HydroQuip BALBOA BP7 Series User manual

BP SERIES
BALBOA®
TM
Balboa BP7 SERIES
Installation/Operation Manual
By
•
•

Contents
Power Connection.................................................8
Wi-Fi Option Installation.......................................11
System Setup & Connections..........................14-15
TP400/600 Programming.....................................16
TP500/TP500S Programming..............................17
Circuit Board Configuration..................................12
TP800/900/spaTouch Programming....................18
Electrical Installation...........................................5-7
Circuit Board Wiring Diagram...............................13
GFCI Wiring Detail.................................................7
Pump Cord Configuration......................................9
Important Safety Instructions..............................3-4
Spaside Installation.............................................10
spaTouch (Icon) Programming.............................19
System Start-Up...................................................20
System Plug Pinouts.............................................24
Troubleshooting..............................................25-26
Operational Considerations..................................21
System Data Label...............................................27
System Functions / Features...........................22-23
Testing/Replacing Sensors........... .......................24
Warranty Information............................................27

3
IMPORTANT SAFETY INSTRUCTIONS
DANGER To reduce the risk of injury, do not permit children to use this product
unless they are closely supervised at all times.
WARNING - RISK OF CHILD DROWNING. Extreme caution must be exercised to
prevent unauthorized access by children. To avoid accidents, ensure that children
cannot use a spa or hot tub unless they are supervised at all times.
DANGER To reduce the risk of injury to persons, do not remove suction fittings.
Spa location must accommodate sufficient drainage of water around the base of the
structure, as well as the power source compartment.
Prolonged immersion in water that is warmer than normal body temperature can result
in a dangerous condition known as HYPERTHERMIA. The causes, symptoms,
and effects of hyperthermia may be described as follows: Hyperthermia occurs
when the internal temperature of the body reaches a level several degrees above
the normal body temperature of 98.6BF. The symptoms of hyperthermia include
dizziness, fainting, drowsiness, lethargy, and an increase in the internal
temperature of the body. The effects of hyperthermia include (1) unawareness of
impending hazard, (2) failure to perceive heat, (3) failure to recognize the need to
exit spa, (4) physical inability to exit spa, (5) fetal damage in pregnant women, (6)
unconsciousness resulting in danger of drowning. WARNING The use of alcohol,
drugs or medication can greatly increase the risk of fatal hyperthermia in hot tubs
and spas.
DANGER - RISK OF ELECTRICAL SHOCK.
A spa may be installed within 5 feet of metal surfaces if each metal surface is
permanently connected by a solid copper conductor attached to the wire connector
on the terminal box . Refer to NEC and local codes
A bonding lug is provided on the control box to permit connection of a
solid copper bonding conductor between this point and any equipment, metal
enclosures of electrical equipment, metal water pipe, or conduit within 5 feet
(1.5m) of the unit as needed to comply with local requirements.
Bond accessible metal to the dedicated connector on the equipment grounding bus,
bond the equipment ground bus to the local common bonding grid as part of the
installation in the form of (1) a reinforced concrete slab for support, (2) a ground
plate provided beneath the hot tub or spa, or (3) a permanent ground connection
that is acceptable to the local inspection authority.
DANGER RISK OF ELECTRICAL SHOCK. Do not permit any electrical appliance,
such as a light, telephone, radio, or television, within 5 feet (1.5m) of a spa or hot
tub.
To reduce the risk of injury:
The water in a spa or hot tub should never exceed 104BF (40BC). Water temperatures
between 100BF (38BC) and 104BF (40BC) are considered safe for a healthy adult.
Lower water temperatures are recommended for extended use (exceeding 10-15
minutes) and for young children.
Excessive water temperatures have a high potential for causing fetal damage during
the early months of pregnancy, pregnant or possibly pregnant women should limit
spa or hot tub water temperatures to 100BF(38BC).
!
!
!
!
!
Before entering the spa or hot tub, the user should measure the water temperature
with an accurate thermometer.
The use of alcohol, drugs, or medication before or during spa or hot tub use may lead
to unconsciousness with the possibility of drowning.
Persons suffering from obesity or with a medical history of heart disease, low or high
blood pressure, circulatory system problems, or diabetes should consult a
physician before using a spa or hot tub.
in effect at the time of
installation.)

