Wireless Automated Control System
Table of Contents 1. Introduction 1.1 Important Information and Safety Precautions.....................................2 1.2 FCC Statement.....................................................................................3 1.3 System Overview..................................................................................4 1.4 Sol Specifications.................................................................................6 1.5 Accessories ...............................................................
. Setup 3.1 3.2 3.3 3.4 3.5 DIP Switch Settings............................................................................86 Turning on the Command Center.......................................................92 Remote Control Training.....................................................................96 Charging Base Training......................................................................98 Antenna Repeater ............................................................................100 4.
1.1 Important Information and Safety Precautions Important Information and Safety Precautions 1. READ AND FOLLOW ALL INSTRUCTIONS. 2. WARNING: Do not allow children to handle this product without close adult supervision. 3. All electrical work must be performed by a licensed electrician and must conform to all national, state and local codes. 4. Do not install or service this equipment if precipitation is present or imminent. 5. Prolonged exposure to water in excess of 100O F will cause hyperthermia.
1.2 FCC Statement FCC Statement This equipment has been tested and complies with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy, and if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
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1.3 System Overview INTRODUCTION The Polaris Sol 1000 is easy to install in new or existing pools without drilling through walls or patios. The Sol controller receives signals from the command center that enables it to activate or deactivate many features associated with outdoor environments. Step by step menus make it simple to schedule regular routines such as cleaning or lighting.
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1.4 Sol Specifications INTRODUCTION Dimensions: Command Center with Subpanel: 15.5" W x 21.75" H x 4.5"D Accommodates up to 8 single position or 4 double position circuit breakers Command Center without Subpanel: 15.5" W x 16.75" H x 4.5" D Charging Base: 10.5" W x 5" H x 2.75" D Wireless Remote: 8" W x 5" H x 1.75" D Specifications: Power Supply: (Input) 50/60 Hz, 120/240 VAC; 1 AMP/0.5 AMP; Output - 24 VAC, 3 AMP. Contact Rating (high voltage): 25 AMPs, 3 HP @240 VAC, 1.5 HP @ 120 VAC.
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1.5 Accessories INTRODUCTION Accessories (Also Available But Sold Separately) • • • • • • • • • • • Part #S10 - Automatic Valve Actuator Part #S20 - Temp Sensor, 15 Ft. Cable Part #S22 - Solar Temp Sensor, 50 Ft. Cable Part #S25 - Solar Temp Sensor, 100 Ft.
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2.1 Site Assessment INSTALLATION This checklist ensures you have everything you need for installation. 1. Decide if you need a subpanel with breakers or is each piece of equipment already protected by a breaker. Command Center with subpanel – order Polaris P/N S-1000 Command Center without subpanel – order Polaris P/N S-1020 2.
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2.1.1 Plumbing for a Pool and Spa INSTALLATION Plumbing for a Pool and Spa Combination • • • • • Plumb the pool system in accordance with the standard configuration of a pool and spa that share the same filter pump, filter and heater. The suction and return actuators will turn at the same time so when the spa button is selected, the water circulation will switch between the pool and spa. Position the spa at or above the level of the pool.
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2.1.2 Plumbing for a Booster Pump Cleaner INSTALLATION Plumb the booster pump so the suction side is connected downstream of the heater and 3-port valve on the pool return side, as near to the ground as possible. 2.1.3 Plumbing for a Solar System • • • Plumb the solar feed and return lines before the heater. Install a 3port solar valve and actuator at the feed line. Glazed solar panels require a drain valve to allow draining of panels. This prevents damage from overheating water.
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2.1.4 Plumbing for Water Features INSTALLATION Plumbing for Water Features • • • Using a 3-port valve and actuator could eliminate the need for a separate pump. Use a separate pump if the water feature has its own suction supply and requires a large volume of water. If the water feature shares plumbing with other equipment and requires a booster pump, install a 3-port valve and actuator. See Section 2.
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2.2 S-1000 Command Center Installation INSTALLATION IMPORTANT: Do not turn on electrical power until all high voltage and low voltage connections have been made . Failure to follow this precaution can result in permanent damage to the command center, transformer or circuit board. 1. Mount the command center with the mounting brackets provided, no less than 5 feet from the pool or spa. It is recommended that the enclosure be mounted so the circuit board (see figure below) is nearly eye level.
