Heat Siphon Z575HP, Z700HP, C200HP, C200HP50, C250HP50 Owner's Manual

...

Download

Owner’s Manual

with Installation & Troubleshooting Instructions

200,375,575 Series Heat Only Models 575HC and 700HP Series Models

For Heat Siphon® Swimming Pool Heat Pumps

All Z & C Series Heat Siphon Models including

220Volt -1 Ph-60 Hz ONLY: C200HP, C250HP, C375HP, C575HP, Z250HP, Z375HP , Z575HP, Z700HP

220Volt -1 Ph-50 Hz ONLY: C200HP50, C250HP50, C375HP50, C575HP50, Z250HP50, Z375HP50 , Z575HP50

220Volt -3 Ph-50/60 Hz: C250HP3, C375HP3, C575HP3, Z250HP3, Z375HP3 , Z575HP3, Z700HP3

380/460 Volt - 3 Phase - 50/60 Hz - C200HPX, C250HPX, C375HPX, C575HPX, Z250HPX, Z375HPX, Z575HPX, Z700HPX

440 Volt - 3 Phase - 60Hz - C575HP4, Z575HP4, Z575HP4, Z700HP4

Publisher: United States ThermoAmp Inc.

1223 Heat Siphon Lane , Latrobe, Pa. 15650

724-537-3500

Weperformtokeepyouwarm

Greetings from the President

of United States ThermoAmp Inc.

MadeinLatrobePasince1983

Thank you for purchasing your Heat Siphon® Swimming Pool Heat Pump.

Since 1983, Heat Siphon® has stood alone as the most innovative, most efficient and most reliable pool or spa heater made. Over the years our success and innovation has bred a few assemblers and manufacturers who have made look alike pool heaters and who have adopter many of our features.

But MAKE NO MISTAKE - We have invented, designed and pioneered most of what has become the swimming pool heat pump of today. Heat Siphon® was the first pool heater to use a titanium heat exchanger, the Copeland Scroll compressor and vacuum formed PVC cabinets. We are the only pool heater manufacturer using a patent pending electrically isolated heat exchanger backed by an unconditional lifetime full replacement corrosion warranty. We have consistently had the highest efficiency ratings in the industry.

Heat Siphon has been made in Latrobe, Pennsylvania since 1983. We are a true MADE IN AMERICA MANUFACTURER. We started here and never left. Today, we believe Manufacturing is coming back to the USA.

We process raw material into finished product to maximize in house manufacturing so we can control the quality and reliability of our product. We completely fabricate our water side heat exchanger including all brass, teflon, stainless and titanium fittings and seals inhouse. We vacuum form UV stabilized PVC cabinets from raw material.

We use in-house computer controlled (CNC) equipment including lathe, mill, 5 axis router, tube cutoff and 3 axis tube bender, TIG orbital welding and vacuum forming machines, automated production testing as well as custom made manufacturing equipment and tooling all to help our production personnel build what we believe is the best pool heater made.

And if something does go wrong, we spend more per unit than any pool heater manufacturer to ensure your problems are quickly resolved.

We are constantly looking for ways to improve. You can rest assured that if there is a better way to build it, we will find it and if there is a better way to serve you we will do it.

And please remember our company motto . . . "WE PERFORM TO KEEP YOU WARM"!! So, If you have any questions, concerns or suggestions - We would LOVE to hear from you!!

Sincerely,

____________________________________

William P. Bernardi, President, United States ThermoAmp Inc.

