SR503 | Zone Relay Switching 3 Zone with Priority Printed Circuit Board 120 Volt | TACO

TACO Zone Relay Switching: SR503 The SR503 Zone Relay Switching is a dependable industrial automation solution, offering efficient control over multiple zones. Its unique features make it a versatile choice for managing HVAC systems, lighting setups, or other automation processes requiring precise zoning. This printed circuit board-based device utilizes a 120 Volt power input for optimal functionality. The durable construction ensures reliability in demanding industrial environments, delivering consistent performance over an extended lifespan. Its ability to prioritize specific zones and manage multiple areas simultaneously makes it an ideal solution for complex automation requirements. Key Specifications: - SKU: SR503 - Brand: TACO - Input Voltage: 120 Volt - Zone Control: 3 Zones - Printed Circuit Board Construction Benefits: - Enhanced control and switching capabilities for improved performance - Reliable printed circuit board construction for durability - Versatile application in various industrial automation processes For the best prices and fast shipping on the SR503 Zone Relay Switching, choose Our trusted HVAC store as your trusted supplier. The SR503 Zone Relay Switching 3 Zone with Priority Printed Circuit Board is a versatile and reliable industrial automation supply. Designed to provide efficient control over multiple zones, this product offers seamless switching capabilities for enhanced performance. With its 120 Volt power input, it ensures optimal functionality in various applications within the industrial sector. The printed circuit board construction guarantees durability and long-lasting performance, making it suitable for demanding environments. This zone relay switching device can be utilized in HVAC systems, lighting control setups, and other automation processes where precise zoning is required. Whether you need to prioritize specific zones or manage multiple areas simultaneously, the SR503 delivers exceptional results while maintaining ease of use and reliability.