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2.2 S-1000 Command Center Installation INSTALLATION 1. A wire connector is provided on this unit to connect a minimum No. 8 AWG (8.4 mm 2) solid copper conductor between this unit and any metal equipment, metal enclosures of electrical equipment, metal water pipe, or conduit within 5 feet (1.5m) of the unit. Feeder wires shall be No. 14 to No. 3 AWG copper rated for 750F or better. 2. Open the command center door. Remove the panel screws and the access panel to gain access to the electrical components.
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2.2 S-1000 Command Center Installation INSTALLATION h. All field-installed metal components such as rails, ladders, drains, or other similar hardware located within 3m of the pool or spa must be bonded together and to the equipment bonding lug with copper conductors not smaller than No. 6 AWG. 3. Wire the relay of the equipment being used, installing additional relays when necessary. a.
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2.2 S-1000 Command Center Installation INSTALLATION Command Center Circuit Board Installation 1. Unpack the circuit board from its packaging. 2. Remove and retain the two screws from the mounting brackets located at the top of the command center. They will be used to secure the circuit board when all of the electrical connections are complete. 3. Position the circuit board in the command center by aligning the bottom notches of the circuit board with the horizontal divider in the command center.
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2.3 S-1020 Command Center Installation INSTALLATION IMPORTANT: Do not turn on electrical power until all high voltage and low voltage connections have been made . Failure to follow this precaution can result in permanent damage to the command center, transformer or circuit board. 1. Mount the command center with the mounting brackets provided, no less than 5 feet from the pool or spa. It is recommended that the enclosure be mounted so the circuit board (see figure below) is nearly eye level.
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2.3 S-1020 Command Center Installation INSTALLATION 1. A wire connector is provided on this unit to connect a minimum No. 8 AWG (8.4 mm 2) solid copper conductor between this unit and any metal equipment, metal enclosures of electrical equipment, metal water pipe, or conduit within 5 feet (1.5m) of the unit. Feeder wires shall be No. 14 to No. 3 AWG copper rated for 750F or better. 2. Open the command center door. Remove the panel screws and the access panel to gain access to the electrical components.
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2.3 S-1020 Command Center Installation INSTALLATION h. All field-installed metal components such as rails, ladders, drains, or other similar hardware located within 3m of the pool or spa must be bonded together and to the equipment bonding lug with copper conductors not smaller than No. 6 AWG. 3. Wire the relay of the equipment being used, installing additional relays when necessary. a.
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2.3 S-1020 Command Center Installation INSTALLATION Command Center Circuit Board Installation 1. Unpack the circuit board from its packaging. 2. Remove and retain the two screws from the mounting brackets located at the top of the command center. They will be used to secure the circuit board when all of the electrical connections are complete. 3. Position the circuit board in the command center by aligning the bottom notches of the circuit board with the horizontal divider in the command center.
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2.4 Filter Pump Wiring (1-Speed) 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment should have its own high voltage relay. In some cases, a relay may be shared by more than one piece of equipment as long as total amperage draw does not exceed 25 Amps 91500 watts). 4. Connect the equipment grounds. 5.
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2.5 Filter Pump Wiring (2-Speed) INSTALLATION 2-Speed Pump a. To connect a two speed pump, a two speed relay kit (part number S-80) must be purchased. The relay can be mounted in one of the open positions in the bottom row. b. See Two Speed Pump Wiring Diagram for system connections. Contact Ratings - Not to Exceed Two Speed Pump Relay: 2.5 H.P. at 240 VAC 1 H.
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2.6 Pool Light Wiring INSTALLATION Pool Light Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment should have its own high voltage relay. In some cases, a relay may be shared by more than one piece of equipment as long as total amperage draw does not exceed 25 Amps 91500 watts). 4. Connect the equipment grounds. 5.
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2.7 Spa Light Wiring INSTALLATION Spa Light Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment should have its own high voltage relay. In some cases, a relay may be shared by more than one piece of equipment as long as total amperage draw does not exceed 25 Amps 91500 watts). 4. Connect the equipment grounds. 5.
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2.8 Fiber Optic Lights Wiring Fiber Optic Light Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment should have its own high voltage relay. In some cases, a relay may be shared by more than one piece of equipment as long as total amperage draw does not exceed 25 Amps 91500 watts). 4. Connect the equipment grounds. 5.
