Skip to product information

CHICAGO FAUCET

Chicago Faucet® 350-E35ABCP Single Supply Sink Faucet, Commercial, 1.5 gpm Flow Rate, Rigid/Swivel Gooseneck Spout, Polished Chrome, 1 Handle

Chicago Faucet® 350-E35ABCP Single Supply Sink Faucet, Commercial, 1.5 gpm Flow Rate, Rigid/Swivel Gooseneck Spout, Polished Chrome, 1 Handle

350-E35ABCP



Regular price $223.87
Sale price $223.87 Regular price $309.26
Shipping calculated at checkout.
Loading availability...
Payment methods
  • Ach Direct Debit
  • Amazon
  • American Express
  • Apple Pay
  • Diners Club
  • Discover
  • Google Pay
  • Mastercard
  • PayPal
  • Shop Pay
  • Visa

MORE PRODUCT INFORMATION

FEATURES

• GN2AAB - 5-1/4 in rigid/swing gooseneck spout
• E35AB - 1.5 gpm (5.7 lpm) pressure compensating Softflo® aerator
• 369-COLD - Vandal proof 2-3/8 in lever handle, eight-point tapered broach
• XTAB - Quaturn® compression operating cartridge
• 1/2 in NPSM supply inlet with coupling nut for 3/8 or 1/2 in flexible riser
• ECAST® construction with equal to or less than 0.25% lead content by weighted average
• 20 to 125 psi operating
• 40 to 140 deg F operating
• ECAST® products are intended for installation where state laws and local codes mandate lead content levels or in any location where lead content is a concern

WARRANTY

Lifetime Limited Faucet, 5 Year Limited Cartridge, 1 Year Limited Finish

DOCUMENTS & RESOURCES

PRODUCT OVERVIEW


GN2AAB: 5-1/4 in Rigid/swing gooseneck spout|E35AB: 1.5 gpm (5.7 L/min) pressure compensating Softflo aerator|369-COLD: Vandal proof 2-3/8 in lever handle, eight-point tapered broach|XTAB: Quaturn compression operating cartridge (Display Packaging)|1/2 in NPSM supply inlet and coupling nut for 3/8 in or 1/2 in flexible riser|ECAST® construction with equal to or less than 0.25% lead content by weighted average|20 to 125 psi operating|40 to 140 deg F rated operating|ECAST® products are intended for installation where state laws and local codes mandate lead content levels or in any location where lead content is a concern