Kallista P29508 Manuel utilisateur
Installation Guide
Thermostatic Mixing Valve
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P29508, P29509
1048326-2-B
IMPORTANT INSTRUCTIONS
WARNING: Risk of scalding or other severe injury.
CAUTION: Risk of scalding hazard. This device has been
calibrated at the factory to ensure a safe maximum water
temperature. Any variance in settings or water inlet
conditions from those used during factory calibration may
raise the discharge temperature above the safe limit, and may
present a scalding hazard.
•Before completing installation, the installer must set the
maximum water temperature setting of this valve to minimize the
risks associated with scalding hazards according to ASTM F 444.
The installer is responsible for adjusting the maximum water
temperature of this valve according to instructions.
This valve meets or exceeds ANSI A112.18.1 and ASSE 1016.
If you do not understand any of the temperature adjustment
instructions in this document, in the United States please contact our
Customer Service Department at 1-888-4-KALLISTA. Outside the U.S.,
please contact your distributor.
IMPORTANT NOTICE: Please fill in the blanks in the information box
in the Homeowners Guide and on the valve label. Retain the
Homeowners Guide for future reference.
•The valve is calibrated to 104°F (40°C) at the first stop position,
and the maximum temperature limit stop is positioned so the
outlet water temperature does not exceed 120°F (49°C).
•Factory calibrated inlet conditions are:
Hot and cold water pressure = 45 psi (3.2 kg/cm
2
)
Hot water supply temperature = 145°F (63°C)
Cold water supply temperature = 65°F (18°C)
•If inlet conditions differ from those used during factory
calibration, it may be necessary to re-calibrate the valve after
installation. The installer must check the mixed flow
temperature after installation, and adjust the valve as needed
according to the instructions.
1048326-2-B 2 Kallista
Thank You For Choosing Kallista
Thank you for choosing Kallista. Please take a few minutes to review
this manual before you start installation. If you encounter any
installation or performance problems, please don’t hesitate to contact
us from within the USA or Canada at 1-888-4-KALLISTA
(1-888-452-5547).
Tools and Materials
Before You Begin
DANGER: Risk of scalding or other severe injury. Before
completing installation, the installer must set the maximum
water temperature setting of this valve to minimize the risks
associated with scalding hazards according to ASTM F 444.
CAUTION: Risk of scalding. This device has been calibrated
at the factory to ensure a safe maximum water temperature.
Any variance in settings or water inlet conditions from those
used during factory calibration may raise the discharge
temperature above the safe limit, and may present a scalding
hazard. Responsibility for installation and adjustment of this
device in accordance with these instructions lies with the
installer.
CAUTION: Risk of product damage. This valve contains
plastic and rubber components. Do not sweat or braze
directly to the valve body. Do not apply excessive heat to the
valve body when you make solder connections. Do not apply
Thermometer
Pipe
Wrench
Strap
Wrench
Adjustable
Wrench Solder
Propane
Torch
Hacksaw or
Tubing Cutter
Thread
Sealant
Assorted
Screwdrivers
3/8" Socket
Wrench or Drive
Kallista 3 1048326-2-B
Before You Begin (cont.)
flux or acids directly to the valve, as damage to the seals,
plastic components, and trim finish may result.
CAUTION: Risk of product damage. Do not apply
petroleum-based lubricants to the valve components, as
damage may result.
CAUTION: Risk of product damage. Inlet and outlet
threaded joint connections should be made with plumbers
PTFE tape or liquid sealant. Oil-based, non-setting
compounds should not be used.
CAUTION: Risk of personal injury. The water temperature
should never be set above 120°F (49°C).
Observe all local plumbing and building codes.
Shut off the main water supply.
Inspect the supply piping for damage. Replace as necessary.
The bottom port of the thermostatic mixing valve is intended for
use as a bath filler only. If a bath spout is not used with this
product, cap the bottom port.
The thermostatic mixing valves do not contain an integral volume
control/shut-off valve. You must install a separate volume
control/shut-off valve downstream of any used valve outlet.
The thermostatic mixing valves do not have an integral aspirator.
For installations that use a bath diverter spout, you must install a
twin ell with integral aspirator between the valve and the bath
spout. If these thermostatic mixing valves are installed without an
aspirator, it will cause water to flow from the shower and bath
spout at the same time.
Determine the correct drain size and capacity for your
installation. If two thermostatic mixing valves are used together,
water volumes between 18 and 30 gpm (60 and 114 lpm) or more
are possible, depending upon the water supply pressure.
Determine the correct water heater size and capacity for your
installation. A typical shower installation uses an approximate
mix of 75% hot water and 25% cold. A custom shower application
using three 2-1/2 gpm (9.5 lpm) showerheads can use about 45
gallons (170 liters) of hot water in 8 minutes. Choose a water
heater large enough for your installation.
1048326-2-B 4 Kallista
Before You Begin (cont.)
The valve is calibrated to 104°F (40°C) at the first stop position.
