Parts and Service Terreon Multi-Fount Washfountains
Infrared (IR) Valve Assembly - Solenoid Valve S07-068 (Closed Body)
and S07-068A (Thru Body) Prior to February 1, 2013
8
Solenoid Valve Parts List
ItemPart No.Description Qty
7
8
6
5
4
1118-307Valve Body, 1/4" Closed1
1118-307AValve Body, 1/4", Through1
2269-983Diaphragm1
3269-577Armature1
4269-578Spring1
5269-1729Armature Housing1
6269-1730clamp, Armature Housing1
7269-579Coil, Solenoid Valve1
8160-447Screw #8 x 5/83
9125-165O-Ring, #2-0131
10125-160Flow Restrictor, 0.5 GPM1
11S65-113Repair Kit1
3
2
10
1
9
ProblemCauseSolution
An individual
operating station
fails to shut off and
drips.
There is debris
trapped between
the diaphragm and
the valve seat.
Remove debris between diaphragm and the valve seat.
1. Remove the three #8 Phillips-head screws that hold the solenoid valve assembly together. Be
careful not to lose the armature or spring (see previous page).
2. Remove the diaphragm. Remove any particles that have been trapped between the diaphragm
and the valve seat. Rinse off the diaphragm and inspect for damage. Make sure the center orifice
and both small side orifices are open.
3. Reassemble in reverse order, being careful not to overtighten the Phillips-head screws or you
may crack the plastic valve body. Tighten until the armature plate makes contact with the plastic
body.
4. Reconnect the wiring per diagram.
An individual
operating station
fails to turn on.
A failed coil for
the valve or
loose electrical
connection to the
terminal.
Test the station to determine cause.
1. Disconnect the wires from the coil of an adjacent valve. Disconnect the wires from the problem
valve and reconnect to the adjacent valve.
2. Turn on electrical and water supplies to the unit. Place hands in front of sensor for the problem
station; the adjacent station should turn on.
If the adjacent station turns on and cycles normally, replace the coil on the problem valve.
If the adjacent valve fails to turn on, inspect the wires from the sensor cable and do the following:
• make sure there are no breaks and that the fully insulated disconnect terminals are firmly
crimped in place;
• turn off the electrical and water supplies;
• reconnect to the adjacent valve and turn on the water supplies to the unit;
• place hands in front of sensor. If the station still fails to turn on, replace the sensor.
11
Turn off water supplies to unit before troubleshooting.
Terreon Multi-Fount Washfountains Parts and Service
Infrared (IR) Valve Assembly (24V Plug in Transformer) -
Solenoid Valve S07-040 Individual (End), S07-041 Ganged
Prior to June 13, 2005
1
2
Parts List — Solenoid Assembly and Valve Parts
ItemPart No.Description
-S07-040Valve Individual
(includes items 1-9)
-S07-041Valve Ganged
(includes items 1-10)
1160-066Screw 10-24 x 1/4 RD234
2142-002AZ Washer Stainless Steel234
3269-579Coil - Solenoid Valve234
4110-194Nut - Bonnet234
5121-028Bonnet234
6269-578Spring234
7269-577Armature234
8269-580Diaphragm234
9118-237Valve Body Individual (C)111
9118-238Valve Body Ganged (A & B)123
10125-145O-Ring (for ganged valve body)123
11110-224Nut234
12S88-065Tailpiece Assembly 234
13110-195Tailpiece Nut234
14145-089Connector234
CornerTriQuad
Qty.Qty. Qty.
111
123
4
Tailpiece
Assembly
5
6
7
8
9
10
Solenoid valve S07-041 for "Ganged"
applications is identical to the S07040 "Individual" (End - opposite
supply inlet) valve. Except this end
has an o-ring (Item 10) for sealing
and the inner wall has been removed
to permit water to flow through to
adjacent valve.
Parts and Service Terreon Multi-Fount Washfountains
Infrared (IR) - Sensor and Valve Troubleshooting
Prior to June 13, 2005
ProblemCauseSolution
The center station
(B) will not shut
off.
