, it is necessary to conduct fence inspections, use laser scanners, safety pressure-sensitive switches, or exchange interlocks. The exchange interlocking mode of the above products has been established recently

Another way to make the robot stop automatically is that the safety door lock of the robot fence itself has a locking pin and automatic interlocking function. Zelma T1

The series effectively addresses this pain point. Once the latch handle of the robot fence is opened, the device immediately loses power and stops running. Of course, there are even more complex ones

set up. That is to say, personnel entering the robot security fence must set a password or fingerprint in order to open the security door. After opening the fence

Interlock reacts again.