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2.9 Cleaner Booster Pump Wiring Booster Pump Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment requires its own high voltage relay. If one relay is to be used for several pieces of equipment, verify that the total current draw of all equipment does not exceed the current rating of the circuit. 4. Connect the 120V wires to the transformer wires. 5.
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2.10 Heater Wiring INSTALLATION Sol Low Voltage Heater Connection 1. Connect two 18 AWG wires, designed for use in hot environments to the 2-pin terminal bar on the circuit board labeled “HEATER.” 2. Run the wires through the low voltage raceway in the Command Center. Hayward Heaters Wiring Guidelines For HM2, Models 150, 200, 250, 300, 350 and 400 1. Remove the heater service door. 2.
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2.10 Heater Wiring INSTALLATION Purex Heater Wiring Guidelines For MiniMax and Tropical Isle Pool and Spa Heaters 1. Remove the heater service door. 2. Separate the black wire (common) from each other (see the diagram below). 3. Connect the wires from the command center circuit board to the two black wires as shown. The violet and red wires will remain unused. 4. Turn the heater switch to the ON position and set the heater thermostat(s) to the maximum setting. 5.
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2.11 Other Natural Gas and Propane Gas Heater Wiring INSTALLATION Other Natural Gas Heaters and Propane Heaters 1. Connect two 18 AWG wires (designed for hot environments) to the appropriate terminals on the heater terminal bar. 2. Connect two heater wires from the command center circuit board to the heater in series as if wiring a fireman's switch or heater delay. 3. Do not disconnect the high limit or pressure switches. 4. Turn the heater thermostat(s) to the maximum setting. 5.
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2.12 Electric Heater and Heat Pump Wiring INSTALLATION Electric Heater and Heat Pump Wiring Do not use these guidelines to connect a heater with a high voltage (120/240 VAC) thermostat into a low voltage terminal bar. High Voltage Electric Heater 1. A high voltage electric heater must be connected to a high voltage auxiliary relay inside the high voltage wiring area of the Sol command center. 2. Turn the heater thermostat setting to maximum. 3. Turn the heater power position to the on position.
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2.13 Solar System Wiring INSTALLATION Solar System Wiring Note: Do not coil the valve actuator cable inside the command center. 1. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug the solar valve actuator into the socket labeled AUX VALVE 7. 2. Turn Dip Switch 4 in Bank 1 to the ON position. 3.
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2.14 Blower Wiring INSTALLATION Blower Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment requires its own high voltage relay. If one relay is to be used for several pieces of equipment, verify that the total current draw of all equipment does not exceed the current rating of the circuit. 4. Connect the 120V wires to the transformer wires. 5.
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2.15 Jet Pump Wiring INSTALLATION Jet Pump Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment requires its own high voltage relay. If one relay is to be used for several pieces of equipment, verify that the total current draw of all equipment does not exceed the current rating of the circuit. 4. Connect the 120V wires to the transformer wires. 5.
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2.16 Water Feature Pump Wiring Water Feature Pump Wiring 1. Ensure that equipment motors have built-in thermal protection. 2. Pull wire sized appropriately for each piece of equipment from the equipment to the enclosure. 3. Each piece of equipment requires its own high voltage relay. If one relay is to be used for several pieces of equipment, verify that the total current draw of all equipment does not exceed the current rating of the circuit. 4. Connect the 120V wires to the transformer wires. 5.
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2.17 Suction Valve Installation INSTALLATION Suction Valve Actuators Installation Do not coil the valve actuator cable inside the command center. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug them into their sockets. Ensure that the suction valve actuator plugs into the "SUCTION VALVE" socket. Actuator Installation Instructions 1. Remove the knob, handle and four screws from the valve cover. 2.
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2.18 Return Valve Installation INSTALLATION Return Valve Actuators Installation Do not coil the valve actuator cable inside the command center. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug them into their sockets. Ensure that the return valve actuator plugs into the "RETURN VALVE" socket. Actuator Installation Instructions 1. Remove the knob, handle and four screws from the valve cover. 2.
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2.19 Water Feature Valve Installation INSTALLATION Water Feature Valve Actuators Installation Do not coil the valve actuator cable inside the command center. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug them into their sockets. • Plug the actuator plug into “AUX 7” or “AUX 8” socket. • Use the “AUX 8” socket if the actuator needs to close when the spa is activated or if a solar system valve is used on “AUX7”.
