This 3/4-inch mixing valve is designed for water-heater installations where users need to control hot and cold water flow. It installs directly on the water heater hot port and can be used for mixing or diverting applications.
The valve has bronze and stainless-steel construction with coated wear surfaces to help prevent lime deposits. It uses proportional hot and cold water control, includes union-coupled tailpiece connections and a recirculation connection, and has an integral check valve on the cold-water port. Temperature adjustment uses the included 3/16-inch Allen wrench. Maximum pressure differential between hot and cold ports is 7 psi (48 kPa).
Key Features:
- Direct-connect installation: Mounts directly to the water heater hot port for a streamlined installation.
- Mixing or diverting operation: Supports either mixing or diverting valve use.
- Adjustable temperature: Allows temperature setting adjustments with the included Allen wrench.
- Cold-water supply response: Reduces flow within seconds if the cold-water supply is interrupted.
- Recirculation connection: Provides fast response in recirculating setups.
- Integral cold-port check valve: Adds a built-in check valve at the cold-water port.
Choose this valve for 3/4-inch union sweat water-heater connections requiring direct installation, adjustable temperature control, and mixing or diverting operation.
| Country of Origin: |
US |
| Product Depth: |
6" |
| Product Height: |
6" |
| Product Type: |
HVAC Mixing Valves |
| Product Width: |
8" |
| Quantity Included: |
1 |
| Manufacturer Part Number: |
AMX101-US-1LF |
| Length: |
7-1/2 in |
| Width: |
4 in |
| Height: |
4 in |
| Weight: |
3 lbs |
| Pipe Size: |
3/4 in |
| Brand: |
Honeywell |
| Manufacturers Part Number: |
AMX101-US-1LF |
| Operating Temperature Range: |
90 to 130 °F |
| Respirator Connection Type: |
Union Sweat |
| Series: |
AMX |
| Warranty: |
1 yr |
| Certifications: |
ASSE 1017, CSA, and IAPMO |
| Width: |
6.00
in
|
| Height: |
6.00
in
|
| Depth: |
8.00
in
|
No additional information available.