Submittal Drawing

Braukmann
AMX 100, 300 Series DirectConnect
Thermostatic Mixing Valves
AMX1** AND AMX3**
SUBMITTAL SHEET
Job Name
Engineer
Mechanical Contractor
Contractor’s P.O. No.
Representative
Notes
Model(s)
Qty.
Notes
Qty.
Notes
Approval
Service
Tag No.
APPLICATION
The AMX100 and AMX300 Series DirectConnect™ Mixing Valves
fit any application requiring accurate control of water
temperature by mixing hot and cold water.
The valves provide increased comfort and safety for the user, as
well as reduced installation time for the plumbing contractor.
SPECIFICATIONS
Construction Materials:
AMX100: Bronze/stainless construction, Teflon
®
coated wear
surfaces to prevent lime deposits
AMX300: Nickel-plated brass/bronze construction, Teflon
®
coated valve body wear surface, Teflon
®
coated brass shuttle,
EPDM O-rings, and proportional design (simultaneous control of
hot and cold ports)
Maximum Working Pressure: 150 psi (1034 kPa).
Flow Rate:
AMX100: Minimum - 0.5 gpm (1.9 lpm).
AMX300: Minimum - 0.25 gpm (0.95 lpm). Maximum - See Fig. 1.
Cold inlet temperature: 33 to 80 °F (0.5 to 27 °C).
Hot inlet temperature: 100 to 180 °F (38 to 100 °C)
*
.
Maximum Hot Water Inlet Temperature: 180 °F (82 °C)
*
.
Mixed Outlet Temperature: 100 to 145 °F (38 to 63 °C).
Maximum Temperature (AMX100):
200 °F (93 °C), except for CPVC mixing valves (maximum of
180 °F [82 °C] at maximum of 100 psi).
Minimum Required Temperature Difference between
Hot and Mix:
AMX100: 10 °F° (-12 °C).
AMX300: 27 °F (15 °C).
* The AMX series is tested to ASSE 1017 by CSA which requires a
maximum temperature of 180 °F (82 °C); however, Resideo has
tested the maximum temperature at 212 °F (100 °C).
Lead Free Plumbing Code Compliance:
The wettable surfaces of lead free models contain less than .25%
of lead by weighted average.
Recirculation Port: 1/2 in. NPT.
Dimensions: See Fig. 2 (AMX100) or Fig. 3 (AMX300).
FLOW RATE
Fig. 1. AMX300 Pressure Drop Chart.
IMPORTANT
• Do NOT expose the mixing valve to temperatures below
32 °F (0 °C) or allow it to freeze.
• Do NOT subject the mixing valve to excess heat during
installation.
• Do NOT use excess thread sealant. if sealant inadvertently
enters into the mixing valve chamber, it may cause the
internal assembly to malfunction.