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2.20 Suction Cleaner Valve Installation INTRODUCTION Suction Cleaner Valve Actuators Installation Do not coil the valve actuator cable inside the command center. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug them into their sockets. • Plug the actuator plug into “AUX 7” or “AUX 8” socket. • Use the “AUX 8” socket if the actuator needs to close when the spa is activated or if a solar system valve is used on “AUX7”.
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2.21 Pressure Cleaner Valve Installation INTRODUCTION Pressure Cleaner Valve Actuators Installation Do not coil the valve actuator cable inside the command center. Run the valve actuator wires back to the low voltage compartment of the command center, through the low voltage raceway, and plug them into their sockets. • Plug the actuator plug into “AUX 7” or “AUX 8” socket. • Use the “AUX 8” socket if the actuator needs to close when the spa is activated or if a solar system valve is used on “AUX7”.
2.22 Actuator Valve Adjustments Specifications Voltage: Amps: Torque: Size: Material: Grease: Cord Length: Rated: 72 24 VAC 0.65 250 inch pounds L 7.5”, H 4.75”, W 4.
2.22 Actuator Valve Adjustments INTRODUCTION Actuator Valve Adjustments Most installations do not require adjusting the valve actuator unless a bypass is desired or the flow needs to be redirected. 1. Remove the valve actuator cover. 2. Unplug the cord from the command center circuit board. 3. Loosen the lock nut with a pair of pliers (this allows moving the adjustment cams). 4. To change the clockwise stop point of the valve actuator, turn the upper cam to the desired position.
2.23 Temperature Sensor Installation 2.24.1 Water Temperature Sensor 2.24.2 Air Temperature Sensor 2.24.
2.23 Temperature Sensor Installation INSTALLATION Connect the temperature sensors to the appropriate terminals on the command center circuit board. Water Temperature Sensor - Drill a 3/8" hole in the pipe between the filter pump and the filter. Insert the sensor and use the provided clamp to hold it in place. Verify that the O-ring is securely placed around the sensor to ensure a watertight seal. Connect the sensor wires to the 6pin terminal bar on the circuit board at the position marked "WATER TEMP".
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2.24 Low Voltage Accessory Installation INSTALLATION To connect any low voltage (24 V or less) auxiliaries (such as landscape lighting), plug the transformer into any standard 120 V wall outlet. Cut one wire on the secondary side of the transformer and connect a length of 22 AWG wire to each end of the newly cut wires.
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2.25 Charger Base Installation INSTALLATION Angled Table Base Choose a table or counter located inside the house or other weather protected area near a 120 volt electrical outlet. Plug the 9 volt wall transformer into the outlet. Wall Mount Unscrew the two screws that hold the table base to the charging base and remove the table base. Position the charging base at the desired wall location and mark the mounting holes on the wall.
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2.26 Remote Control Battery Installation & Replacement INSTALLATION Hand-held Remote Battery Installation The battery, battery cover, O-ring, and screws are all packaged with the remote. 1. Connect the battery to the remote control unit. 2. Place the O-ring around the battery cover. Install the battery cover and O-ring onto the back of the remote. Verify that the O-ring does not move and is not pinched between the cover and remote, or the remote will not be water resistant. 3.
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2.27 Remote Control Battery Charging INSTALLATION The battery will require charging before use. Charge the battery for at least 15 hours before use. With a full charge, the remote is able to operate for up to 2 days (depending on the amount of usage). We recommend the remote to be placed on the charging base at the end of the day to ensure a full charge for the next use. Always verify that the remote is sitting squarely on the charging base so that it will properly charge.
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2.28 Command Center Backup Battery Installation INTRODUCTION Replacing the back up battery 1. Turn power off to the controller and accessories by turning the circuit breakers protecting the equipment. 2. Remove the front panel to gain access to the battery. 3. Remove the battery and replace with a new one (CR-2032) making sure the positive side of the battery is installed facing up. 4. Replace the front panel. 5. Restore power to the controller and all accessories by turning the circuit breakers on. 6.