The maximum temperature limit stop is positioned so the outlet
water temperature does not exceed 120°F (49°C).
The factory calibrated pressure for hot and cold water inlets is
43-1/2 psi (3 kg/cm squared). The factory calibrated hot water
supply temperature is 149°F (65°C) and the cold water supply
temperature is 59°F (15°C).
If the inlet conditions differ from those used during factory
calibration, it may be necessary to re-calibrate the valve after
installation. The installer must check the mixed flow
temperature after installation and adjust the valve as needed
according to the instructions.
This valve complies with ASME A112.18.1, ASSE 1016, and CSA
B125. The valve is listed with ASSE, CSA, and IAPMO/UPC.
If possible, flush all piping thoroughly before installing the valves
to prevent early clogging of filter screens.
Kallista reserves the right to make revisions in the design of
valves without notice, as specified in the Price Book.
Kallista 5 1048326-2-B
Layout
H.
B.
A.
B. B. B.
B.
C.
D.
E.
F.
G.
A.
I.
J.
J.
I.
A.
B.
C.
D.
E.
F.
G.
H.
I.
J.
P29508-WS or P29509-WS Thermostatic Mixer
P29113, P29524, P29526 Volume Control
Twin Ell (For use with Bath Diverter Spout)
Bath Spout with Diverter
Handshower
L19100 Vacuum Breaker (for use with Handshower)
Bath Spout
Pressure Loop with Bodysprays
Showerhead
Bodyspray
1048326-2-B 6 Kallista
Roughing-In
Max Finished Wall
Min Finished Wall
3-3/4" (9.5 cm)
2-7/16"
(6.2 cm)
1-1/8"
(2.9cm) 3-7/16"
(8.7 cm)
4-5/8" (11.7 cm)
Stop
Stop
3-1/4" (8.3 cm)
1-3/16"
(3 cm)
6-7/16" (16.4 cm)
1-3/8"
(3.5 cm)
5-1/8"
(13 cm) 1-3/4"
(4.4 cm)
1/2" NPT (P29509)
3/4" NPT (P29508)
Shower Outlet
1/2" NPT (P29509)
3/4" NPT (P29508)
Cold Inlet
1/2" NPT (P29509)
3/4" NPT (P29508)
Bath Outlet
1/2" NPT (P29509)
3/4" NPT (P29508)
Hot Inlet
Kallista 7 1048326-2-B
1. Prepare the Site
Determine the desired location for the valve according to the
rough-in information, and construct suitable stud and support
framing.
Use 3/4″nominal copper tubing and fittings throughout this
installation. Smaller diameter piping upstream or downstream of
the valve will reduce performance of the valve.
1048326-2-B 8 Kallista
2. Install the Valve
CAUTION: Risk of product damage. This valve contains
plastic and rubber components. Do not sweat or braze
directly to the valve body. Do not apply excessive heat to the
valve body when you make solder connections. Do not apply
flux or acids directly to the valve or you may damage the
seals and plastic components.
CAUTION: Risk of product damage. Do not apply
petroleum-based lubricants to the valve components or
damage may result.
CAUTION: Risk of product damage. Inlet and outlet
threaded joint connections should be made with plumbers
PTFE tape or liquid sealant. Oil-based, non-setting
compounds should not be used.
NOTE: A plaster guard is attached to the face of the mixing valve
with two screws. Do not remove it until instructed.
NOTE: A plaster guard is attached to the face of the mixing valve.
Do not remove it until instructed.
Flush the hot and cold water supply lines to remove any debris.
Install water hammer arrestors in the hot and cold water supply
lines.
Hot Water
Supply Line
Cold Water
Supply Line
Plaster
Guard
Finished
Wall
If less than
3/16" (5 mm),
backing is
required.
Backing 1/2"
Plywood (Optional)
2-7/16"
(6.2 cm)
2-3/4" (7 cm)
Kallista 9 1048326-2-B
Install the Valve (cont.)
Use thread sealant and connect the hot and cold water supply
lines to the valve inlet ports. Ensure that the corresponding water
supply lines are connected to the correct inlet ports.
NOTE: If the existing hot and cold plumbing makes this
configuration inconvenient or if it is advantageous to reverse the hot
and cold ports (such as back-to-back installations), see the ″Reverse
the Inlet Supplies″section.
Connect the water outlet lines to the valve ports. Plug any
unused outlet port.
IMPORTANT! Secure the piping to the framing.
NOTE: When using the plaster guard to trace the cut-out, the tick
marks located outside of the guard will assist you in identifying the
spline centers.
Use the plaster guard to determine the depth of the valve in the
wall, and to trace the cut-out line in the wall material.
NOTICE: The finished wall must be within the MIN-MAX depth
shown on trim adapters 1, 2, and 3 of the plaster guard.
Turn on the water supply lines to the valves.
Run the water through the mixing valve, all showers, and the
spout.
Remove the plaster guard to access and inspect the valve.
1048326-2-B 10 Kallista
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