Problem with a
sensor or solenoid
valve.
1. Disconnect the sensor wires to the center solenoid valve (B) and set them out of the way.
2. Disconnect the sensor wires to the left solenoid valve (A). Set these wires out of the way and make
sure they will not make contact with each other or any metal or framework.
3. Connect the wires from the center solenoid valve (B) to the left solenoid valve (A).
4. Reconnect the transformer to the wall outlet for power. Be sure to wait 2 minutes before trying
to activate the sensor after disconnecting power, as the sensor has to reset and adapt to the
environment.
5. Use your hands to activate the center station (B) and watch for the water to come out of the left
station (A).
If the left station works and shuts off, then the solenoid for the center station is the problem. There may
be debris between the valve seat and diaphragm. To remove the debris:
1. Disconnect the wires from the solenoid.
2. Loosen and remove the screw on top of the coil of the solenoid valve.
3. Unscrew the bonnet nut (counterclockwise) and tip forward to remove from the valve body.
4. Remove the diaphragm (269-580).
5. Remove any particles that may have been trapped between the diaphragm and the valve seat.
6. Rinse off the diaphragm and inspect for damage.
7. Make sure both orifices in the diaphragm are open.
8. Reassembly and retry the solenoid valve.
If there is still a problem, replace the solenoid valve. If ordering replacement solenoid valves, be careful
to order correctly, either an "individual" or a "ganged" solenoid valve.
If the left station does not shut off, then the sensor for the center station is the problem. The sensor will
have to be replaced. It cannot be repaired or adjusted in any way.
Parts and Service Terreon Multi-Fount Washfountains
Metering Air Valve Maintenance and Troubleshooting
Prior to February 1, 2013
The air valve timer is located next to the tube connector on the air valve body. The timer is capped with
a filter to prevent dirt build-up on the timer. The air valve timing can be adjusted from 5–60 seconds.
Water Tube Connector
Air Valve
Filter Cap
Air Tube Connector
ProblemCauseSolution
Valve will not
shut off.
Valve will not
turn on.
Timing can not
be adjusted for
more than 5
seconds.
Push button
does not work
properly.
Water is dripping
from the
streamformers.
Air valve meter time
needs adjusting.
Timing mechanism
is clogged.
Water is not being
supplied to unit.
Water pressure is
over 80 PSI.
Failed diaphragm/
magnet assembly.
There is an air leak. Check the valve assembly:
Air volume may
not be sufficient to
operate valve.
Debris has
accumulated
on valve seat or
orifices.
Adjust air valve meter time:
1. Remove filter cap and use a screwdriver to tighten or loosen the timer (see
illustration above). Turning the timer clockwise increases the time; turning the timer
counterclockwise decreases the time.
2. Continue to adjust until the timer is set at desired length.
3. Replace filter cap over the timer.
Clean and inspect timing mechanism:
1. If compressed air is available, blow water and debris from timer cover of timing
mechanism.
2. Turn adjusting screw out all the way. Clean and inspect screw and valve body.
3. Turn adjusting screw in to desired cycle time.
Open all stops on mixing valve.
Install a pressure reducing valve.
Unscrew the valve clamp nut on valve. Remove valve cover. Gently press the diaphragm.
The valve should activate. If not, replace the diaphragm/magnet assembly.
1. Check all tubing and fittings for proper assembly.
2. Tighten cap and nut on 1/8" tubing.
Check for leaks and lubricate U-cup:
1. Check all fittings for air leaks.
2. Disassemble push button and lubricate U-cup seal.
Clean and inspect valve seat.
1. Remove screws and disassemble metering valve.
2. Clean valve seat and inspect for deep gouges or scratches. Replace valve body if
necessary.