4
Persons using medication should consult a physician before using a spa or hot tub
since some medication may affect heart rate, blood pressure, and circulation.
A terminal marked “G” or “ground” is provided in the wiring box located inside the
equipment compartment. To reduce the risk of electric shock, connect the
terminal or connector to the grounding terminal of your electrical service or supply
panel with a continuous green insulated copper wire in accordance with National
Electric Code Table 250-95 and any other local codes in effect at the time of the
installation.
The electrical supply for this product must include a suitably rated switch or circuit
breaker to open all ungrounded supply conductors to comply with Section 422-30
of the National Electric Code, ANSI/NFPA 70 1987. The disconnecting means
must be readily accessible to the tub occupant but installed at least 5 feet (1.5m)
from the tub water.
WARNING - Do not install indoors. This unit uses a gas heater that requires proper
ventilation and is intended for outdoor use only.
For Permanently Installed Units
For Permanently Installed Units not Provided with an Internal Disconnecting Method
For Units with Gas Heaters
ONLY EXPERIENCED TECHNICIANS SHOULD SERVICE THIS EQUIPMENT.
HIGH VOLTAGE CAN SERIOUSLY INJURE OR KILL!
DO NOT remove the protective covers from any electrical enclosure, or attempt to service any related
electrical device, unless you are a qualified electrician or service professional.
WARNING
All electrical work must be performed by a qualified electrician and must conform to all local
codes.
IMPORTANT
Due to the danger of severe electrical shock, locate all power disconnects before servicing a
spa. Precautions must be taken whenever working with breaker boxes, G.F.C.I.’s, or service
disconnects.
DANGER
Risk of electric shock. Before working with any electrical connections, make certain that the
Main Power breaker from the house breaker box has been turned off.
High Voltage Warning
Must be connected to a grounded, grounding type receptacle only. NEVER connect
the spa to an extension cord.
Do not bury the cord.
For Cord and Plug Connected Units
IMPORTANT SAFETY INSTRUCTIONS

5
Electrical Installation
15A 20A 30A 40A 50A 60A
12A 16A 24A 32A 40A 48A
14 12 10 86 4
Circuit & Breaker
Rating
Maximum Amps
Minimum Wire
Size
The GFCI (Ground Fault Circuit Interrupter) is a mandatory electrical safety device required for all
portable spas and hot tubs as specified in the National Electrical Code Article 680-42. The GFCI
in your particular installation may be installed at the electrical service panel or a separate sub-
panel.
Use copper conductors ONLY. The ground must be sized following the National Electric Code,
Table 250-122. For Power conductor size, refer to the National Electric Code Table 310-16.
A bonding lug has been provided on the control box to allow connection to local ground
points. To reduce the risk of electrical shock, a solid copper bonding wire should be
connected from this lug to any metal objects within 5 feet of the spa.
A licensed electrician must accomplish the electrical installation in accordance with the National
Electric Code(NEC) Article 680, and any local codes in effect at the time of installation.
The NEC and most local codes require that a “disconnect” be installed within “line-of-site” of
the spa.
Refer to the System Data Label for equipment voltage and maximum amperage draws.
IMPORTANT- If your electrician is not absolutely sure how to connect your system
correctly, call your local dealer. Any mistake may be costly and void your equipment
warranty.
The above table is a wiring chart representation.
CAUTION: Damage may occur to the circuit board and spaside if the spaside plug
is not properly aligned to the receptacle on the circuit board or if the spaside plug
is connected or disconnected while the power is on.
**Any resulting damages are not covered under manufacturer’s warranty**
**Any resulting damages are not covered under manufacturer’s warranty**
CAUTION: Do not connect or disconnect any components while the power is on.
All connections must be done with the power off as it may cause damage to the
system.

