Products

HR1S safety control relays are compact units designed to monitor safety input devices, which allow machine operation only when all safety controls are functioning properly and hazardous conditions are not detected. Supported safety devices include E-Stops, interlock switches and non-contact safety switches.

When you want a straightforward system that’s safe, easy-to-use and won’t cost an arm and a leg, a SafetyOne FS1A safety controller is the answer!

Force-guided relays are key electromechanical switching components, providing a failsafe within safety circuits and detecting failures such as contact welding or damage to the contact spring failure. Often used in combination with elevator controls, interlock switches, light curtains and emergency stop switches, these relays are crucial in safety control applications.

Force-guided relays are key electromechanical switching components, providing a failsafe within safety circuits and detecting failures such as contact welding or damage to the contact spring failure.

HE2B redundant, or double basic switches have multiple contacts for extra reliability, and meet all major robotics industry requirements. Off-On-Off functionality provides a high level of safety based on human behavioral studies which determine personnel may squeeze OR let go when presented with a panic situation.

The HE1B is small, lightweight and highly reliable. It is ideally suited for use in robotic teaching pendants and complies to major industry regulations. It provides a high level of safety based on human behavioral studies which determine personnel may squeeze OR let go when presented with a panic situation.

The HE3B enabling switch mounts into a standard 16mm panel cut out, and it has most of the same features as IDEC's other enabling switches. The Off-On-Off functionality provides a high level of safety based on human behavioral studies which determine personnel may squeeze OR let go when presented with a panic situation.

The HE5B is small, easy to mount and highly reliable. It is ideally suited for use in robotic teaching pendants and complies to major industry regulations. It provides a high level of safety based on human behavioral studies which determine personnel may squeeze OR let go when presented with a panic situation.