3. Remove any debris clogging off-center hole in rubber diaphragm.
Parts and Service Terreon Multi-Fount Washfountains
Sprayhead #2
Sprayhead #3
x
Sprayhead #1
x
Sprayhead #1Sprayhead #2
x
Valve Box and Sprayhead Connections Prior to June 13, 2005
These drawings show the supply connections and sensor cable placement for the Multi-Founts. The view is from in
front of the fixture facing the wall. The numbers indicate which sprayhead the sensor cables or supply connections
operate. The letters indicate the following:
S = Sensor cable from the valve box to the sprayhead window
W = Water supply connection from the valve box to the sprayhead
Terreon Multi-Fount Washfountains Parts and Service
CLOSED VALVE
Troubleshooting BIR3 Components - Prior to February 1, 2013
CAUTION: Turn off water supplies to unit before troubleshooting.
Problem: An individual operating station drips and fails to shut off.
Cause: There is debris trapped between the diaphragm and the valve seat.
Solution: Remove debris between diaphragm and the valve seat.
Disconnect the plug from the battery to the circuit board of the problem valve. Remove the three #8 Phillips-head screws that
hold the solenoid valve assembly together. Be careful not to lose the armature or spring. Remove the diaphragm. Remove any
particles that are trapped between the diaphragm and the valve seat. Rinse off the diaphragm and inspect for damage. Make
sure the center orifice and both small side orifices are open. Reassemble in reverse order, being careful not to overtighten the
Phillips-head screws or you may crack the plastic valve body. Tighten until the armature plate makes contact with the plastic body.
Reconnect the battery plug. Turn on water supplies to the unit.
Problem: An individual operating station fails to turn on or off.
Cause: Excessive line pressure.
Solution: Install pressure reducing valve.
Check the static line pressure. If the pressure exceeds 80 psi, install a pressure reducer valve at the street main. Excessive line
pressure (over 60 psi) will shorten the life of any valve.
Problem: An individual operating station fails to turn on or off.
Cause: A dead or faulty battery.
Solution: Test the station to determine cause and replace battery if required.
Disconnect the plug from the battery to the circuit board of the problem valve.
Disconnect the plug from the battery to the circuit board of an adjacent valve.
Connect the battery plug from the adjacent working valve to the problem valve. Wait
for ten seconds. Activate the problem station’s sensor ten times. The station should
turn on. If the station turns on, and cycles normally, replace the battery.
Cause: Faulty sensor eyes.
Solution: Test station to determine cause; replace sensor eyes if required.
Disconnect the sensor cable from the circuit board of the problem valve. Disconnect
the sensor cable from the circuit board of an adjacent working valve. Connect the
sensor cable from the adjacent working valve to the problem valve. Activate the
problem station’s sensor. The station should turn on. If the station turns on and
cycles normally, replace the sensor eyes.
Cause: Faulty solenoid valve.
Solution: Test station to determine cause; replace solenoid valve if required.
Remove the screw, circuit board and standoff from the problem valve. Remove the
battery holder. With a good working battery, briefly contact the solenoid valve directly
with the battery as shown in Open Valve figure to right. The contact should cause
the valve to open. With the battery holder removed, briefly contact the solenoid valve
with the battery in the position shown in Closed Valve figure to right. This should
cause the valve to close. If the valve does not operate when directly contacted with
a good battery, and the solenoid valve has already been cleaned as outlined at the
beginning of this troubleshooting section, replace the solenoid valve.
OPEN VALVE
If problems persist:
Pass your hand in front of the problem station, while at the same time looking to see
if the indicator light on the circuit board flashes (the indicator light is located near the
hole in the circuit board where the standoff is mounted). If it does not flash, and the
battery and sensor eyes have already been tested as outlined above, the problem
may be with the circuit board. Make a note of the numbers printed on the circuit
board, then contact your Bradley representative for assistance.