Table of Contents

Owners Section ..........................5

1 How Heat Siphon® Works ....................5

2 Heat Siphon® Exterior Parts ...................6

3 Use a Qualified Installer ......................7

4 Plan Your Installation .......................7

4.1 Picking The Proper Size Heat Siphon® ...........7

4.2 Locating Your Heat Siphon® .................7

4.3 Provide Full Flow - No Bypass ...............8

4.4 Provide Proper Clearance & Fresh Air ...........8

5 Pool Heating Considerations ...................9

5.1 Sizing Yo ur Heat Siphon ....................9

5.2 Pool Pump Run Time .....................10

5.3 Filtration Considerations ..................10

6 Owner Troubleshooting .....................11

6.1 Unit Does Nothing ......................11

6.2 Unit Tries to Start then Does Nothing ..........12

6.3 Unit Runs But Doesn’t Heat ................12

6.4 Unit Runs & Heats But Leaks Water ...........13

7 Maintenance & Winterizing ..................13

7.1 Lubrication ............................13

7.2 Cleaning .............................14

7.3 Winterizing ...........................14

Installer Section ......................... 16

1 Receiving Shipment ........................16

1.1 Moving & Handling Precautions .............17

2 Planning Installation .......................17

2.1 Physical Locati on .......................18

2.2 Prohibited Locations .....................18

2.3 Distance From The Pool ...................19

2.4 Distance from The Spa ....................19

2.5 Pool Piping Required. ....................19

2.6 Electrical Power Required. .................20

3 Wiring Heat Siphon® .......................20

3.1 Electrical Hookup on Unit ..................21

3.2 Code Requirements ......................21

3.3 Supply Circuit Wire Size ...................21

3.4 GFCI Breaker Protection ...................22

3.5 Electrical Disconnect Switch ................23

3.6 Electrical Bonding Requi rements .............23

4 Special Installations ........................24

4.1 Indoor Pools ...........................24

4.2 Multiple Units .........................24

4.3 SPA Heating Issues - See APPENDIX D ...........25

4.4 Tools / Materials Required .................26

4.5 Optional Recommended Materials ...........26

4.6 Helpful Hints ..........................26

5 Final Power Line Wiring .....................27

6 Final Plumbing into Pool or Spa ...............27

6.1 In Floor Cleaning Systems ..................28

6.2 Pool Spa Combo Plumbing .................28

1 Pump- Heating Pool or Spa .................30

1 Pump- Spillover Mode ....................31

2 Pump- Heating Pool or Spa On ly .............32

2 Pump- Spillover Mode ....................33

Initial Start-up .......................... 34

1 Initial Performance Checks ...................34

1.1 First Startup of Analog Models ..............34

1.2 First Startup of Digital Models ..............35

1.3 Adjusting the Water Pressure Switch ..........35

1.4 Water Pressure Switch Location: .............36

Digital Player Section .....................37

1 Reading The Player Display ...................37

1.1 The Player Display Info ...................38

1.2 LED STATUS Lights .......................38

2 Changing Pool Temperature ..................39

2.1 Changing Units (°F / °C) ..................39

3 Player Operating Modes .....................39

3.1 POOL Mode ...........................40

3.2 SPA Mode ............................40

3.3 OFF Mode ............................40

3.4 AUTO-PIC Mode ........................40

3.4.1 How AUTO PIC Works .................40

3.4.2 AUTO PIC LED lights and display ..........40

3.5 EC Mode (External Control) ................42

3.6 TEST Mode ............................42

4 Switchi ng Modes .........................42

4.1 Pool/Spa/Auto/Of f ......................42

4.2 Entering EC Mode .......................43

4.2.1 Changing MAX EC set point .............43

4.2.2 Manual OFF in EC Mode ...............43

4.2.3 Exiting EC Mode .....................44

4.3 Switching Modes - For Heat/Cool Units Only ....44

4.4 Locking the Player .......................44

5 Special Settings in TEST mode .................44

6 Commercial Player Spa Modes ................45

6.1 STOP SPA Option ........................45

iii

HEAT SIPHON® Owner/Service Guide

6.2 T-SPA - Timed SPA Mode ..................45

7 Error and Warning Codes ....................46

7.1 Low Refrigerant Pressure (Lo P) .............47

7.2 Low Air Temp. Warning (Lo A) ..............47

7.3 High Refrigerant Pressure (Hi P) .............48

7.4 Low Water Flow (Lo / FLO) .................48

7.5 Water Sensor Open (SH o) .................49

7.6 Water Sensor Short (SH S) .................49

7.7 High Volts (H i / UoLt) ....................49

7.8 Low Volts (Lo / UoLt) .....................49

7.9 Ma in Contactor Short (HS S) ................50

7.10 Main Contactor Open Circuit (HS o) ..........50

7.11 Can’t Heat (CAnt / HEAt) ..................50

7.12 Air Temp Sensor Open (SA o) ..............50

7.13 Air Temp Sensor Short (SA S) ...............50

7.14 No POD (no / Pod) ......................51

7.15 PumpJump Coil Short (PJ S) ...............51

7.16 No Flow w/ Pump Jump(Lo F / Pod) .........51

7.17 Flow w/ Pump Jump (FLO / Pod) ............51

7.18 Pod Coil Open (no / Pod) .................51

7.19 High Air Temperature (Air / Hi) .............52

7.20 Low Air Temperature (COLD / xxF) ..........52

7.21 Reversin g Valve Coil O pen (CH o) ...........52

7.22 Reversing Valve Coil Short (CH S) ...........52

7.23 Easy Pic/Clock No Board (no / EASy) .........52

7.24 Circuit Board Errors .....................52

Analog TimerStat Pro Section ..............53

1.1 Still Keeping it Simple ....................53

1.2 Easy to Upgrade to Digital .................53

1.3 Timerstat Pro Error Codes - Status LED .........53

Appendix A ..........................A-55

Analog Model Wiring D iagrams ...............A-55

TimerStat Pro 220 volt-1 ph-50/60Hz (2 Pole) ...A -55 TimerStat Pro 220 volt-1 ph-50/60Hz (3 Pole) ...A-56

TimerStat Pro 220 volt-3 ph-60Hz ...........A-57

TimerStat Pro 380 volt-3 ph-50Hz ...........A-58

TimerStat Pro 440 volt-3 ph-60Hz ...........A -59

Digital Model Wiring Dia grams ................A-60

Digital 220 volt-1 ph-50/60Hz (2 Pole) ........A-60

Digital 220 volt-1 ph-50/60Hz-(3 Pole) ........A-61

Digital 220 volt-3 ph-60Hz ................A-62

Digital 380 volt-3 ph-50Hz ................A-63

Digital 440 volt-3 ph-60Hz ................A-64

Appendix B ...........................B-65

Specifications by Model .....................B -65

Classic "C" Series (TimerStat Pro Equipped) .....B- 65

Digital "Z" Series (Player Equipped) ...........B -65

Classic "CF" Flow Sensing Series .............B- 66

Digital "ZF" Flow Sensing Series .............B -67

Appendix C ...........................C-68

Accessories Available .......................C- 6 8

1.1 Hardwired Add-Ons ...................C- 68

1.2 Wireless Add-Ons ..................... C- 69

1.3 Other Accessories ..................... C-6 9

Appendix D .......................... D-70

SPA / HOT TUB Heating Issues .................D-70

WARNING! Water Temperature Safety ...........D -70

Thermostat Set Point Depression . . . . . . . . . . . . . . . D -71

Spa Temperature Sensor Calibration .............D-73

Spa Thermostat Set Points above 102°F ..........D -74

USA Warranty Certicate .................. 76

HEAT SIPHON® Owner Section

Evaporator

Fan

Expansion

Valve

Compressor

Heat Siphon

Condenser

Electricity

Pool Water

Electrically Isolated

Titanium Fittings

Pure

Titanium Tubing

(Freon Inside)

PVC Shell

ELECTRICAL

GROUND

Owners Section

The Owner Section is written specifically for you, the pool owner. It explains proper operation and maintenance

of your Heat Siphon.

Heat Siphon® Overview

1 How Heat Siphon® Works

Heat Siphon® is a heat pump designed specifically for recreational water heating (pools and spas).

If you have an air conditioner, dehumidifier, water cooler or a refrigerator, you already own a heat pump. All these appliances use the same dependable technology to move heat from one place to another using electric power and a sealed refrigerant compression system. Just like a room air conditioner moves 2 to 3 units of heat from your home for every unit of electricity it consumes, Heat Siphon® uses 1 unit of electric energy to move 4 units of heat

from the air and thus it provides 5 units of heat to your pool.

Referring to the diagram above - A unit of electrical energy (you pay for) goes into the compressor motor (1) . The compressor turns this into mechanical energy and sucks cool gas from a gas-liquid refrigerant mixture in the evaporator tubes. As the refrigerant evaporates it absorbs four units of "free" heat from the warmer air that the fan pulls over the outside of the evaporator tubes.