6
Electrical Installation
MAIN BREAKER PANEL
LINE 1
N
LINE 2
OPTION 1
MAIN BREAKER PANEL
OPTION 2
20-60AMP HARDWIRED
Option 1 shows the power from GFCI breaker installed into main service panel to a service disconnect
within line-of-site of the spa. If the manufacturer of your homes main breaker panel makes a GFCI
breaker, you may be able to add it to an open slot in the panel.
Option 2 shows the power from main service panel to a GFCI subpanel within line-of-site of the spa.
(Note: Most local codes will allow a GFCI subpanel to be a disconnect. If this is not the case in your
installation, a disconnect must be provided.)
REFER TO GFCI WIRING DETAIL ON PAGE 8
GFCI Installed in Main Service Panel
Subpanel GFCI Installed
PORTABLE SPA
INLINE SPA DISCONNECT
20-60AMP HARDWIRED
GFCI DISCONNECT
LINE 1
N
LINE 2
INLINE SPA DISCONNECT
TO PORTABLE SPA
REFER TO GFCI WIRING DETAIL ON PAGE 8

7
It is important that the GFCI circuit breaker is installed correctly. Often this component has
been improperly installed causing the breaker to instantly trip when the system is turned on.
Below is an illustration of a typical GFCI breaker installation.
WARNING: Refer to the circuit breaker manufacturers installation instructions. This
illustration is meant to be a guide for Field Technicians and is not intended to
override or substitute the instructions supplied with the circuit breaker.
GFCI
TEST
(Ground Fault Circuit Interrupter)
CIRCUIT BREAKER
NEUTRAL PIGTAIL
NEUTRAL BUS BAR
LINE 1
NEUTRAL
LINE 2
GROUND
GROUND BUS BAR
LINE LUG #1 LINE LUG #2 INCOMING
SERVICE
CONDUCTORS
FROM
MAIN
PANEL
NEUTRAL
GROUND
TO SPA CONTROL SYSTEM
LOAD
LOAD NEUTRAL MUST BE CONNECTED
DIRECTLY TO GFCI AS SHOWN
GFCI Wiring Detail
(The spa must be installed on a dedicated circuit.)
This illustration depicts a typical 15 AMP, cord-end GFCI installation.
If your system was configured to include a 120VAC power cord, ensure that the proper
receptacle has been installed (a dedicated circuit is required). DO NOT under any
circumstances modify a 20 Amp plug to fit into a 15 Amp receptacle or use an extension
cord. Doing so will create hazardous conditions and/or invalidate the warranty.
OPTION 3
15/20AMP CORD END GFCI
15A / 120V OUTLET
PORTABLE SPA
MAIN BREAKER PANEL
DEDICATED
Units with 15A / 20A GFCI Plug Connection
Electrical Installation
LINE 1
LINE 2

8
240-VOLT ELECTRICAL SERVICE REQUIREMENTS
If supply circuit allows move DIP switches A2
& A3 to the on or up position to place the
system in high amp mode. High amp mode
allows the heater to stay on when high speed
pump(s) or blower is turned on.
ŸUse copper conductors only as required by the NEC.
IMPORTANT: Always refer to the product data label (located on top of the control box) for
specific electrical information.
ŸSecure wires as defined by the NEC and in compliance with any local codes in effect at
the time of installation.
IMPORTANT- All equipment must be rated for 240VAC
unless Neutral is connected and components are
converted appropriately.
.
Power Connection
Ground
Lug
OPTIONAL (N)
L2
L1
GR
N/A
BLK (L1)
RED (L2)
WHT (N)
120-VOLT ELECTRICAL SERVICE REQUIREMENTS
Assure DIP switches A2 & A3 are OFF or in the
down position to place the system in low amp
mode. Low amp mode disables the heater when
high speed pump(s) or blower is turned on to
prevent breaker tripping.
Ground
Lug
NEU
LINE
GR
N/A
BLK (L1)
RED (L2)
WHT (N)
TRANSFORMER
BEFORE AFTER
Step 1: Convert transformer to allow 120V input by installing an additional jumper** (Included
with system) at J24 located above the transformer
Step 2: Connect 120V input
power as shown
Step 3: Assure all component white wires are
connected at Area 2
**120V JUMPER HQ PT#: 34-20564 (included)

