$92.99/Each
Ships free with PlusProduct Overview
- Aggressive spray patterns help increase cleaning performance
- Insulated 6" handle maintains hot water temperatures
- User-friendly stay-open handle clip for less hand fatigue
- Protective bumper spray head avoids breaking dishes and glasses
- 1/2" NPT female thread
UPC Code:00670240431331
- Quantity
- 1/Each
- Shipping Weight
- 1.5 lb.
- Flow Rate
- 1.24 GPM
- Thread Size
- 1/2 Inch
- Type
- Spray Valves
- Water Inlet Size
- 1/2 Inch
Zurn Elkay Z80000-XL-PR1 Details
Effectively remove stuck-on food from dishware with the Zurn Elkay Z80000-XL-PR1 pre-rinse spray valve. With aggressive spray patterns that provide 60 PSI and 1.24 GPM of pressure, this pre-rinse valve yields increased performance and less overall water and energy consumption. This spray valve has a 1/2" NPT female thread for fast and easy installation. A stay-open clip helps reduce hand fatigue by not requiring the handle to be held down to spray. The rubber handle is both comfortable to hold and increases grip. To avoid accidental chipping and breaking of dishware, the head includes a protective bumper that has less potential for damage.
Customer questions about this product
Can I get a spray valve with a higher flow rate (GPM)?
A: The maximum flow rate for all commercial pre-rinse spray valves produced after January 28, 2019 is 1.28 GPM – more specific regulations may apply based on the valve’s spray force in ounce-force (ozf).
Product Class 1 (5 ozf or less) – Max Flow Rate: 1 GPM
Product Class 2 (5.01 - 8 ozf) – Max Flow Rate: 1.2 GPM
Product Class 3 (over 8 ozf) – Max Flow Rate: 1.28 GPM
These regulations do not impact spray valves made before January 28, 2019, and are implemented by the US Department of Energy in an effort to improve energy conservation.
Product Class 1 (5 ozf or less) – Max Flow Rate: 1 GPM
Product Class 2 (5.01 - 8 ozf) – Max Flow Rate: 1.2 GPM
Product Class 3 (over 8 ozf) – Max Flow Rate: 1.28 GPM
These regulations do not impact spray valves made before January 28, 2019, and are implemented by the US Department of Energy in an effort to improve energy conservation.