The compressor squeezes this gas causing its temperature to climb above 200° F and adds the electrical/mechanical energy as another unit of heat. This hot high pressure gas then enters the condenser coil (2) and heats the colder (80° F) pool water being circulated over the outside of the coils.

As it cools, the refrigerant gas condenses back to a liquid at high pressure then rapidly expands thru a valve (3) back to the lower evaporating pressure.

This rapid pressure drop super cools the liquid refrigerant as it enters the evaporator (4) where it repeats the

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HEAT SIPHON® Owner Section

cycle. SO YOU PAY FOR ONE UNIT OF HEAT AND GET FOUR FREE!! . . . And with the NEW models you get FIVE to SIX units FREE!!

2 Heat Siphon® Exterior Parts

The following Illustration identifies the basic exterior components and parts of your Heat Siphon.

DIGITAL MODELS

Player Controller

ANALOG MODELS

TimerStat Knob

ELECTRICAL

CONTROL BOX

JUNCTION BOX

Power In (Wire Nuts)

NAMEPLATE

CONDENSATION DRAIN

Barb Fitting for ¾” Vinyl Tubing

SVC PORT DOOR

Hi/Lo Pressure Refrigerant

Std. ¼” MFL Fittings

WATER OUTLET

1½” SCH 40 Slip Inside and

2” SCH 40 MPT Outside

WATER INLET from Pump

to Pool

1½” SCH 40 Slip Inside and

2” SCH 40 MPT Outside

COOL AIR

OUT

STAINLESS STEEL

FASTENERS

BACK PANEL

BONDING LUG

BASE PAN

FAN GUARD

VENTURI TOP

EVAPORATOR

WARM AIR

ELECTRICAL CONDUIT ¾” NPT

HAND HOLE GRIPS

Heat Siphon® Exterior Parts

Don’t Void Your Warranty!

This section contains all the information you will need to ensure that your Heat Siphon® has been properly installed. Read this section before allowing a new dealer to install your unit. If your installer is not an Authorized Heat Siphon® Dealer make sure they are licensed by your county, trained and have experience installing pool plumbing, wiring and pool heating equipment.

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HEAT SIPHON® Owner Section

3 Use a Qualied Installer

Although your Heat Siphon® Swimming Pool Heat Pump has the strongest manufacturer’s warranty of any pool heater made, there are things your installer could do incorrectly to cause you problems and expenses which will not be covered by the factory under this warranty. (See the Appendix for your Heat Siphon® Factory Warranty.) As the owner you should be aware that your Heat Siphon installer is totally responsible for performing the following key installation steps.

4 Plan Your Installation

You and your Dealer / Installer must be responsible for the following

• Picking the Proper Size Heat Siphon® for Your Pool

• Selecting the Proper Location

• Providing Proper Air / Service Clearance Around the Unit

• Correctly Plumbing for FULL PUMP FLOW - NO BYPASS

NOTE: FAILURE TO DO SO MAY VOID YOUR WARRANTY!!

4.1 Picking The Proper Size Heat Siphon®

Your dealer should provide you with a Heat Siphon® that is large enough to heat your pool under normal conditions within 8-12 hours of run time each day. Under-sizing will result in long run times and possibly a pool which isn’t always as warm as you want it to be.

Normally a Z375HP Heat Siphon® will be more than adequate to heat most in ground residential pools to over 82° F. Most established Heat Siphon® dealers, can tell from experience what size will work on your pool. If there is a doubt about sizing, or if you have a larger pool , abnormal wind or shade or you wish to keep your pool uncovered 24 hours a day, then make sure your dealer has taken this into account.

TIP: Anyone can request our free factory computer pool heating analysis. It very accurately determines the proper size (and number) of Heat Siphon(s) for your pool as well as the expected heating cost. You specify your location (for climate data), the pool temperature you desire, the months it will be open, the hours per day covered, the wind condition, the pool pump hours and your local fuel costs. It will be emailed or FAXED back SAME DAY.

This four page printout also provides graphics showing pay back period, monthly operating cost and much more and it’s FREE. (See the sampleon our website www.HEATSIPHON.com)

4.2 Locating Your Heat Siphon®

As long as you provide plenty of fresh air and give it adequate clearance space all around, Heat Siphon can be installed virtually anywhere outdoors. Unlike gas heaters whose pilot lights can be blown out, Wind has no effect on Heat Siphon® other than possibly helping the fan and increasing the heat output. Do not place your Heat Siphon® under a deck, in a pump house or under a roof overhang. These locations do not provide "fresh air", instead they cause air recirculation, reduce efficiency and compressor life and void your warranty.

It’s solid PVC cabinet , stainless steel hardware , vinyl coated fan guard and evaporator screen will remain unaffected by the elements. The plastic basepan has a drain fitting to carry rain water as well as condensation away

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HEAT SIPHON® Owner Section

from the unit. A 3/4” diameter clear vinyl tube will slip right over this barb type fitting to plumb the water away.

As far as direct sunlight is concerned, Heat Siphon’s UV stabilized, flame retardant PVC plastic cabinet material is far superior to any type of galvanized or painted sheet metal cabinet. It won’t rust, fade, chip or peel.

If the air temperature drops below about 42°F while the Heat Siphon® is running then any water in the air will begin to freeze and form frost or ice on Heat Siphon’s large horseshoe shaped evaporator fins. This is because Heat Siphon®’s refrigerant must be colder than the air to remove heat from it and dips below freezing at about this air temperature.

Although this will cause no structural damage, it may take as much as 24 hours to melt and it will drastically reduce efficiency. Over a long period this can reduce the life of your compressor.

To prevent this icing your Heat Siphon® is equipped with a freeze protection switch that automatically turns the Heat Siphon® off if the refrigerant temperatures goes below freezing. It will automatically restart and continue heating the pool as soon as there is no icing danger at about 48°F.

4.3 Provide Full Flow - No Bypass

WARNING

Any damage due to incorrectly plumbing your Heat Siphon installation is not covered by the warranty.

