G6B-1184P-USDC12

Power Relays, Over 2 Amps

The G6B-1184P-USDC12 is a PCB Relay that is designed for use in industrial control panels. It is suitable for a variety of applications, including general-purpose switching and control, industrial automation and process control, gaming, HVAC, medical, and home appliance control. This relay is rated for up to 2 A at 125/250 VAC, or 2 A at 24/28 VDC.

The G6B-1184P-USDC12 features a single-pole double-throw (SPDT) contact configuration. This relay has a built-in resistive snubber to reduce contact sparking, extending the life of the relay and protecting sensitive control circuits. It also has a hermetically sealed construction to provide protection against environmental contaminants. The relay is equipped with a universal socket, and is both coil- and mechanically-latching.

Application Field and Working Principle

The G6B-1184P-USDC12 has a variety of potential applications in industrial control panels, as well as in other automotive, gaming, medical, and HVAC applications. In industrial control panels, this relay can be used for controlling circuits or processes, providing both switching and monitoring capabilities. In automotive applications, this PCB relay can be used for a wide range of functions, such as monitoring engine heat levels, vehicle door locks, starter circuits, and other auto-related electrical components.

In gaming applications, this relay can be used to control coin slot mechanisms, ticket printing mechanisms, and other essential gaming components. HVAC applications can involve controlling thermostat settings, fan speed, and other fan climate control parameters. In medical applications, this relay can be used to control circulation pumps, equipment power, and other medical-related functions. In home appliances, this relay can control anything from individual appliances to entire home control systems.

In terms of its working principle, the G6B-1184P-USDC12 is a PCB Relay that works by using electromechanical switching principles. The relay is equipped with a control coil connected to a power source. When the current to the control coil is switched on or off, the surrounding electromagnet produces a magnetic field that either attracts or repels the plunger of the relay, thus switching the contacts. When the current is switched off, the electromagnet no longer produces a magnetic field and the contacts are released, thus resetting the relay.