9
Black = Low Speed
Red = High Speed
White = Common
Green = Ground
SINGLE SPEED PUMP / ACCESSORY CORD CONFIGURATION
The following wiring configuration is for single-speed pump circuits, circulation pumps, ozones,
blowers and accessories.
Black = Hot/Line
White = Common
Green = Ground
Black = Hot/Line
White = Common
Green = Ground
Pump Cord Connections
Pump
Single Speed Device /
Accessories
System
System
2-SPEED PUMP CORD CONFIGURATION
The following wiring configuration is for two-speed pump circuits.

10
Step 4 - Connect spaside to an empty
connection marked MAIN. (Fig.4)
*Must align Locking Clip on spaside plug with
Locking Tab on circuit board for proper
function.
Locking Clip*Locking Tab*
Spaside
Plug
Fig.4
When utilizing a spaside
extension cord, the clip and
tab must also be aligned at all
connections. Fig.5
Fig.5
Cord plugs are labeled to insure proper
plug alignment as shown in Fig.6
Fig.6
Front side Back side
CONNECTING SPASIDE & EXTENSION
SPASIDE CONTROL INSTALLATION
Step 1 - Clean area and insert spaside
control. (Fig.1)
Overlay may vary
Step 2 - Remove the double sided adhesive
from the back of the spaside. Make certain the
spaside is straight and adhere to the spa shell.
(Fig.2)
ŸThe mounting area must be above the maximum water level of the spa and in an area with good
drainage to prevent any standing water on or around the spaside.
If required, you may have to cut out a hole in the spa shell to install spaside control.
ŸThe spaside should never be submerged.
ŸThe spaside should be protected from extended periods of exposure to sunlight.
Step 3 - Remove protective film from display
window then clean the face of the spaside.
Now carefully align and apply the label. (Fig.3)
Fig.3
Fig.1 Fig.2
CAUTION: Damage may occur to the circuit board and spaside if the spaside plug
is not properly aligned to the receptacle on the circuit board or if the spaside plug
is connected or disconnected while the power is on.
**Any resulting damages are not covered under manufacturer’s warranty**

11
WIFI MODULE INSTALLATION KIT (OPTIONAL)
If Provided with your system, please make sure to install the module following these few steps:
Step 1 - Insert wifi cable connector into an empty connection mark “Main”
Your new system has the capability to connect with the internet using a wifi module.
* If no main connections are available, you may use the “Y” cable provided with the
wifi module kit (34-0216E)
Note: If you experience poor operation via the wifi module, it may be necessary to relocate the module
closer to your wifi router.
Step 2 - You may mount the wifi module inside the lower control system enclosure.
Step 3 - Please follow the instructions provided with the wifi module kit to properly install your
BWA App™

12
IMPORTANT- CIRC PUMP & OZONE MUST BE SAME VOLTAGE RATING
Circuit Board Configurations
Voltage Selection Chart for 120V Conversion
Expander Board (Optional)
240V
All component outputs are pre-configured for 240V. If 120V output is required, please
utilize the illustration below and the wiring diagram that was included with your unit
for the correct component location to properly convert to 120V.
Figure 1
J79
J45
J54
J77
J78
Component Plugs
Area
1
120V
Area
3
Component
Volts
Amps
From
To
P1 1 or 2-spd
120V
12A
Area 2
Area 4
P2,P3,P4,BL
120V
10A
Area 2
Area 4
Ozone
120V
1A
Area 2
Area 4
Circ Pump
120V
2A
Area 2
Area 4
AV
120V
2A
Area 2
Area 4
4
J42
J1
J3
J4
J37
2
J72
J47
J61
White converts circuit voltage
Area 2 (240V) by default
Area 4 for 120V component
Black connects to J88
Connects to J107

