Item Condition Opened box - No retail packaging. In excellent condition. Never been used. Tag still attached. Item Location Ships from our warehouse in Las Vegas, Nevada, 89102, USA Fast FREE Shipping We handle all paid orders within 1 business day. Best Offers Accepted Offers are reviewed at the close of business each night. We accept reasonable offers for - Multiple units of the same item - Errors or condition changes within our listing - Combining shipping for 2 or more separate orders Return Policy We offer a 30 day return window from when you receive the item. Items must be in the same condition and in original packaging. Seller Warranty - We Protect Against Defects Our in-house technicians evaluate and refurbish every electronic item we list. We are proud to offer our customers a 30-day warranty against defects. Contact us directly by selecting "I have a question about using my item or I want to send the seller a message." We are eager to hear from our customers. Product Description The Everbilt 3/4 in. Forged Brass Compression x Compression Ball Valve has a maximum pressure of up to 200 psi and a working temperature of between -20 to 300F. Valve handle is rust-resistant with vinyl grip. Valve is built with full port to allow maximum flow rate. Forged brass construction -20F to 300F temperature range Full port for maximum flow Lead-free Compression ends for solderless connection to copper tubing 200 psi WOG Dacromet coated handle Dimensions Inlet Diameter (In.) 3/4 Outlet Diameter (In.) 3/4 Product Depth (in.) 5.75 in Product Height (in.) 1.5 in Product Length (in.) 5.75 in Product Width (in.) 2.38 in Valve Inlet Diameter (in.) 3/4 Valve Outlet Diameter (in.) 0.75 Details Application Air, Oil, Water Supply Compatible Pipe Material Copper Connection Comp x Comp Features Adjustable, Reducer Handle Style Lever Indoor/Outdoor Indoor, Outdoor Material Brass Maximum Pressure (PSI) 200 Maximum Working Temperature (F) 300 Pack Size 1 Product Weight (lb.) 0.75 lb Valve Type Ball Valve Use (description exceeds maximum possible length)