DO NOT INSTALL A BYPASS

Heat Siphon® requires FULL PUMP FLOW with at least 25 to 30 GPM. Heat Siphon®’s full flow heat exchanger will accept up to 80 GPM with very minimal pressure drop. Installing a bypass can reduce flow below the minimum required and overheat the condenser causing the unit to cycle on and off every 5 minutes. If allowed to continue, cycling can shorten the unit’s life and damage the compressor which is not covered by the warranty.

DO NOT INSTALL SHUTOFF VALVES DOWNSTREAM

Plumbing shut off valves downstream of the Heat Siphon® in a way that results in the pool pump pressurizing the Heat Siphon® with no water flow can also cause short cycling damage.

4.4 Provide Proper Clearance & Fresh Air

Heat Siphon® can not be installed where the cooler exhaust air (flowing straight up out of the unit) is recirculated back into the intake (sides) of the unit. This will reduce efficiency as well as heat output.

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HEAT SIPHON® Owner Section

HEAT

SIPHON

Heat Siphon Installation Space Required

for Air Flow & Service Access ALLOW 12 to 24 inches AROUND ALL SIDES

12”Min

24-36" Service Access

Colder Air Out Top

Warmer Air In Sides

PREVENT

Air

Recirculation

At least two feet of clearance must be provided around the unit as well as unrestricted air flow overhead.

Installing a Heat Siphon® under a deck or in a pool equipment shed or enclosed area or too close to shrubs will result in air recirculation, poor performance and short cycling which can shorten the unit’s life and damage the compressor AND WILL VOID THE WARRANTY.

5 Pool Heating Considerations

5.1 Sizing Your Heat Siphon

Heat Siphon® is equipped with a flow sensing switch which turns it on and off automatically when the pool pump is turned on or off. However, you must still run the pool pump long enough each day to allow Heat Siphon® to maintain the pool water temperature.

Make sure that your dealer provides you with a Heat Siphon® that is large

morning to restore the pool to temperature. If your pool pump is sized to run 8 hours per day for filtration, during a cold spell or other high heat loss period such as when the pool is uncovered for an extended windy period, the Heat Siphon® may require longer pump operation to maintain temperature. This will not require excessive pool pump operation and will ensure a reserve heat output capacity to cover any temporary high heat loss conditions.

pool heating and filtration. If in doubt call the factory and we will be glad to furnish a free computerized pool or spa heat loss analysis that will show recommended pump operating times and operating costs for each month

enough to heat your pool under normal conditions with 8-12 hours of pump operation each day

If the pool pump is off during the night and the pool loses heat then it may take several hours or more in the

A properly sized Heat Siphon® and a smaller pool pump are the most cost effective combination to ensure proper

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HEAT SIPHON® Owner Section

Including extra pool pump electric costs if you do choose to oversize.

Tip: Visit our website WWW.HEATSIPHON.COM for a sample print out or DOWNLOAD our iPhone/iPad Pool Designer app MYPOOL at the App Store.

5.2 Pool Pump Run Time

Just like other pool heaters, Heat Siphon® can add heat to the pool only when the filter pump is running. So the question is how many hours a day do you run your pool pump- 24, 16, 12 or 8 hours per day?

NOTE: In ANY given pool or spa piping system, if you DOUBLE the flow rate, you QUADRUPLE the WATTS needed to pump water thru it. Put another way - PUMPING 1000 GALLONS IN ONE HOUR through your pool filter TAKES 4 TIME THE WATTS as pumping 1000 GALLONS IN TWO HOURS!!

How long to run your pool pump each day?

1. You must run the pool pump long enough to FILTER OUT ANY DIRT AND DEBRIS.

2. You must run the pool pump long enough to allow the HEATER to REPLACE THE DAILY HEAT LOSS.

3. If you use a feeder, chlorinator, ionizer etc., the manufacturer’s recommendations must be followed.

Picking a pump too small OR running a variable speed pump on low speed will result in inadequate filtration time. Using a pump that is too large OR running a variable speed pump on high speed will increase both system back pressure and electric cost.

The most efficient and lowest cost pool pump system is one where the pool pump has a flow rate just large enough to pump (turn over) your entire pool volume through your filter in 8 to 12 hours. This means running the pump continuously to get the recommended 2 to 3 turnovers per day for proper filtration while pumping against the lowest back pressure possible.

5.3 Filtration Considerations

The number of bathers, amount of chemicals added as well as the temperature and weather all vary the actual filtration required to maintain a clear clean pool.

In most commercial pools, state laws usually require 3 turnovers per day with the pump running 24 hours per day (one turnover every 8 hours). Thus a 80,000 gallon pool would need a pump flow rate of 10,000 gallons per hour or 167 gallons per minute (GPM) to pump the entire volume through the filter in 8 hours. 60 GPM equals 1 Gallon per Hour (GPH).

Pool Turnover Time in Hours = Pool Gallons/ Pump GPH

On residential pools 1.5 to 2 turnovers per day is usually considered the minimum. The size (horsepower) of your pool pump will determine the flow rate in your pool filter system and thus how many turnovers per day can be achieved.

Bigger pumps are not necessarily better. Some dealers put in a smaller pool pump sized to run 24 hours a day because the operating cost is much less per day than running a larger pump for 8-10 hours to get the same number

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HEAT SIPHON® Owner Section

of turnovers. Back pressure increases as the square of the flow rate. Thus, if you cut the flow rate in half in a given pool piping system, you decrease the back pressure that must be overcome to pump the pool water by 75%. In addition they claim 24 hour run time saves chemical costs by eliminating shock treatments and by keeping turbidity and suspended solids to an absolute minimum.

On the other hand are dealers who advocate using large 1. 5 or 2 horsepower filter pumps which turn over the entire pool volume in 4 to 6 hours and thus they claim need only be run 8-12 hours daily to achieve effective filtration. If you have different electric rates for day versus night usage, running your pool pump for a shorter time during “off peak” rates may actually save pump costs overall even though you use more electricity. Ask your dealer if in doubt or call your electric utility.

The pump flow rate requirements are also affected by the size and type of filter you use. Cartridge filters usually require 1 GPM (gallons per minute) per square foot while diatomaceous earth may require 2 GPM per square foot and sand 3 GPM / sq ft. or more. Thus a lower flow rate pump which runs longer can use a smaller but not undersized filter as long as it will not load up too quickly. If a large filter is used with the smaller pump, back pressure will also be reduced significantly thus further reducing pump electric costs.