#
13
Wiring Diagram
HEATER
White to Location #2 for 240V
White to Location #4 for 120V
Both Pumps must be same voltage

#
NOTE: * Wiring change required - Move Black J20 wire from J13 to J12 (Setups: 2, 4, 9, 11, 17 only)
SYSTEM SETUP & CONNECTION CHART
14
Setup # Circ Pump Pump 1 Pump 2 Pump 3 Pump 4 Blower MicroSilk® Temp Scale
1
Yes (J21) J9 (2-Spd) None None None °F
2Yes (J21) J9 (2-Spd) None None None °F
3Yes (J21) J9 (1-Spd) None None None °F
4Yes (J21) J9 (2-Spd) None None None None °F
5Yes (J21) J9 (1-Spd) None None None None °F
6None None None None °F
7None None None None °F
8None None None None None °F
9Yes (J21) None None None °F
10 Yes (J21) None None None °F
11 Yes (J21) None None None °F
12 Yes (J21) None None None None °F
13 Yes (J21) None None None None °F
14 Yes (J21) None None None None °F
15 Yes (J21) None None None None None °F
16 Yes (J21) None None None None None °F
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (1-Spd)
J9 (1-Spd)
J9 (1-Spd)
J1 (2-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (2-Spd)
J1 (2-Spd)
J1 (2-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J1 = Receptacle on expander board
NOTE: Component operation dependent on number of pump & accessory buttons on keypad.

#
Setup # Circ Pump Pump 1 Pump 2 Pump 3 Pump 4 Blower MicroSilk® Temp Scale
17 None J9 (2-Spd) J14 (1-Spd) None None None °F
18 None None None None °F
19 None None None None None °F
20 None None None None None °F
21 None None None None None None °F
22 Yes (J21) None None None °F
23 Yes (J21) None None None °F
24 Yes (J21) J9 (1-Spd) None None None °F
25 Yes (J21) None None None None °F
26 Yes (J21) None None None None °F
27 None None None None °F
28 None None None None °F
29 None None None None None °F
30* Yes (J21) None None °F
31* Yes (J21) None None °F
32* None None None °F
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (2-Spd)
J9 (1-Spd)
J9 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J14 (1-Spd)
J1 (2-Spd)
J1 (2-Spd)
J1 (2-Spd)
J1 (2-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd)
J1 (1-Spd) J1 (1-Spd)
J1 (1-Spd) J1 (1-Spd)
J1 (1-Spd) J1 (1-Spd)
* = Setups 30-32 require splitter harness PT# 25801 for pumps 2 & 4 @ J1 expander connection
J1 = Receptacle on expander board
DEFAULT >
NOTE: Component operation dependent on number of pump & accessory buttons on keypad.
15
SYSTEM SETUP & CONNECTION CHART, CONT’D

