When someone steps on the safety mat, it will continue to open the safety circuit,
When someone steps on the safety mat, it will continue to open the safety circuit,
When someone steps on the safety mat, it will continue to open the safety circuit,
When someone steps on the safety mat, it will continue to open the safety circuit,
When someone steps on the safety mat, it will continue to open the safety circuit,
Model
PSM3

Item specifics

Detection method
pressure sensing method
>3,000,000 times
>3,000,000 times
Protection level:
IP65
Response time:
13ms
Maximum sensing angle:
<90°

Product review

Description

When someone steps on the safety mat, it will continue to open the safety circuit until the person leaves the mat and activates the reset circuit again. This makes the safety mat more suitable for places where anyone has to spend a long time for manual setup, repair or maintenance. Typical applications include robotic work cells, welding robots, punches and presses, and many assembly or material handling machines.
Any method of achieving mechanical safety and its ancillary benefits involves careful engineering analysis and the measurement and use of each safety technology applied in combination. This includes Xinda hard guards, safety switches, emergency or emergency stop switches, safety light curtains and safety mats. The application and suitability of machinery safety equipment can be determined through a thorough and consistent safety review (risk assessment).
Even when automated equipment is used, hard guards and mechanical locks are meaningful for locations where moving equipment (pulleys, gears, and belts) or wrong debris, gas, or even radiation or heat may be released during machine operation. Generally speaking, these areas mean restricted or inaccessible personnel access during the operation of the machine. They can only enter these areas when the machine reaches a safe state after shutdown.