Terreon Multi-Fount Washfountains Parts and Service
TouchTime Valve (TT) Assembly - Solenoid Valve S07-068 (closed
body) and S07-068A (thru body) Prior to February 1, 2013
8
ItemQty.Part No.Description
7
8
6
5
4
3
11
11118-307Valve Body, ¼" Closed
11118-307AValve Body, ¼" Thru
21269-983Diaphragm
31269-577Armature
41269-578Spring
51269-1729Armature Housing
61269-1730Clamp, Armature Housing
71269-579Coil, Solenoid Valve
83160-447Screw, #8 x 5/8
91125-001CS O-Ring, #2-013
101125-160Flow Restrictor, .5 GPM
111S65-113Repair Kit
2
10
1
9
ProblemCauseSolution
An individual
operating
station fails
to shut off
and drips.
Debris is
trapped
between the
diaphragm
and the valve
seat.
Remove debris between diaphragm and the valve seat.
1. Remove the three #8 Phillips-head screws that hold the solenoid valve assembly together. Be
careful not to lose the armature or spring.
2. Remove the diaphragm. Remove any particles that have been trapped between the
diaphragm and the valve seat. Rinse off the diaphragm and inspect for damage. Make sure
the center orifice and both small side orifices are open.
3. Reassemble in reverse order (do not overtighten the Phillips-head screws or the plastic valve
body may crack). Tighten until the armature plate makes contact with the plastic body.
4. Reconnect the wiring.
An individual
operating
station fails
to turn on.
A failed coil for
the valve or
loose electrical
connection to
the terminal.
Test the station to determine the cause.
1. Disconnect the wires from the coil of an adjacent valve. Disconnect the wires from the
problem valve and reconnect to the adjacent valve.
2. Turn on electrical and water supplies to the unit. Pass your hand in front of the sensor of the
problem station, and the adjacent station should turn on.
If the adjacent station turns on and cycles normally, replace the coil on the problem valve.
If the adjacent valve fails to turn on, inspect the wires from the sensor cable and do the following:
• make sure there are no breaks and that the fully insulated disconnect terminals are
firmly crimped in place;
• turn off the electrical and water supplies;
• reconnect to the adjacent valve and turn on the water supplies to the unit;
• pass your hand in front of the sensor. If the station still fails to turn on, replace the
sensor.
Parts and Service Terreon Multi-Fount Washfountains
Thermostatic Mixing Valve Troubleshooting
Prior to February 1, 2013
Before attempting to troubleshoot the valve or disassemble the components, check for the following conditions:
• If stop valves are used, make sure that they are fully open.
• Make sure that the hot and cold inlet pipes are connected properly, and that there are no cross-connections
or leaking stop valves.
• Check the hot water heater output to make sure that it is at least 10° F above the set temperature.
Be sure to close the appropriate shut-off valves prior to disassembly of the valve and reopen the valves after
inspection and repair is complete.
ProblemCauseSolution
External leaks.O-rings have been damaged.Replace o-rings where necessary. For replacement of the
o-rings, contact your Bradley representative and ask for
repair kit (part number S65-259).
Improper water
temperature or
temperature
fluctuation.
Limited water flow. Dirt and debris have built up in the valve or strainer.2 . Remove and clean strainer. If strainer needs to be
Thermostat is slowly failing or not working at all.Check the thermostat for proper operation.
1. At room temperature, (80° F or less) remove cap and
thermostat.
2. Place thermostat into a container with 115° F water.
The pushrod should pop out of the thermostat
approximately 1/10".
If thermostat pushrod does not pop out, the thermostat
mush be replaced. Contact your Bradley representative
and ask for repair kit (part number S65-259).
Valve temperature is not properly set.Adjust the temperature.
1. Using a blade screwdriver, turn the adjustment stem
counterclockwise to increase the temperature or
clockwise to decrease the temperature.
replaced, order Bradley part no. 173-028.
3. Check the piston for smooth movement.
a. Remove the valve's cap and thermostat.
b. Push down on the piston with your finger (piston
should move freely). If the movement is not as it
should be, the piston needs to be cleaned.
c. To clean the piston, remove the thermostat.
d. Lift the piston out with a needle-nose pliers and
remove the spring.
e. Any cleaner suitable for brass and stainless steel
may be used (if cleaning with suitable cleaner
is not sifficient to remove debris, a 400-grit
sandpaper may be used to polish and hone the
piston and valve body).
f. Snap spring into piston (will detent) and
reassemble into the valve body. Retest piston.
