American Standard 7055205.002 Town Square® Monoblock Single Control Electronic Proximity Lavatory Faucet, 1.2 gpm Flow Rate, 3-1/2 in H Spout, 1 Handle, Speed Connect® Pop-Up Drain, 1 Faucet Hole, Brushed Nickel, Function: Traditional
AS7055205002
MFG #: 7055.205.002
- Collection: Town Square®
- Connection Size: 3/8 in
- Connection Type: Compression
- Country of Origin: MX
- Dimensions: 6-1/2 in W x 6-3/4 in H
- Domestic/Import: Import
- Drain Type: Speed Connect® Pop-Up
- Finish/Color: Brushed Nickel
- Flow Rate: 1.2 gpm
- Function: Traditional
- Handle Type: Metal Lever
- Hose Size: 20 in
- Manufacturer Name: American Standard Brands
- Maximum Deck Thickness: 1-7/8 in
- Mounting Type: Deck
- Number of Faucet Holes: 1
- Number of Handles: 1
- Spout Height: 3-1/2 in
- Spout Reach: 4-3/4 in
- Type: Monoblock Single Control
- Valve/Cartridge Type: Ceramic Disc
The optional PWRX™ Long-Life Battery System features advanced battery and electronics for a 10 years battery life to reduce the downtime and maintenance costs associated with changing batteries.
- Features and More
Features
- Easy installation - simple integrated design
- Sensor, solenoid valve and all electronics are enclosed in the spout
- No control box below deck
- Above deck mixing - user can manually adjust temperature
- Uses ceramic disc valve for leak-free performance
- Removable handle - installer can adjust temperature and remove handle to prevent users from adjusting temperature
- Seamless cast brass spout - easy to clean, vandal-resistant
- Ideal for high use commercial installations
- Electronic proximity faucets with programmable, multi-function sensor
- Sensor and electronic controls are fully enclosed and water-resistant
- Order mixing valve and remote control separately
- Lead-free - contains less than or equal to 0.25% total lead content by weighted average
Includes
- Hot Limit Safety Stop
Standards/Approvals/Certifications
- ADA Compliant
- ANSI A117.1
- ASME A112.18.1
- CSA B125
- NSF 372
- Water-Efficient Certified
Warranty
- Limited Lifetime Warrany on Function and Finish