In conclusion, in most cases using a longer run time with a smaller pump and a properly sized or even oversized filter clearly provides the best results from an economic as well as a filtration standpoint.

6 Owner Troubleshooting

The purpose of this section of the manual is to provide some GUIDANCE FOR HEAT SIPHON® OWNERS with little or no technical background who have a problem with their Heat Siphon®.

If our guidance here doesn’t solve the problem CALL YOUR INSTALLER and refer him to the Installer Section of this manual. He will contact the factory service center for additional service if required.

When you apply power to your Heat Siphon® through the disconnect and circuit breaker, usually one of four things will happen

• IT DOES NOTHING

• IT TRIES TO START THEN SHUTS OFF

• IT STARTS & RUNS but doesn’t heat

• IT RUNS & HEATS & sometimes leaks water

In any case you are probably reading this because your pool is not heating to the desired temperature, so follow the appropriate steps below BEFORE CALLING YOUR DEALER:

6.1 Unit Does Nothing

Heat Siphon Shuts Down Below 42°F

to Prevent Evaporator Icing and

Automatically Restarts at 48°F

42°F

Here is a step by step troubleshooting procedure if your

unit does not start

1. Is power on?

2. Thermostat set too low? ( turn fully clockwise-unit should come on)

3. Pool pump on and valves properly set?

4. Water flow confirmed from pool through heater and back to pool?

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HEAT SIPHON® Owner Section

5. Air too cold? - Air temperature below approx. 42°F will shut unit off automatically to prevent icing. (Wait for air temperature to reach 45° F to 48° F - unit should automatically reset and turn itself on)

6. Time delay activated by brief power interruption? (Wait 5 minutes - unit should restart)

7. Is breaker tripped? You may have a bad breaker or faulty wiring, loose wires or poor connection in the junction box . Have your installer check the wiring and breaker.

NOTE: Some brands of GFI type breakers are extremely sensitive and are susceptible to false tripping. Have your installer check all wiring between the unit and the breaker and make sure the breaker is wired right . (see installer section)

8. Call your dealer. - His first step should be to check & adjust the water flow switch

6.2 Unit Tries to Start then Does Nothing

1. Has the Time delay been activated by brief power on/off? (Wait 5 minutes - unit should restart)

NOTE. The combination of a cold pool (below about 50°F) and a low air temperature (below about 45°F) MAY cause temporary on off cycling of the Heat Siphon. A pool cover and /or 50°F air temperature will eliminate this cycling and allow normal heating operation to resume.

2. Is the air below 45°F to 48°F and the pool water cold? (Wait for air temperature and/or pool to reach 50°F

- unit should restart automatically and resume normal heating)

3. Is the pool filter clean and pool water flow stable? A clogged filter or air leak in the pool pump return line can cause erratic water flow and air in the lines which in turn can cause Heat Siphon® to cycle- restore the correct water flow.

4. Is the fan running when the unit is running? - (if not call dealer)

6.3 Unit Runs But Doesn’t Heat

Check these before calling your dealer:

1. Air leaving colder? If not call dealer

NOTE: If Heat Siphon®’s air outlet is noticeably (5 to 10°F) cooler than the inlet air, then the unit is providing heat to pool. The unit may not have been running long enough to heat the pool (see next step), or the unit may be undersized. (See proper sizing section above)

2. Pool pump running long enough each day? Normally 12-14 hours/day is sufficient if Heat Siphon ® is sized properly (let pool pump run continuously for 24 hours to find time required-if not heating call dealer)

3. Is there abnormally high heat loss? No cover on extremely windy day? (Cover pool and run pool pump 24 hours. If still not heating call dealer)

6.4 Unit Runs & Heats But Leaks Water

Water leaking from INSIDE your Heat Siphon is due to one of two conditions

• NORMAL CONDENSATION as it cools off warm humid air

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HEAT SIPHON® Owner Section

• WATER LEAK in the Heat Exchanger Housing or Internal Hose or Piping.

The most common cause of a water leak is CONDENSATION. The second is a CRACKED HEAT EXCHANGER CAP DUE TO FREEZING. If you have not properly winterized (See next section) this will not be covered under your warranty. Before calling your dealer, here are some tests you should perform:

1. TURN OFF YOUR HEAT SIPHON, KEEP YOUR POOL PUMP ON and wait until basepan empties. If the Water Leak Stops IT IS NORMAL CONDENSATION

2. If the Basepan does not empty BUT THE leaking stops it's still condensation but your drain is blocked so unclog the barb drain fitting and/or replace the vinyl drain tubing.

3. TEST THE LEAKING WATER for Chlorine - If it tests NEGATIVE it's Condensation.

4. If the water has chlorine and the leak continues, call your dealer

7 Maintenance & Winterizing

As well as being virtually corrosion-free, your Heat Siphon® has been designed and built using strictly high quality, proven reliable components. As a result, you can expect your Heat Siphon® to outlive other heaters and to require only minimal maintenance over its lifetime. No regular scheduled maintenance is required and only minimal cleaning and minor lubrication as noted below

7.1 Lubrication

Your Heat Siphon® has only two rotating parts subject to wear and thus requiring lubrication: the compressor and the fan motor.

Since the refrigeration system compressor is hermetically sealed which eliminates all air and water vapor contamination, it requires no lubrication or maintenance. The refrigerant inside is extremely stable, has a special lubricating oil added which lubricates the compressor bearing. The oil and refrigerant are so stable that under normal conditions they will easily last more than 30 years without breaking down.

The fan motor which is totally enclosed type motor (sealed from rain and dirt) is equipped with a rain slinger on its shaft to prevent rain water from washing the lubrication out of its sleeve bearings. This should also require no lubrication for years, however, after several years of service in a hotter climate or if the motor has set idle in a hot dry environment for many months, the lubrication may begin to dry out and may cause the fan motor bearing to make noise. If left uncorrected this will eventually slow down and freeze up the fan motor causing short cycling and may burn it out.

WARNING: Before removing the fan guard , TURN OFF ALL POWER TO THE UNIT. ACCIDENTAL STARTING OF THE FAN MOTOR WHILE THE GUARD IS OFF CAN RESULT IN SEVERE INJURY.

