Safety edges are used wherever moving edges pose a hazard to people. The hazardous areas are protected by hollow rubber profiles. As soon as a person or object touches them, the sensing profile is deformed, and the potentially hazardous movement stops.
Safety edges are used wherever moving edges pose a hazard to people. The hazardous areas are protected by hollow rubber profiles. As soon as a person or object touches them, the sensing profile is deformed, and the potentially hazardous movement stops.
Safety edges are used wherever moving edges pose a hazard to people. The hazardous areas are protected by hollow rubber profiles. As soon as a person or object touches them, the sensing profile is deformed, and the potentially hazardous movement stops.
GridScan/Pro SI is a highly reliable SIL 2-certified safety light curtain with a serial interface for industrial doors. Certified with an EC-type examination, it can be used in any door. The serial interface allows for the integration of additional functions such as soft stop, increasing the door`s service life.
GridScan/Pro is a highly reliable SIL 2-certified safety light curtain for industrial doors. Equipped with EC type examination certification, it can be used at any door. Thanks to its multi-output design and the changeable operating mode (from blanking to static), the GridScan/Pro can be integrated in all types of door control systems.
The GridScan/Mini is an extremely compact SIL 2-certified safety light curtain. Its door blanking function allows it to be integrated into the door design. The system with an FSS output fulfills EN 13849-1 Cat. 2 without testing.
The safety photo eye is used for entrapment protection on industrial doors, mainly for rolling grills. An interruption of the light beam initiates a signal between emitter and receiver which interrupts the movement of the power operated door.
RAY-M was designed as a light barrier for a small mounting space. It generates the standard OSE signal and can be operated in combination with well known control units. The RAY-M DUO is a double beam light barrier for safeguarding of two parallel areas via one signal.
RAY-N photo eyes are monitored sensors, using the same proven technology as the OPTOEYE. When the signal between emitter and receiver is interrupted, the sensor sends a signal to the operator to stop and reverse the door.
With its adaptable design, RAY-RT can be installed in the most challenging locations of door construction. It is designed for securing various points of the door and due to its compact size, it can even be integrated in the guide rail.
The RDS 100 radar sensor provides very reliable door activation. The sensor can be used for all automatic doors, thanks to his large detection area of 4 x 2 m at a mounting height of 2.2 m.
The TOFniva monitors a area of up to 2 m x 2 m, detecting when people or objects enter it. The detection area can be set to meet specific application needs and works with all backgrounds.
The TOF/Start-EA is the ideal door-opening sensor for pedestrian and industrial doors. Cross-traffic is ignored, ensuring energy-efficient usage and reducing mechanical wear.
The TOF/Spot is a compact yet powerful measuring system with the widest range of application possibilities. It offers ultra-reliable detection and exact detection range setting.
Wicket doors in panels of power operated sectional doors must be locked safely in their closing position prior to any operation of the sectional door. This is applicable to fully automated doors as well as to doors in hold-to-run mode. A safe contact must prevent the entire door from moving while the wicket door is not fully closed.
OSE cable sets contain a junction box, a spiral cable and cable gland accessories, and hence everything required to connect OSE sensors to a control device. Cable sets are provided with junction boxes and spiral cables in three sizes, each designed for different door types.
Coil cords are commonly used to wire the sensing edge from the moving door panel to the stationary door control unit. This solution is cost efficient and proven to work reliably. The wiring connection from the sensing edge to the coil cord is usually done within the protected environment of a junction box.
The hollow rubber profiles enclose the OSE safety light barrier. When the hollow rubber profile is deformed, the optical channel is interrupted, causing a dynamic safety signal to fail. This is detected by the control unit which interrupts the enable circuit. The potentially hazardous movement is halted.
