G5LE-1A-G DC12 Relays

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The G5LE-1A-G DC12 power relay is a highly reliable and energy efficient device designed to control large motor loads found in a wide variety of applications. It operates using a number of different methods, providing high switching power at a low current. This makes it ideal for controlling large loads that require a high switching capacity.

The G5LE-1A-G DC12 power relay has a maximum switching capability of up to 240 V and can carry currents of up to 2 amperes. The device is comprised of a single product package that incorporates both a DC power coil and a relay assembly. The relay assembly is composed of a number of low voltage components that are designed to provide a highly reliable switching connection. This includes a contact assembly, and an over-molded disc contact.

The contact assembly works in conjunction with a reed switch and a series of springs. When the power is applied, the reed switch closes and this will cause the contact assembly to separate, thus switching the electrical circuit. Once the circuit has been switched, the contact assembly will then self-reset and the reed switch will open again. This allows for a high switching capability without the need for external control.

The over-molded disc contact is the second component of the G5LE-1A-G DC12 power relay. This component is designed to absorb high voltage surges and ensure that the relay is not damaged in the event of a power surge. It is also designed to be highly reliable, ensuring that it will not degrade in performance over time.

The G5LE-1A-G DC12 power relay is a highly reliable and energy efficient device that is designed for controlling large motor loads in a wide variety of applications. With its high switching capability, it is ideal for those applications that require a high switching power but with a low current. The relay includes a contact assembly and an over-molded disc contact, both of which are designed to provide a reliable performance and ensure that the relay is not damaged in the event of a power surge.

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