HC2E-HP-AC12V

Power relays, over 2 Amps, have a wide application field. It includes the "HC2E-HP-AC12V" type of relay which is used to protect electrical circuits from surges, and it is used in various industries, ranging from residential to commercial settings. This type of relay is designed to protect the electrical circuits from over-current or reverse current, and it is constructed with two circuits.The primary circuit is the circuit where high current is expected and the secondary circuit is the circuit where low current is expected. The secondary circuit also provides protection against over-current. The relay works by connecting the two circuits. When the primary circuit is overburdened, the relay will open the connection between the two circuits, preventing further damage to the electrical circuits.The working principle of the "HC2E-HP-AC12V" type of power relay is based on the application of current-limiting principles. The primary circuit is designed to draw a higher current than the secondary circuit. When the primary circuit is overburdened, the overcurrent is detected by the relay, and the connection between the two circuits is opened, preventing further damage to the electrical circuit.The primary circuit is also designed with a mechanical fuse, which will open the connection between the two circuits if the over-current is detected. The mechanical fuse can also be used to limit the current in the secondary circuit.The “HC2E-HP-AC12V” type of power relay is a cost-effective solution for protecting electrical circuits from over-current, reverse current, or surges. This type of relay is designed to be durable, reliable and to provide maximum protection against over-current and reverse current.In conclusion, the “HC2E-HP-AC12V” type of power relay has a wide application field and it is designed to provide reliable protection against over-current and reverse current. It is a cost-effective solution for residential and commercial settings and it is designed to be durable, reliable and to provide maximum protection against over-current and reverse current.