3.1 DIP Switch Settings The ON position is shown with the black area facing upward.
3.1 DIP Switch Settings SET UP The DIP switches set operation parameters and define the external equipment the command center controls.The Sol 1000 comes with two banks of DIP switches, Bank 1 and Bank 2. BANK 1 DIP Switch 1: (ON = Booster Pump Cleaner, OFF = Auxiliary 1) If there is a booster pump cleaner installed, the DIP switch should be in the ON position.
3.1 DIP Switch Settings The ON position is shown with the black area facing upward.
3.1 DIP Switch Settings SET UP NOTE: This DIP switch does not enable freeze protection. This setting only instructs how freeze protection will function when activated. Refer to Owner’s Manual for further instruction on how to enable freeze protection or how to assign different equipment to be protected. DIP Switch 4: (ON = Solar, OFF = No Solar) If there is solar heat on the pool/spa, turn this switch ON. will appear as a choice from the Pool menu.
3.1 DIP Switch Settings The ON position is shown with the black area facing upward.
3.1 DIP Switch Settings SET UP DIP Switch 8: (ON = Retain Memory at Power Failure; OFF = Reset Memory at Power Up) • If the user-defined labels and schedules are to be stored in the event of a power outage, this DIP switch should be in the ON position. • If the labels and schedules are to be erased in the event of a power outage, the switch should be in the OFF position. This feature should be used if it was desired to restore the memory to factory defaults and erase all labels and programs.
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3.2 Turning on the Command Center SET UP Turning on the Command Center Complete the following steps to perform the initial startup procedures 1. Turn on power to the command center at the main electrical service panel. 2. The circuitry will perform a self-diagnostics test. The LEDs will sequentially turn on and off, starting from the lower right LED to the upper left LED. Each LED will light a second time and remain on until the one is lit. They will all turn off, with the exception of the power light.
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3.2 Turning on the Command Center SET UP 6. Check the sensor status lights. If the light is on, check the appropriate sensor wiring and connections. If there is no temperature sensor hooked up, the red LED will be on. If the LED is lit, but the sensor is installed, the wiring should be checked to verify that the connection is sound before replacing the sensor. If the ERROR light is on, please contact an authorized service technician before proceeding. 7.
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3.3 Remote Control Training SET UP The remote has been trained at the factory to communicate only with the command center it has been shipped with. The training of a remote to a specific command center is not lost in the event of a power failure or dead battery in the remote. In the unlikely event that communication cannot be established or if additional remotes were purchased to be used with the same controller, follow the instructions below. 1.
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3.4 Charging Base Training SETUP The charging base has been trained at the factory to communicate with the remote with which it has been shipped with. It communicates with the remote for paging operations. To test the training, plug it into a 120V electrical outlet and press PAGE. The remote should begin to beep in response to the page signal. If the remote does not beep perform the following steps: 1. Verify that the remote is trained. 2.
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3.5 Auxiliary Antenna Installation SET UP Antenna Repeater Installation 1. Identify location for Antenna Repeater so the antenna is in the line of sight for normal operation. 2. Run wire from Antenna Repeater to the Command Center. 3. Remove cover from the Antenna Repeater. 4. Verify connector on incoming wire is not plugged into the circuit board. 5. Identify the four wires going to the Command Center; should be black, red, green and yellow. 6.
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4.1 Command Center Panel Operation OPERATION The Command Center is designed to access equipment from the remote control unit. Accessing equipment from the command center should only be performed by a qualified pool service professional. When the equipment is accessed from the control panel, all built in safety delays are disabled and permanent damage to equipment could result if precautions are not taken.
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4.1 Command Center Operation OPERATION HEATER: Enables the heater. The heater will only fire if water is circulating through the system. In order for the heater to fire, the filter pump must also be turned on. SELECT: Selects which auxiliary will be turned on by pressing ON/OFF. When in SERVICE or TIME OUT mode, the LED will flash indicating the current SELECT position. Pressing SELECT will advance to the right through each piece of equipment available.
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4.2 Charger Base Operation OPERATION Charging the Remote When the remote is not being used, place it onto the charger and it will automatically be recharged for the next use. (Before the first use of the Remote, make sure the battery is fully charged for 15 hours.) When the remote is placed on the charger, the LED on the Charging Base is green, which indicates that it is communicating with the Remote and Command Center.