#
TP600 / TP400 Programming Procedure
Again, You will have 1 minute to complete the setup change after you manually exit Priming Mode.
Immediately after exiting Priming Mode, press this sequence of buttons: Warm, Light, Warm, Warm, Warm, Warm. Continue to press Warm until the diplay
shows the Setup Number (S-01, S-02, etc.) you want to switch to. When the correct setup number is showing, press Light once, and the system will reset,
using the newly-selected Setup from that point on.
Move DIP Switch 1 to the OFF position to take the spa out of Test Mode. °F or °C will replace °T.
NOTE: Changing the Setup may require wiring changes as well - refer to the wiring diagram or wiring diagram addendum.
Indicates Flashing or Changing Segment
Key
A temperature button, used for “Action”
Light or dedicated “Choose” button, depending on control panel configuration
Indicates Alternating or Progressive Message - every 1/2 second
Waiting time - varies depending on function
SET SET
The System will reset and go into Priming Mode if the Light Button
is pressed while anything other than the current setup is flashing.
If there is no change to the Setup Number (S-01, S-02, etc.),
the display returns to the SETP screen.
Several Setups can
exist in in this string
A dash (--) indicates the current Setup.
SET
SET SET
SET SET
SET SET
While the Set Temperature is
still flashing, press Light
TEST will now appear in
the LCD first.
SETRANGE
Main Screen
Main Screen
READYRANGE FLTR1
SET
Approx.
5 sec.
or
Approx.
5 sec.
or
SET
SET
SET
SET
When set to ON, Panel will display
alternate readings from
Senor A and Sensor B
on Main Screen
Displays Fault Log
If the Control Panel does not have a Warm (Up) button, but
rather a single Temp button, use the Temp button in place
of the Warm button in the instruction above. (The flow chart
assumes a single Temperature Button.)
Note: The Timeouts and Spa O/H
selections should NEVER be changed.
They are for safety agency testing
purposes only.
Test Menu Access (S1, Switch 1 ON) Service Technician ONLY.
With system on or OFF move DIP Switch 1 (on S1 on the Main circuit board) to ON.
The system will enter Test Mode.
Moving DIP Switch 1 to OFF will exit Test Mode. ON
As soon as Switch #1 is placed
in the ON position, the temperature will show
“T” after it instead of F or C, indicating the
System is in Test Mode
READYRANGE FLTR1
Software Setups
Under the TEST Menu, the Setup screen will allow changing the Setup from 1 to any number established by the Manufacturer.
Changing the Setup may require wiring changes as well.
You will have 1 minute to complete the setup change after you manually exit Priming Mode. (Once familiar with the process,
the Setup change should take less than 15 seconds.)
1 10
S1
16

#
TP500/TP500S Programming Procedure
Move DIP Switch 1 to the OFF position to take the spa out of Test Mode. °F or °C will replace °T.
NOTE: Changing the Setup may require wiring changes as well - refer to the wiring diagram or wiring diagram addendum.
Indicates Flashing or Changing Segment
Key
A temperature button, used for “Action”
Menu/Select button, used to enter programming modes
Indicates Alternating or Progressive Message - every 1/2 second
Waiting time - varies depending on function
Main Screen
If the Control Panel does not have a Warm (Up) button, but
rather a single Temp button, use the Temp button in place
of the Warm button in the instruction above. (The flow chart
assumes a single Temperature Button.)
Test Menu Access (S1, Switch 1 ON) Service Technician ONLY.
With system on or OFF move DIP Switch 1 (on S1 on the Main circuit board) to ON.
The system will enter Test Mode.
Moving DIP Switch 1 to OFF will exit Test Mode. ON
1 10
S1
As soon as Switch #1 is placed
in the ON position, the temperature will show
“T” after it instead of F or C, indicating the
System is in Test Mode
Software Setups
Under the TEST Menu, the Setup screen will allow changing the Setup from 1 to any number established by the Manufacturer.
Changing the Setup may require wiring changes as well.
You will have 1 minute to complete the setup change after you manually exit Priming Mode. (Once familiar with the process,
the Setup change should take less than 15 seconds.)
Press Menu/Select button
“TEST” will appear
Press Menu/Select the system will reset and
go into priming mode
17

#
Test Menu Access (S1, Switch 1 ON) Service Technician ONLY.
DANGER! HIGH VOLTAGE WILL BE ACCESSIBLE! SERVICE TECHNICIAN ONLY!
While the system is running, move DIP Switch 1 (on S1 on the Main circuit board) to ON.
The system will enter Test Mode.
Moving DIP Switch 1 to OFF will exit Test Mode.
Software Setups
Under the TEST Menu, the Setup screen will allow changing the
Setup from 1 to any number established by the Manufacturer.
Changing the Setup may require wiring changes as well.
TP800 / TP900 / spaTouch™ Menued Panel Programming Procedure
Set: 104°F
8:32 PM
Ozone
Filter 1
Spa
Shortcuts
Settings
Test
High Range
102°F
Ready in Rest Mode
Heating

