Chicago Faucet® EQ-A12C-23ABCP EQ Series Touchless Lavatory Sink Faucet With Hands-Free Infrared Detection, Polished Chrome, 0.35 gpm Flow Rate

CHIEQA12C23ABCP MFG #: EQ-A12C-23ABCP
  • Center Distance: 4 in
  • Connection Size: 3/8 in
  • Connection Type: Compression x FNPT
  • Finish/Color: Polished Chrome
  • Hose Size: 20-3/4 in
  • Manufacturer Name: Chicago Faucet
  • Maximum Deck Thickness: 1-1/2 in
  • Mounting Type: Deck
  • Series: EQ Series
  • Spout Height: 3-1/4 in
  • Spout Reach: 4-1/2 in
  • Spout Type: Curved
  • Spray Pattern: Econo-Flo™ Pressure Compensating Non-Aerating
  • Type: Touchless
Chicago Faucets EQ Series faucets feature three designs in two finishes with heavy duty cast brass spouts and high-quality electronic components. The faucet is up and running in minutes without the need for programming. Superior user detection means EQ turns on when user approaches and shuts off when user leaves. It also adjusts for optimal performance, saving water.
  • Features and More

Features

  • 0.35 gpm flow control insert in spout inlet
  • Dual supply for hot and cold water service
  • Self sustaining power system water turbine generates the necessary power to operate the faucet for 10 plus years
  • On demand IR detection for hands-free actuation and maximum water savings
  • 20 sec standard maximum run time; drops to 10 s in high use environments for additional water savings
  • ECAST® construction with equal to or less than 0.25% lead content by weighted average

Includes

  • Stainless Steel Braided Hose and Concealed Thermostatic Mixing Valve

Standards/Approvals/Certifications

  • ADA ANSI/ICC A117.1
  • ANSI Z21.15b-2006/CSA 9.1b-2006
  • ASME A112.18.2/CSA B125.2
  • BAA Compliant
  • CAL Green Compliant
  • Certified to ASSE 1070 by CSA
  • CF Now Standard
  • CSAus Certified
  • CSA Low Lead Content Certified
  • cUPC Listed
  • US Green Building Council Certified

Warranty

  • 5-Years Limited Faucet/5-Years Limited Mechanical/3-Years Limited Electronics and Solenoid/1-Year Manufacturing Material Defects