RR2P-ULAC110V

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Power relays are commonly used to control and manage electrical circuits. They come in a variety of sizes and configurations, and are capable of switching high current or high voltage. One such power relay is the RR2P-ULAC110V, designed specifically to meet the strict industrial requirements of size, durability and efficiency.

The RR2P-ULAC110V is a two-pole power relay suitable for voltage applications of up to 110 volts. It features dual-configurable contact support with a maximum contact rating of 20A @110VAC or 10A @ 250VAC, and a mechanical lifetime of 10,000,000 operations. The coiling structure is designed with silver alloy contact points for greater reliability and longer lifespan, and also provides a low contact resistance for faster feedback and triggering. It is also designed to handle an average ambient temperature of 85°C during operation, a 10% higher temperature than the industry average.

The versatile design of the RR2P-ULAC110V allows it to be successfully applied in a broad range of applications, such as low voltage motor drives, air conditioners, pumps, lights, exhaust fans, etc. With such a wide range of applications, the RR2P-ULAC110V is a perfect choice for industrial users looking for a power relay that combines great performance and value.

The working principle of the RR2P-ULAC110V is simple yet effective. When the device is triggered by an input signal, the coil located inside the unit generates an electromagnetic pulse which closes the contact points, thus switching the circuit ON. After the input signal is removed, the coil will release its energy to open up the contact points again, switching the circuit OFF. This process is repeated until the input signal is removed, or the mechanical lifetime of the relay is reached.

In conclusion, the RR2P-ULAC110V is an ideal choice for users looking for a compact and reliable two-pole power relay. With its versatile design, high performance and value, it can match a unique range of applications and provide long-term reliability and efficiency.

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