4. If, after a thorough cleaning, the piston does not move
freely, the piston must be replaced. Contact your
Bradley representative and ask for repair kit (part
number S65-259).
Parts and Service Terreon Multi-Fount Washfountains
Vernatherm Thermostatic Mixing Valve (S01-116B) - Complete Valve
Prior to June 13, 2013
Repair kit S45-049 is pre-packaged and includes o-ring, flip ring, power element and spring.
Maintenance Instructions
1. Disassembly the Vernatherm valve, being careful not
to damage the power element. Replace the element, if
necessary.
2. An old or worn flip ring may cause temperature
fluctuation and/or water chatter. If necessary, remove the
old flip ring and replace with a new ring.
3. Reassembly the power element and valve body. Apply
grease to the main valve slide and gently ease into
position, rotating so that the grease is applied to the flip
ring. Do not force the slide as this may push the flip ring
from it's position. To test, rotate the slide; a slight drag
should be felt when correctly installed.
4. Reassembly the valve.
Power Element
(S27-019)
Valve Slide
(S01-039)
O-Ring
(125-001CH)
Screw
(160-175)
Body
(S27-029)
Flip Ring
(125-015)
Spring
(135-008)
Valve Slide
(S01-039)
Service Suggestions
When servicing the Vernatherm valve, make sure it is installed in the correct position. The most common error that
occurs is when the valve is installed in the reversed position, that is, the hot line is connected to the cold line and the
cold line is connected to the hot.
A red ring is painted on the hot side of the valve.
The table below lists conditions that occur when the valve is installed correctly, and when it is in the reversed position.
IFTHEN
Valve Position isHot SupplyCold SupplyValve Delivers
Terreon Multi-Fount Washfountains Parts and Service
Soap System
Soap Recommendations
Quality soap dispensers require good quality soap and periodic maintenance to properly operate. Bradley soap
dispensers will provide dependable, consistent operation over the long term when soap with reasonable viscosity and
pH levels are used and when a minimal amount of periodic maintenance is performed on the valves.
Soap thickness is determined by a measurement called viscosity. Soap viscosity should be between 100 cps
(centerpoise) and 2500 cps for all Bradley soap dispensers. Thinner soaps are perceived by the users as being
"watered down" so users tend to take more than they need, resulting in waste. Thick soaps flow slower and inhibit
the "flushing" action of the valves, which allows the soap to congeal in the valve and cause clogs.
The pH (acid) level of the soap should be in the range of 6.5 to 8.5. More acidic soaps (pH levels lower than 6.5)
will corrode metal parts (even stainless steel!!) and degrade rubber and plastic components. They will also cause
skin irritation. Most inexpensive soaps (typically the pink lotion type) fall into this acidic category and will eventually cause valve failure and metal corrosion. Base soaps (pH levels higher than 8.5) will cause swelling or
degradation of rubber and plastic parts and skin irritation.
Generally, any quality soap meeting the viscosity and pH guidelines above will work well with Bradley soap
dispensers. PCMX or Isapropanol based antibacterial soaps (within viscosity and pH limits) will also work with
Bradley dispensers. Soaps satisfying these basic guidelines will provide consistent flow and reduce clogs.
Most soap dispenser problems are caused by soap that is too thick or corrosive, or by a lack of maintenance. Many
soaps come in concentrate form which must be diluted with water. Often, the soap is improperly diluted or used
straight out of the bottle, which causes clogging and valve failure. If proper soap is being used, valves that have
never been cleaned are usually the source of dispensing problems. Bradley has entered into an agreement with
Champion Brand Products to provide additional customer service for purchasers of our dispensers regarding soap
issues. They are very helpful and can get to the bottom of almost any soap dispenser related problem. They also sell
an excellent "Bradley approved" soap. Please see Soap Instruction Sheet 215-1286 for details about soap valve
cleaning or how to contact Champion. With proper maintenance and soap, Bradley dispensers will provide long term,
trouble free operation.