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4.3 Remote Control Operation OPERATION Controller Overview The Sol 1000 wireless remote controller is streamlined and easy to use. It is a portable control system that has been designed with the user in mind. Simply push either POOL, SPA or AUX to activate the remote. Once the remote is active, push the desired button to activate or deactivate the chosen equipment. Several sub-menus are available to walk you through the program information.
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4.3 Remote Control Operation OPERATION Water Resistance The wireless remote is a water resistant unit. It is designed to withstand the moisture of wet hands and splashing. It is not designed to resist periods of prolonged exposure to water due to immersion, rain or sprinklers. This type of exposure could cause permanent damage. The remote should never be placed on the charging base when wet. Sunlight Extended exposure to direct sunlight can permanently damage the remote LCD.
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4.3 Remote Control Operation OPERATION Using the Main Buttons The LCD backlight stays lit for approximately 15 seconds and then turns off to save the life of the battery. Pressing any button will reactivate the backlight. POOL BUTTON The pool button activates the menu for the pool functions. The functions include the pool temperature, pump, heater, lights, mode activation, cleaner and solar.
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4.3 Remote Control Operation OPERATION SPA BUTTON The spa button activates the menu for the spa functions. The functions associated with the spa menu include spa temperature, lights, air jets, and spillover. Refer to the scheduling instructions on page 126 Programming Schedules. When activated, the spa mode switches water circulation from pool to spa (on pool and spa combination models only).
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4.3 Remote Control Operation OPERATION AUX BUTTON The auxiliary button activates the auxiliary equipment menu. Up to eight auxiliaries can be programmed into the command center, depending on the number of available relays. The auxiliary mode controls auxiliary equipment such as additional lights not wired to the pool or spa light circuitry, cleaners, waterfalls, fountains, sprinklers and other backyard features.
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4.4 Safety Delays and Lockouts OPERATION 1. Heater "Short Cycling" Prevention When the heater is activated and the desired temperature is reached, the heater will turn off and remain off until the temperature falls two degrees below the setpoint. This feature prevents the heater from cycling (i.e. heater turning off and on in rapid succession). 2. Cleaner Lockout The pool cleaner will only activate when the system is in the pool mode (i.e. water circulating to the pool).
4.4 Safety Delays and Lockouts 10. When the spa mode is activated The booster pump cleaner will be locked out. 11. When the heater is enabled and has recently fired The heater will enter a 3-minute cool down mode. If the filter pump is shut down during the cool down, the pump will remain on until the delay is finished. The LCD will show the filter pump check box inactive. 12.
4.5 Status Messages OPERATION Wait: Prime Delay This message is displayed whenever the booster pump for a booster pump cleaner is told to turn on. This delay ensures that the filtration pump has been running for 30 seconds prior to turning on the booster pump so that the booster pump has time to prime. Wait: Valves Turning This message is displayed whenever a valve is asked to rotate.
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5.1 Program Menu PROGRAMMING Program Menu The program menu is the main menu holding all programming submenus: schedules, clock, label, options and usermodes. To make changes or additions to any programs, it is necessary to access the program menu before selecting the appropriate submenu. To access the program menu, simply hold down POOL, SPA or AUX until the program menu appears. 5.2 Setting the Clock The clock menu sets the internal clock of the Sol.
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5.3 Auxiliary Labeling PROGRAMMING The default auxiliary labels are AUX 1 thru AUX 8 and the user modes are labeled User Mode 1, User Mode 2 and User Mode 3. Once a piece of equipment has been installed as an auxiliary, it is best to change the label for easy identification. If there is a booster pump cleaner and the Command Center DIP switch is in the appropriate position (see Appendix D on page 31), the label AUX 1 will automatically be programmed "CLEANER".
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5.4 Schedules PROGRAMMING The schedule menu (button 1 of Program menu) can set operation times for any equipment controlled by the Sol. It is possible to program for all days, weekends, weekdays, or any specific day of the week. Choose the specific time in hours and minutes. Each equipment can have up to two on and off times per day. If two overlapping times are set for a piece of equipment, the equipment will turn on at the first on time and turn off at the last off time.
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5.4 Schedules PROGRAMMING To cancel a schedule: Enter the schedule menu and select the desired piece of equipment to be cancelled. Press buttons 5 or 6 to advance to the appropriate schedule and buttons 1 or 2 to deselect the highlighted selection. Select button 7 to quickly deselect the entire week and cancel the current schedule. If other equipment schedules need to be cancelled, press buttons 3 or 4 to move through the available equipment and follow the instructions above to cancel the schedule.
