Power Relay

Product Details:

Wiring work can be shortened by as much as 60%* compared to conventional screw terminal sockets by combining with push-in plus terminal sockets (PYF-[]-PU) that feature light insertion force and strong pull-out strength to achieve less wiring work.

• In addition to our standard type (MY), an abundant lineup of models including latching relays that retain contact operation status (MYK) and sealed relays suitable for environments where dust and corrosive gases are present (MYQ/MYH) are also available.

• Selection is possible to suit the application, such as models with operation indicators and models with latching levers (MY plug-in terminals).

* When both push-in plus terminals and screw terminal sockets are combined with plug-in terminal types (according to actual OMRON measurements as of November 2015)

Product Details:

Power relays are robust, electrically operated switches designed to control high-current and high-voltage circuits (typically >10A) using a low-power signal. They feature heavy-duty contacts and electromagnetic coils to securely start/stop motors, heaters, and industrial equipment, providing essential isolation between the control signal and the load. 

Product Details:

Omron relay boards and modules are high-quality, electromechanical or solid-state switching devices designed for industrial automation, control panels, and PLC interfacing. They are known for their durability, offering solutions for managing high-current loads with low-power signals. 

Product Details:

Minilec provides comprehensive protection for 3-phase equipment, detecting faults like phase loss, reversal, imbalance, over-voltage, and under-voltage. These relays, such as VSP D1 and S2 VMR, enhance motor safety by disconnecting power to prevent damage. Features include auto/manual reset, user-friendly LED indicators, DIN-rail mounting, and adjustable settings for industrial applications like HVAC and machinery. 

Product Details:

A power relay board is an electronic module designed to allow low-power controllers (such as Arduino, Raspberry Pi, or PLC systems) to safely control high-power, high-voltage electrical loads. These boards act as an intermediary, utilizing electromagnets to open or close circuit contacts.