
HONEYWELL AM100C1070-UT-1LF 1/2/UNION NPT/70-120F/MIX
Contact us for price breaks on large quantities!
The HONEYWELL AM100C1070-UT-1LF is a versatile 1/2 inch union with a NPT connection, capable of mixing water temperatures ranging from 70-120 degrees Fahrenheit. Perfect for precise temperature control in various plumbing applications.
The Honeywell AM-1 Lead-Free Thermostatic Mixing Valve precisely adjusts, maintains, and limits hot water temperature to the user’s desired setting. In domestic water applications, it provides scald protection and bacteria growth control. By raising the water heater storage temperature and limiting mixed outlet temperature, it increases safe, usable hot water. In heating applications, the AM-1 enhances comfort and protects equipment. Engineered for efficiency, reliability, and compliance with lead-free standards, it ensures safe and optimized water management. Choose Honeywell AM-1 for trusted temperature control.
Specifications:
Brand | HONEYWELL |
Manufacture | Honeywell International Inc. |
Unit of Measurement | EA (Each) |
TYPE | Valves |
Condition | New |
Weight | 2.1 lbs. |
Size | 3/4" |
Size | 3/4" |
Flow Capacity (Cv) | 1.8 |
Connection Type | C x C |
Connection Method | Sweat |
Type | Mixing Valve |
Min Temp (F) | 70°F |
Max Temp (F) | 120°F |
Max Temp (F) | 120°F |
Temperature Range (F) | 70°F - 120°F |
Standards Met | ASSE 1070, ASSE 1017 |
Features:
- Dual purpose mixing or diverting valves
- Constant water temperature under changing operating conditions
- Reliable performance at minimum flow of 0.5 GPM
- Proportional valve (simultaneous control of hot and cold water)
- Temperature limit at any point
- Flow reduction in seconds if cold water supply is interrupted
- Nickel-plated brass construction, EPDM O-rings
- High performance thermoplastic proportioning shuttle
- Straight through design (hot and cold at the same level)
- Max. pressure 150 PSI
- Max temperature 212F
- Designed for easy maintenance and element replacement. Teflon coating of internal valve components to prevent mineral build-up and extend life.