Soap Dispenser Maintenance Instructions for Multi-Fount Washfountains
Bradley soap dispensers will provide dependable, consistent operation over the long term when the proper soap is
used and when a minimal amount of periodic maintenance is performed on the valves. Valves must be maintained
(cleaned) to function properly.
To ensure proper operation of your soap dispenser, follow these instructions:
• Once per month, remove the cap from the soap tank and insert the draw tube (below the cap) into hot water
and soak it for 30 minutes.
• Push valve at least 20 times while it is soaking.
• Flush soap reservoir with hot water while valve is soaking.
In cases of extreme clogging, the valve should be disassembled and the parts should be soaked in hot water or
cleaning solution to restore proper functioning. Soap dispensers that will not be used for extended periods of time
(schools during summer break, etc.) should be drained, cleaned and left empty until put back into service. Soap left
on the outside of dispensers can cause discoloration and corrosion of the reservoir (even on stainless steel units). All
soap should be wiped or scrubbed off daily, then the outside of the dispenser should be rinsed with clear water and
dried with a soft cloth.
The rubber washer that comes
with this kit is used for certain
applications. Discard this washer
for this application as it is not
used on washfountains.
JadeS15-123NS15-124NS15-121NS15-122NS15-119NS15-120N
LannonstoneS15-123SS15-124SS15-121SS15-122SS15-119SS15-120S
London GrayS15-123APS15-124APS15-121APS15-122APS15-119APS15-120AP
Parts and Service Terreon Multi-Fount Washfountains
Terreon® Cleaning and Maintenance
Material Description: Terreon is an NAHB Certified densified solid surface material composed of polyester resin and is resistant to
chemicals, stains, burns and impact. Surface damage can be easily repaired with everyday cleansers or fine grit abrasives.
Routine Cleaning: Clean daily or as often as conditions require using a standard commercial or household cleaner such as
Formula 409® or Windex®.
Stubborn Stains: Remove tough stains with Ajax®, Comet®, or Soft-Scrub® and a green Scotch-Brite® pad or lightly sand in a
circular motion with 240 grit wet/dry sandpaper. The finish can be renewed with a maroon Scotch-Brite pad.
Special Situations for Material
Scratches: Remove scratches with a green Scotch-Brite® pad. The finish can then be renewed with a maroon Scotch-Brite® pad.
Hard Water Deposits: Remove hard water deposits with a mild solution of vinegar and water. Always rinse the unit thoroughly after
cleaning.
Restoring the surface: Use Hope’s® Solid Surface cleaner and polish to refresh and protect the Terreon Solid Surface material.
Bradley recommends additional care and maintenance for the darker colored Terreon. For complete instructions on this additional
maintenance see Bradley document #1505.
Do not use strong acid or alkaline chemicals and cleansers to clean Terreon. If these chemicals come in contact
with the Terreon surface, wipe them off immediately and rinse with soapy water.
Avoid contact with harsh chemicals such as paint remover, bleach, acetone, etc. Avoid contact with hot pans and
objects.
Repair Kits: Terreon repair kits are available. Contact your Bradley representative or distributor for part numbers and pricing.
Repair kits are made to order and have a shelf life of 30 days.
Brand Names: Use of brand names is intended only to indicate a type of cleaner. This does not constitute an endorsement, nor
does the omission of any brand name cleaner imply its inadequacy. Many products named are regional in distribution, and can be
found in local supermarkets, department and hardware stores, or through your cleaning service. It is emphasized that all products
should be used in strict accordance with package instructions.
When cleaning units equipped with infrared (electronic eye) activation, it is helpful to turn off the power to the unit or cover the
windows to prevent accidental activation. After the window is covered, the water will run for approximately 30 seconds and