R8222V1003/U | Relay DPDT 1 P/1 P Duty Quick Connect 24 Voltage Alternating Current 12 Amp | RESIDEO

The RESIDEO R8222V1003/U Relay is an industrial-grade control device designed for demanding automation and switching applications. With its DPDT configuration, it provides high-power switching capabilities for various control and power circuits. Featuring quick connect terminals, the relay simplifies installation, saving time and effort. It operates on 24 VAC input and handles up to 12 Amps of current, making it suitable for high-power systems. The R8222V1003/U Relay excels in motor controls, HVAC systems, and lighting controls. Its durable construction ensures可靠performance in harsh environments. Upgrade your industrial setup with this versatile relay for enhanced efficiency and control. Specifications: - SKU: R8222V1003/U - Brand: RESIDEO - Type: DPDT Relay - Input Voltage: 24 VAC - Current Rating: 12 Amps - Duty Rating: 1 P/1 P - Terminals: Quick Connect - Weight: 0.50 lbs Shop now at Our trusted HVAC store for the best prices and fast shipping on the RESIDEO R8222V1003/U Relay and other industrial automation products! The R8222V1003/U is a versatile and reliable relay designed for industrial and automation applications. With its DPDT (Double Pole Double Throw) configuration, it provides excellent switching capabilities for both control and power circuits. The relay has a 1 P/1 P duty rating, making it suitable for various demanding tasks. Featuring quick connect terminals, the installation process is simplified, saving valuable time during setup. The relay operates on a 24 Voltage Alternating Current (VAC) input and can handle up to 12 Amps of current, ensuring efficient performance in high-power systems. This relay can be used in a wide range of applications such as motor controls, HVAC systems, lighting controls, and more. Its durable construction ensures long-lasting reliability even in harsh environments. Upgrade your industrial or automation setup with the R8222V1003/U relay for seamless operation and enhanced efficiency.