quiko QK-CSASC150 200 is an electromechanical obstacle-sensing device designed to enhance safety in automated systems, particularly gates and barriers. Here's a brief overview of its capabilities:
Obstacle Detection: The device utilizes a sensitive edge made of thermoplastic rubber (TPE) with an elastic cushioning aftershock of over 30 mm and an aluminum support profile. This edge is designed to detect obstacles upon contact, triggering the safety mechanisms of the automated system.
Dual Microswitch System: The device employs two microswitches for reliable operation. The primary microswitch responds to the deformation of the rubber edge and its lower support, while the secondary microswitch serves as a backup in case of tension loss in the steel cable used for tensioning the edge.
quiko QK-CSASC150 200 is an electromechanical obstacle-sensing device designed to enhance safety in automated systems, particularly gates and barriers. Here's a brief overview of its capabilities:
Obstacle Detection: The device utilizes a sensitive edge made of thermoplastic rubber (TPE) with an elastic cushioning aftershock of over 30 mm and an aluminum support profile. This edge is designed to detect obstacles upon contact, triggering the safety mechanisms of the automated system.
Dual Microswitch System: The device employs two microswitches for reliable operation. The primary microswitch responds to the deformation of the rubber edge and its lower support, while the secondary microswitch serves as a backup in case of tension loss in the steel cable used for tensioning the edge.
quiko QK-CSASC150 200 is an electromechanical obstacle-sensing device designed to enhance safety in automated systems, particularly gates and barriers. Here's a brief overview of its capabilities:
Obstacle Detection: The device utilizes a sensitive edge made of thermoplastic rubber (TPE) with an elastic cushioning aftershock of over 30 mm and an aluminum support profile. This edge is designed to detect obstacles upon contact, triggering the safety mechanisms of the automated system.
Dual Microswitch System: The device employs two microswitches for reliable operation. The primary microswitch responds to the deformation of the rubber edge and its lower support, while the secondary microswitch serves as a backup in case of tension loss in the steel cable used for tensioning the edge.
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