Whether you need safeguarding of danger zones or access monitoring: 2D laser scanners offer a flexible solution for your safety requirement. Thanks to the free configuration of warning fields and protected fields, plus options for adapting to structural conditions, they are ideal for integrating into the widest range of applications.
What can safety laser scanners achieve these days? Read on for an up-to-date account of the key applications.
Stationary safeguarding of danger zones
Applications that involve interaction between man and machine place heavy demands on the safety solution. Safety laser scanners detect when a person approaches a hazardous movement and shut the movement down. Protected fields and warning fields can be configured with flexibility and adapted to structural conditions. When someone enters the warning field, the hazardous movement is subjected to controlled braking. Should the person reach the protected field, the hazardous movement is stopped.
Safeguarding of automatic guided vehicle systems
Reliable safeguarding of automatic guided vehicle systems (AGV) is required in order to protect people and objects from harm. Thanks to their compact design, 2D laser scanners are ideal for integrating into an AGV. This way they can detect any objects in the vehicle's path. As a result they offer far greater benefits compared with stationary safeguards on the AGV's route. Even with high speeds that require a longer braking distance, safety laser scanners provide maximum safety – without compromising productivity.
- No unnecessary down times: monitoring of speeds for flexible adaptation of the protected fields
- Easy to integrate into the application: free configuration of protected fields and warning fields, including adjustment to structural conditions
Particularly in danger zones where visibility is poor and on robot applications, a reliable safety concept is a necessity. Protection against encroachment from behind is required, alongside a secure safety gate switch or light grids at the entrance to the danger zone. 2D laser scanners detect when a person is present inside the danger zone. While there is anyone inside the protected field, they will prevent the hazardous movement from restarting.
- Resolves two challenges simultaneously: safeguarding of danger zones and restart monitoring
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