You can re-lubricate the bearings using the oil fittings on the side of the fan motor. Remove the two plastic seal plugs (one at the top and bottom of the motor housing) and squirt in light machine oil.

Owner - 13

HEAT SIPHON® Owner Section

7.2 Cleaning

WARNING: Before cleaning TURN OFF ALL POWER TO THE UNIT. Although each unit is production tested for any ground faults and the electrical supply hookup is in a gasketed rain tight housing, a faulty eld electrical hookup or hidden damage to the unit CAN PRODUCE A FATAL SHOCK HAZARD. Don’t take a chance- DISCONNECT AND LOCKOUT THE BREAKER BEFORE CLEANING

CAUTION - DO NOT SPRAY WATER DIRECTLY INTO THE HEAT SIPHON WITH A HOSE OR OTHER HIGH PRESSURE WATER. Although the Heat Siphon® Is Rain tight it is NOT WATERPROOF and high pressure water can be directed in a manner that could cause shorting and even ELECTRIC SHOCK HAZARD.

Heat Siphon’s solid PVC cabinet may be cleaned using any of the automotive vinyl cleaners, or soap and water. An abrasive cleaner or bathtub porcelain cleanser will remove most stubborn stains. Dirt and leaves should be swept from the finned horse shoe shaped evaporator if build up occurs. Spraying water is not necessary to clean Heat Siphon® and normal dirt accumulation will not have any effect on the unit’s performance.

7.3 Winterizing

Warning: If pool or spa water is allowed to freeze in the heat exchanger, it will expand and may crack the heat exchanger housing requiring heat exchanger replacement which is not covered by the warranty.

Your Heat Siphon can stand the coldest of winter weather with no problems. The only precaution necessary is to make sure that the heat exchanger is drained of all pool water. If in doubt add antifreeze to the outlet (top) until it comes out of the inlet (bottom) of the unit.

In freezing weather the plastic cabinet material does become brittle and should be protected from any impact but can withstand normal moving and handling.

NOTE: It is totally unnecessary that your Heat Siphon be moved from its

installed location for the winter, and in fact it is recommended that you

leave it intact to avoid damage during moving.

Owner - 14

HEAT SIPHON® Installer Section

Installer Section

This Section of the manual applies to the installer.

1 Receiving Shipment

NOTICE: ALL Shipments by the factory are made F.O.B.. Latrobe, PA. As such, the buyer (dealer) takes possession of the Heat Siphon® the minute it leaves the factory loading dock.

United States ThermoAmp, Inc. is NOT responsible for any shipping damage occurring in transit. THE FREIGHT HAULER IS RESPONSIBLE FOR ALL FREIGHT DAMAGE AND ALL DAMAGE CLAIMS MUST BE SETTLED DIRECTLY WITH THE FREIGHT HAULER. The factory will assist you in settling claims wherever possible but YOU MUST DEAL DIRECTLY WITH THE SHIPPER TO RESOLVE ALL FREIGHT DAMAGE.

IMPORTANT.- IF YOU RECEIVE A DAMAGED HEAT SIPHON® NOTIFY THE CARRIER IMMEDIATELY (THAT MEANS THE CARRIER’S OFFICE, NOT THE DRIVER)

CAUTION: A unit which has been dropped will have internal damage which is not apparent from the outside of the carton. If in doubt unpack the unit in presence of the shipper at the time of delivery. Puncture marks and oil stains on the box are indicative of a ruptured and leaking sealed refrigeration system. AND SHIPMENT SHOULD BE REFUSED.

Heat Siphon® is designed and packaged to ensure safe arrival even with individual shipments, however, if Heat Siphon® is tailgated or dropped, the damage may not be visible from outside the box and if you accept shipment from the trucking company, any subsequent claims of concealed damage will be refused by the freight hauler.

Although unattractive, minor dents in the aluminum evaporator fins won’t adversely affect Heat Siphon® performance, we suggest that you make note of ANY damages on the Bill of Lading BEFORE signing for receipt. Damaged fins can be “combed” straight, if not severely smashed, with a “fin comb” commonly carried by most refrigeration repairmen. Black acrylic enamel spray paint can also be used to repair any cosmetic damage.

1.1 Moving & Handling Precautions

If only a few simple handling rules are followed, Heat Siphon® can be moved virtually anywhere with no problems:

1. DO NOT DROP OR TAILGATE THE HEAT SIPHON .

2. DO NOT LAY THE UNIT ON ITS SIDE OR UPSIDE DOWN.

Installer - 15

HEAT SIPHON® Installer Section

3. DO NO LIFT THE HEAT SIPHON® BY ITS TOP / VENTURI - USE HAND HOLES IN BASE.

Use a fork truck, roller conveyor or an inclined plane to unload the Heat Siphon® carton. Although the special PVC plastic used in the HEAT SIPHON® cabinet is extremely tough and more than adequate for shipment even in cold weather, it will probably break or crack if dropped from a truck tailgate.

Usually damage will be in one of three places:

1. Where the 25 pound control panel attaches to the base pan;

2. Where the 20 pound fan motor attaches to the top;

3. Where the 75 to 120 pound compressor fastens to the base pan.

Cracked plastic cabinet parts may or may not need to be replaced but can be expensive to replace if all the components need to be removed and remounted on a new cabinet part.

Other freight damage - bending of the fan motor mounting bracket that causes the fan blade to rub or rupturing of a copper refrigerant tube. Usually this can be repaired by a local refrigeration service center with minimal difficulty.

If tilted too far from the vertical position, the weight of the compressor can bend or break tubing or even break or crack the plastic base pan at the compressor mount.

The top venturi/fan assembly is fastened to the unit using three stainless steel screws which are anchored to sheet metal flanges. This is more than adequate for ensuring a firm vibration-free assembly to the Heat Siphon® body, but these mounting screws are not designed to support the entire weight of the unit. Once out of the box, the Heat Siphon® should be lifted by the base pan only. Hand holes have been molded into the basepan for easier handling.