ON
1
10 S1
Test
Back Setup
A/B Temps
Fault Log
Timeouts
Temp Limit
1 
Off

Normal
Yes
Note: The Timeouts and Temp Limit
selections should NEVER be changed.
They are for safety agency testing
purposes only.
18

#
Test Menu Access (S1, Switch 1 ON) Service Technician ONLY.
DANGER! HIGH VOLTAGE WILL BE ACCESSIBLE! SERVICE TECHNICIAN ONLY!
While the system is running, move DIP Switch 1 (on S1 on the Main circuit board) to ON.
The system will enter Test Mode.
Moving DIP Switch 1 to OFF will exit Test Mode.
To Change Software Setups:
While in Test Mode, press the indicated icons to move from screen to screen.
ON
1
10 S1
spaTouch™ Icon-Driven Panels Programming Procedure
Once on the Setup Selection screen, press the Up or
Down icon to select the desired Setup Number, then
press the Check Mark icon to confirm and to have
the spa restart.
After the system restarts, you may see a message
that “The settings have been reset”; this is normal
after changing Setups with DIP Switch 6 in the OFF
position. Press “Clear” to dismiss this message.
The example screens shown here are from the
spaTouch 1 Icon-Driven Panel, but the screens
on the spaTouch 2 Panel are similar. The main
difference is that the spaTouch 2 display is
wider.
ON
1 6 S1
As soon as Switch #1 is placed
in the ON position, the temperature will show
“T” after it instead of F or C, indicating the
System is in Test Mode
19

20
Preparation and Filling
Fill the spa to its correct operating level. Be sure to open all valves and jets in the plumbing system before filling to allow
as much air as possible to escape from the plumbing and the control system during the filling process.
After turning the power on at the main power panel, the top-side panel display will go through specific sequences. These
These sequences are normal and display a variety of information regarding the configuration of th
Priming Mode
This mode will last for 4-5 minutes or you can manually exit the priming mode after the pump(s) have primed.
Regardless of whether the priming mode ends automatically or you manually exit the priming mode, the system will auto-
matically return to normal heating and filtering at the end of the priming mode. During the priming mode, the heater is
disabled to allow the priming process to be completed without the possibility of energizing the heater under low-flow or
no-flow conditions. Nothing comes on automatically, but the pump(s) can be energized by pushing the “Jet” buttons.
If the spa has a Circ Pump, it can be activated by pressing the “Light” button during P
Priming the Pumps
As soon as the priming mode has started, push the “Jet” button once to start Pump 1 in low-speed and then
again to switch to high-speed. Also, push the Pump 2 or “Aux” button, if you have a 2nd pump, to turn it on. The pumps
will now be running in high-speed to facilitate priming. If the pumps have not primed after 2 minutes, and water is not
flowing from the jets in the spa, do not allow the pumps to continue to run. Turn off the pumps and repeat the process.
Note: Turning the power off and back on again will initiate a new pump priming session. Sometimes momentarily turning
the pump off and on will help it to prime. Do not do this more than 5 times. If the pump(s) will not prime, shut off the
power to the spa and call for service.
Important: A pump should not be allowed to run without priming for more than 2 minutes. Under NO circumstances should
a pump be allowed to run without priming beyond the end of the 4-5 minute priming mode. Doing so may cause damage to
the pump and cause the system to energize the heater and go into an overheat c
Exiting Priming Mode
You can manually exit Priming Mode by pressing a “Temp” button (Up or Down). Note that if you do not manually exit the
priming mode as described above, the priming mode will be automatically terminated after 4-5 minutes. Be sure that the
pump(s) have been primed by this time.
Once the system has exited Priming Mode, the top-side panel will momentarily display the set temperature but the display
will not show the temperature yet, as shown below. This is because the system requires approximately 1 minute of water
flowing through the heater to determine the water temperature and display it.
System Start-Up