40003916-036/U | Power Head 3-Way 96 Inch Leads 60HZ 120 Voltage Alternating Current 125 DEG F for V4044 Series V Zone Valve | HONEYWELL HOME

40003916-036/U Power Head: Efficiency and Versatility in Industrial Applications Honeywell Home's 40003916-036/U Power Head offers reliable and efficient control for industrial and automation applications. Its 3-way functionality allows for precise regulation of fluid or gas flow. Measuring 96 inches in length, the leads provide ample space for installation and positioning flexibility. Operating at 60Hz and 120V AC, this power head ensures consistent performance in various environments. Its temperature rating of 125 degrees Fahrenheit makes it suitable for demanding conditions. Engineered specifically for V4044 Series V Zone Valves, it ensures compatibility and optimal functionality. The robust construction and durable materials ensure long-lasting operation. Its compact design simplifies installation, while the 1.10-pound weight allows for easy handling. Our trusted HVAC store offers the 40003916-036/U Power Head at competitive prices with fast shipping. Trust Our trusted HVAC store for your industrial product needs! The 40003916-036/U Power Head is a reliable and efficient component designed for industrial and automation applications. With its 3-way functionality, this power head offers versatility in controlling the flow of fluids or gases. It comes with 96-inch leads, providing ample length for easy installation and flexibility in positioning. Operating at a frequency of 60Hz and voltage of 120V AC, this power head ensures stable performance under various operating conditions. Its maximum temperature rating of 125 degrees Fahrenheit makes it suitable for demanding environments. Specifically designed for use with V4044 Series V Zone Valves, this power head guarantees seamless compatibility and optimal functionality. Whether used in HVAC systems, industrial processes, or automation control systems, the 40003916-036/U Power Head delivers reliable operation to meet your needs efficiently.