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5.5 Options PROGRAMMING The OPTIONS menu changes the way the temperature is displayed, assigns freeze protection, calibrates temperature sensors, and review of software revisions as well as check box options. • Press button 1 to change the temperature from Celsius (°C) to Fahrenheit (°F). • Press button 2 for freeze protection to be turned ON or OFF. • Press button 3 to calibrate the temperature sensors.
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5.6 Freeze Protection PROGRAMMING The freeze protection menu can assign freeze protection to the pool and spa equipment. Once assigned, the designated equipment will initiate when the Sol detects freezing conditions. By default, the main filter pump is freeze protected at the factory. The freeze protection temperature is preset to be 38° F and cannot be changed. Typically, items such as the spa jet pump or waterfall pump are assigned freeze protection.
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5.7 User Modes INTRODUCTION The USER MODES menu allows specific programs to be stored in the Sol 1000 for individual needs. A user mode allows a series of equipment or pool/spa settings to be activated at the touch of a button rather than selecting all of the individual pieces of equipment to turn on. Three user modes are available for programming under the mode OPTION. Programming a.
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5.7 User Modes PROGRAMMING There is a 5 second delay when scrolling through the user modes that will allow you to cycle through the available user modes without actually turning on any equipment. This will allow you to progress from user mode to user mode without having to wait for any safety delay that may have initiated when equipment was turned on. If you remain on a user mode for more than 5 seconds, that mode will initiate and any safety delays will take effect when leaving that user mode.
6. Troubleshooting These guidelines will help you troubleshoot problems that may occur with your Sol. If you still have problems after consulting these guidelines, please call Polaris Customer Service 1-800-822-7933. Symptom: My remote control says “COMMUNICATION COULD NOT BE ESTABLISHED PLEASE TRY AGAIN” on my patio (by my door, in one corner of the property, etc.) but not inside my house even though my patio is closer to the controller than my house.
6. Troubleshooting Symptom: I have a blower or a jet pump for my spa but I don’t get an option to turn on that equipment in the SPA menu Fix: DIP switch 2, Bank 1 is in the off position. This switch tells the controller that there is a blower or a jet pump installed and places the label in the SPA menu Symptom: I don’t have a blower or jet pump on my spa but I have an option in my SPA menu Fix: DIP switch 2, Bank 1 is in the on position. Turn it to the off position.
6. Troubleshooting Symptom: The current Air or Water temp displayed on my remote is nowhere near the actual temperature that should be displayed Fix: The sensor has most likely failed. Check at the control panel and see if one of the temp LEDs is solid or flashing. If it is, then check the wiring and verify the resistance for the sensor is between 19.9 kΩ at 50°F and 5.5 kΩ at 100° F.
6. Troubleshooting Symptom: When training the remote, the message “REQUESTING SYSTEM ID…….” Appears, but the remote never begins a count as the manual says Fix: Check to make sure the controller is in TIME OUT mode. If it is not, then put it in TIME OUT mode and try again. If it already is, verify that the antenna and the antenna connector on the circuit board are tightly secured and try again. If the training still fails, try to train the charger.
6. Troubleshooting Symptom: When I turn on a desired piece of equipment, a different piece of equipment turns on. Fix: The relays controlling the equipment are connected to the incorrect output on the circuit board. Verify proper connections from each relay to the PCB for proper operation. Symptom: One of my pieces of equipment won’t turn on even though the remote and the control panel show that it should be on. Fix: 1.
6. Troubleshooting Symptom: One of the valve actuators only turns in one direction and never reverses Fix: Switch the suction and return valve connections on the circuit board. Go back and forth between pool and spa mode to force the valves to move in both directions. Does the valve in question now rotate properly in both directions while the valve that is known to work only function in one direction? If so then the valve output is faulty on the board and the board must be replaced.
Sol Installation/Operation
Limited Warranty Polaris Sol 1000 Wireless Automated Control System This limited warranty is extended to the original consumer purchaser of this Polaris Sol Control System (the “System”) manufactured by Polaris Pool Systems, Inc., 2620 Commerce Way, Vista, California 92083-8438, U.S.A. Polaris warrants the System, including all parts and, components thereof, to be free of defects in material and workmanship.
