Resideo AM101-UT-1LF/U 3/4 in Union NPT Mixing Valve - STD

Item #: HONE-AM101-UT-1LF/U
Mfr. part #: AM101-UT-1LF/U
UPC: 085267337922

Key specifications

Pipe Size3/4 in.
ConnectionUnion NPT
Valve TypeMixing Valves
Capacity3.9 Cv
Body materialEPDM O-rings

View all specifications

$170.17

Free shipping on orders $99+
30-day returns on unused items. Details
Secure checkout

Need help with this part?

(404) 678-9908 Chat with a product specialist Request a quote

Brand	Resideo
Manufacturer part #	AM101-UT-1LF/U
Pipe Size	3/4 in.
Connection Type	Union NPT
Valve Type	Mixing Valves
Capacity (Cv)	3.9 Cv
Fluid Temperature	Cold Inlet: 39 F to 80 F; Hot Inlet: 120 F to 180 F; Mixed Outlet: 70 F to 145 F
Materials (Body)	Teflon-Coated, Nickle-Plated Low Lead Brass
Materials (Packing)	EPDM O-rings
Application	Scald prevention in Domestic water; Nursing homes; Public facilities; Automatic faucets; Industrial applications; Photo processing
Includes	Check valves on hot and cold ports
CSA	CSA Certified
Maximum Safe Operating Pressure (psi)	150 psi
Approvals, Others	NSF/ANSI; IAPMO
Minimum flow rate (gpm)	0.5 gpm
Minimum flow rate (lpm)	1.9 lpm
Approvals, ASSE	1017
UPC	085267337922

The AM101-UT-1LF is a lead-free thermostatic mixing valve from Resideo (Honeywell Home), 3/4 inch, NPT connection.

A mixing valve solves a problem that has no other answer: a water heater has to be kept hot enough to suppress bacterial growth in the tank, and that temperature is too hot to deliver to a tap. The valve blends stored hot water with cold on its way out, so the tank stays hot and the fixture does not.

Beyond safety, tempering buys capacity. A tank held hot and blended down delivers considerably more usable hot water than the same tank set to delivery temperature, because each gallon drawn is stretched with cold.

Lead free construction, as required for potable water in the United States.

Set the outlet temperature with a thermometer at the fixture, not by the dial alone, and re-check it after the system has settled. Inlet conditions move the mix, and a valve set on a cold line reads differently once the loop is up to temperature.