Force Guided: Different from normal relays
Force guided relays are used in safety circuits in combination with light curtains, interlock switches, and emergency stop switches to control outputs. These are used to expand outputs for safety relay modules and safety controllers. Our force guided relays are highly engineered for reliably switching low loads by the monitoring circuit. We developed comprehensive documentation for forced guided relays to accelerate the development process for safety controls and application notes to point out possible error sources.
Our SRL7 force guided relay offers seven poles with reinforced insulation between contact circuits and come in a compact, space efficient design. Our SRL7 relay enables more circuits and combinations of high and low voltage circuits and have high electrical endurance. Force guided relays are electromechanical switching components used within safety module circuits. These are also components of door positioning, cabinet lighting, and motor sub-systems within the module control unit of elevators and escalators. Force guided relays are essential for safety control applications and help protect people’s lives and health when danger needs to be addressed in applications.
Force guided relays are designed to make it impossible for all circuits to be closed at the same time. Force guided relays are electromechanical switching devices that provide a safe monitoring of contacts within circuits. The force guided relay design is completely different from a conventional control relay. In a force guided relay, the armature is moved to the tip of the contact reeds and as close to the contacts as possible, which allows the contacts to move together. The contacts are each enclosed in a well inside the plastic, which contains the reed if it breaks. It also helps contain any debris created by heavily loaded contacts. These have at least one normally open (NO) contact set and one normally closed (NC) contact set. If a NO contact fails when it’s trying to open, the associated NC contact is unable to close properly when the power supply is switched off. These relays offer a cost and space-saving alternative to contactors. Force guided relays are used in safety circuits in combination with light curtains, interlock switches, and emergency stop switches to control outputs. These may be used to expand outputs for safety relay modules and safety controllers.
Our industrial relays comply with standardized PCB footprints and offers a wide range of inrush current capabilities and addresses the complete spectrum of requirements for production lines, robotics, elevators, control panels, CNC machines, motion control systems, lighting, building systems, solar, HVAC, and an array of safety-critical applications. Whether you are designing for harsh or indoor applications, we can deliver high quality relays from state-of-the-art production lines.