Eco-friendly Choice 740-30-2fs | Relief Valve Water Pressure With Flood Sensor 2 Inch Female Iron 30psi 250 Degrees Fahrenheit | Watts Gift Ready [QO40NCl8]

Relief Valve Water Pressure with Flood Sensor - Essential Protection for Your System

The Watts SPE-740-30-2 Water Pressure Relief Valve is a crucial safeguard for your hot water system, designed to prevent excessive pressure and potential damage. This valve stands out with its robust construction and precise operation, ensuring reliable performance and peace of mind. With a 2-inch female iron inlet and a 30PSI pressure setting, it effectively manages pressure buildup, protecting your system against costly repairs.

• Robust Construction: The iron material provides durability and strength.
• Pressure Management: 30PSI setting to prevent overpressure situations.

Advanced Specifications and Technical Details

The Watts SPE-740-30-2 is engineered to handle high temperatures, boasting a temperature tolerance of 250 degrees Fahrenheit. This makes it ideal for hot water applications where heat resistance is paramount. Additionally, the valve's integrated flood sensor adds an extra layer of protection, alerting you to potential leaks or overflows with its reliable detection system.

• High Temperature Tolerance: Up to 250 degrees Fahrenheit.
• Flood Sensor: Detects water presence and triggers an alarm for timely intervention.

Perfect for Commercial and Industrial Settings

The Watts SPE-740-30-2 is a versatile solution for both commercial and industrial environments. Its durable iron construction ensures long-lasting performance, while the flood sensor enhances safety. This valve is an essential component for maintaining the integrity of your hot water system, providing peace of mind and reducing the risk of system failures. Whether you're managing a commercial boiler or an industrial water heating system, the SPE-740-30-2 is a reliable choice.

• Long-Lasting Performance: Durable iron construction for long-term use.
• Enhanced Safety: Flood sensor for early leak detection and prevention.