G5LA-1 DC5 Relays

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The G5LA-1 DC5 is a power relay rated for over 2 amps. By design, it is used to activate and control a wide variety of circuits or equipment. It is a magnetic latching relay and provides a reliable and robust solution to power control applications.

In operation, an electrical current flows through the coil and energizes the relay. When the coil is energized, an electromagnet forms a magnetic field and causes the armature to close the contacts in the relay. As long as the current flows through the coil, the relay remains energized and the contacts closed.

When power is removed, the contacts begin to open as the magnetic field dissipates. The amount of time it takes for the contacts to open depends on the amount of current applied and varies from relay to relay. The contacts will stay open until the coil is re-energized.

The G5LA-1 DC5 is designed for high power switching applications. It is suitable for use in automated test equipment, telecommunications systems, electronic controls, medical systems, and other industrial applications. It also has a long temperature range which makes it an ideal choice for high temperature applications.

The G5LA-1 DC5 is a high-performance power relay capable of switching loads up to 5A and 40Vdc. It is rated at 50 cycles with a maximum ambient temperature of 85 °C. It is rated for 0.5A resistive, inductive load and features a 1 Form A (NO) and 1 Form C (CO) contact configuration. It can also be wire wound, soldered, and tinned with an arc suppression device included for contact protection.

The G5LA-1 DC5 has a low power consumption and is designed for reliable switching performance with a low voltage drop across the contacts. It is a reliable and robust solution for power control applications. It is suitable for use in a wide variety of applications and can be used to switch both low and high power loads.

The G5LA-1 DC5 is an ideal choice for applications that require reliable switching performance and low cost. It is a robust, reliable, and efficient solution for power control applications. It is well-suited for computer, automation, and other industrial applications.

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