2 Planning Installation

IMPORTANT - READ THIS ENTIRE SECTION COMPLETELY THRU BEFORE YOU BEGIN TO INSTALL HEAT SIPHON®

The efficiency of your Heat Siphon® is dependent on its location. Picking the wrong place will not only reduce the efficiency by causing the cooler air coming out of the top to recirculate back into the air inlet, it may void your warranty. Please read through this section before you decide where to place your Heat Siphon®

Installer - 16

HEAT SIPHON® Installer Section

HEAT

SIPHON

Heat Siphon Installation Space Required

for Air Flow & Service Access ALLOW 12 to 24 inches AROUND ALL SIDES

12”Min

24-36" Service Access

Colder Air Out Top

Warmer Air In Sides

PREVENT

Air

Recirculation

2.1 Physical Location

Normally, the pool piping layout and the electrical supply will dictate the general location of the Heat Siphon®. In addition, the following guideline should be adhered to when picking the location:

1. Allow 24 to 36 inches of open area all around the Heat Siphon® for good air circulation and service access. Avoid any overhangs or structures which could cause exhaust air to recirculate from the top of the unit back into the sides.

2. Ensure the Heat Siphon® will be level when in place to aid in condensation and rain water drainage. Sand or a cement slab will provide and inexpensive attractive easy to level mounting base with good drainage.

3. Heat Siphon’s noise dampened plastic base pan ensures extremely quiet operation. To further minimize noise, point the flat side of the unit with Heat Siphon® trademark toward areas people will frequent. The plastic front panel reduces the already low operating sound level even further in that direction by absorbing compressor noise which the evaporator side does less effectively.

2.2 Prohibited Locations

DO NOT locate your Heat Siphon in any of the following places, as the air will be recirculated back to the inlet and cooled down cycling repeatedly until the efficiency is degraded and the compressor is overworked. Location in any of these places will void your warranty:

1. Under a roof overhang

2. Under a deck

3. In a Pool Pump house

2.3 Distance From The Pool

Normally, the pool pump and Heat Siphon® are installed close together and within 25 feet of the pool. The

Installer - 17

HEAT SIPHON® Installer Section

Heat Siphon® Plumbing Installation

Plumb Schedule 40 PVC Pipe 1½” or 2” Diameter Directly into and out of Unit

FULL FLOW - NO BYPASS!!

Pipe Couplers

for Winterization

& Service Bypass

Condensate Drain

in Basepan Hand Hole

Barb Fitting accepts

¾” Vinyl Tubing

FROM PUMP

TO POOL

MINIMUM of 12” of Straight Pipe

between unit to couplers for panel removal / service

For C & Z Series 200HP / 250HP,

375HP / 575HP Models

longer the distance from the pool, the more heat loss from the piping. Since most of the time the piping is buried, the heat loss is minimal for runs of up to 50 feet (50 feet to and from the pump = 100 feet total) unless the ground is wet or the water table is high. A very rough estimate of heat loss per 100 feet of piping is 2500 BTU/Hr. for every 10°F difference in temperature between the pool water and the ground surrounding the pipe, which translates to about a 3% to 5% increase in run time.

2.4 Distance from The Spa

CAUTION: Special consideration required using any heater with a spa or hot tub. SEE APPENDIX D

2.5 Pool Piping Required.

IMPORTANT: Allow At Least 12 Inches Of Straight Pipe Between The Heat Exchanger And Any Coupling Unions Or Elbows To Allow Backpanel Removal For Servicing .

CAUTION: DO NOT USE ANY BYPASS PIPING. Heat Siphon® Requires Full Flow From 25 T0 80 GPM. Installing A Bypass May Cause Short Cycling Damage and Will Void Your Warranty.

The Dual-Fitting water ports allow you to glue either 1.5 inch or 2 inch (with a standard 2” PVC coupling) schedule 40 PVC pipe directly into the heat exchanger. No metal heat sink piping is required. The following graphic applies to all C & Z 200, 250,375 & 575 series heating only and cooling only models:

Heat Siphon’s exclusive FULL FLOW Titanium heat exchanger has a minimal pressure drop and requires NO SPECIAL PLUMBING arrangement. It should be considered as just another length of PVC pipe in your pool filtration system.

Installer - 18

HEAT SIPHON® Installer Section

LOCATION: Connect Heat Siphon® in the pool pump discharge (return) line DOWNSTREAM of all lters and pool pumps, and UPSTREAM of any electronic chlorinators or chemical pumps.

SIZE: All Heat Siphon®’s have 1.5 “ x 2” ttings for connection to the pool or spa ltration piping which will accept 1.5” schedule 40 PVC pipe directly or 2” SCH 40 PVC pipe with a 2” PVC coupling. The in-line water pressure drop produced by Heat Siphon is less than 1.5 psi at 30 GPM.

The following graphic applies to all 575 series Heat/Cool models and all 700 series Models

Heat Siphon® Plumbing Installation

Plumb Schedule 40 PVC Pipe 1½” or 2” Diameter Directly into and out of Unit

For Models

Z700HP/Z575HC

Only

Condensate Drain

in Basepan Hand Hole

Barb Fitting accepts

¾” Vinyl Tubing

Pipe Couplers for Winterization & Service Bypass

FULL FLOW - NO BYPASS!!

FROM PUMP

TO POOL

Both Water Fittings:

1½” SCH 40 Slip Inside and

2” SCH 40 MPT Outside

2.6 Electrical Power Required.

WARNING: DO NOT ATTEMPT TO COMPLETE ANY ELECTRICAL INSTALLATION OR SUPPLY CIRCUIT WIRING UNLESS YOU ARE QUALIFIED AND EXPERIENCED IN THE FIELD. Heat Siphon® Requires High Voltage Power Wiring Which Should Be Installed In Accordance With All Electrical Codes By A Licensed Electrician With Proper Training.

3 Wiring Heat Siphon®

Connect the proper size wire (including grounding) by electrical conduit, UF cable or other suitable means (as permitted by local electrical codes) to a dedicated AC power supply branch circuit equipped with the proper circuit breaker, disconnect or time delay fuse protection.

3.1 Electrical Hookup on Unit

Heat Siphon® has a separate molded-in junction box on the right side of the back panel with a standard electrical conduit nipple already in place. Just

Installer - 19

HEAT SIPHON® Installer Section

2000364

remove four screws and the small cover, feed your supply lines in through the conduit nipple and wire-nut the electric supply wires to the three pigtails already in the junction box. (Four or five wires if three phase).

No other pool heater is as easy to wire.

3.2 Code Requirements

The following are National Electrical Code (Article 339-3 and 680-10) requirements regarding burial of the electric supply wires, and are provided here FOR GUIDANCE ONLY

NOTE: LOCAL CODES SUPERCEDE AND MAY VARY FROM THESE REQUIREMENTS

1. All supply cable should be at least 5 feet horizontally from the pool wall unless it is in a corrosion resistant metallic, or nonmetallic raceway system and must be buried at least the following minimum depth:

Wiring System ...........................Min. Burial Depth

Direct Burial Cable ............................24 inches

Rigid Nonmetallic Conduit 18 inches (approved for direct burial w/o concrete encasement)

Rigid Metal Conduit........................... 6 inches

Other Approved Raceways .....................18 inches

2. UF cable (approved for direct burial ) is permitted for supply runs from the circuit breaker to the Heat Siphon®.

3. UF cable must be protected from damage where it is exposed (not buried) between the ground and the breaker box or Heat Siphon® junction box using suitable means.

4. Use copper conductors (wire) only. Aluminum is unsuitable for pool equipment service.

5. Circuit Breaker Size

Warning: Heat Siphon® Requires a DEDICATED BREAKER with NO other load on the same breaker (such as a pool pump)

The supply circuit breaker or fuse should be AT LEAST the AMPERAGE rating of the HEAT SIPHON® MCA

(minimum circuit ampacity) BUT NOT EXCEED the Maximum Circuit Breaker Size on the NAMEPLATE.

3.3 Supply Circuit Wire Size

Caution - A LICENSED ELECTRICIAN must size and

install your wiring BASED ON THE NAMEPLATE

MCA and in accordance with the NEC.

The following table suggests supply circuit wire size for type UF or TW conductors assuming a maximum 3 volt line loss is desired for the basic Heat Siphon® models noted.

The wire sizes are SUGGESTED ONLY based on the National Electrical Code Standards UNDER NORMAL CONDITIONS ONLY and are NOT intended to supersede local codes or other restrictions that may apply. All local electrical and building codes as well as the National Electrical Code (Articles 300 & 310) should be consulted for additional guidance.

Installer - 20

RECOMMENDED/ MAXIMUM

CIRCUIT BREAKER SIZE

SIZE WIRE USING MCA:

MIN. CIRCUIT AMPACITY

MADE IN USA

HEAT SIPHON

MODEL: C250HP

POWER REQ'D: 208-230 1Ø 60Hz MAX. CIRCUIT BREAKER: 30 AMPS MCA: 25.4 AMPS

COMPRESSOR: 16.7 RLA 79 LRA FAN MOTOR: 2.1 RLA .39 HP FACTORY CHARGED: 3.35 lbs R410A

DESIGN PRESS : 475 PSIG (HIGH AND LOW SIDE)

BTU OUTPUT: 52,400 BTUH @ 80°F H2O/ 80°F AIR

NOT INTENDED FOR 50 Hz Operation

CONFORMS TO UL STD 1995

CERTIFIED TO CAN/CSA

STD C22.2 NO. 236

OUTDOOR USE

SAMPLE NAMEPLATE

SERIAL NO.

HEAT SIPHON® Installer Section

SUGGESTED WIRE SIZES (buried / in air) For Length of Run

Model (Volts/Hz/Phase) .........................50 ft. ............75 ft. ........100 f t.

250 HP (208-230v /60/1) .....................#14 / #14 ........#12 / #12 .... #10 / #10

375 HP (208-230 v/60/1) .....................#12 / #10 ........#10 / #10 ..... #8 / #8

575 HP (208-230v/60/1)..................... #8 / #6 ** .........#8/#6 .......#6 / #6

700 HP (208-230v/60/1)..................... #8 / #6 ** .........#8/#6 .......#6 / #6

375 HPX(44OV/50-60/3)......................#14 / #14 ........#14 / #14 .... #14 / #14

**NOTE: if THWN or TWN conductors are used in conduit and length of run is 50 feet or less, #10 AWG size is suggested if buried and #8 is suggested if conduit is in free air. If your model is not listed see nameplate MCA and consult an electrician.

3.4 GFCI Breaker Protection

Where possible Ground Fault Circuit Interruption (GFCI) circuit breakers are strongly recommended at the main power supply for electrical equipment in the pool system. This is one low cost insurance policy which virtually eliminates shock hazard as well as equipment damage due to ground fault. Standard plug-in circuit breakers with GFIC protection are readily available.

Provide your electrician with these instructions.

Wiring GFIC Breaker

The graphic shows proper GFCI Breaker connection to avoid false tripping using a Seimens 50 Amps GFCI breaker. According to Siemens product sheet:

In a 220 volt single phase supply circuit to your Heat Siphon there are 3 wires:

• 2 HOT wires (both white or black) which come from the two poles of a 220 volt breaker

• 1 GREEN GROUND wire which comes from the GROUNDING BAR in the Breaker Box

• THERE IS NO NEUTRAL WIRE going to the Heat Siphon

• EACH HOT WIRE will mea sure 120 VOLTS between it and GROUND

• BOTH HOT WIRES will measure 220 VOLTS between themselves

A GFIC TWO POLE 220/240 Volt Breaker has the

following connections:

• ONE WHITE PIGTAIL wire that must be connected to the power panel grounding bar

• TWO LOAD TERMINALS that are connected to the two Heat Siphon Power Wires

• ONE NEUTRAL TERMINAL which you SHOULD LEAVER UNCONNECTED

NOTE: A load neutral is not required on the circuit. However, the

Installer - 21

HEAT SIPHON® Installer Section

FAN GUARD

STAINLESS STEEL

FASTENERS

EVAPORATOR

VENTURI TOP

white line neutral (pigtail) must be connected to the panel neutral for the device to function."

3.5 Electrical Disconnect Switch

Article 440-14 of the National Electrical Code, which applies to Air Conditioning and Refrigerating equipment, requires that a disconnect means (circuit breaker, fused or unfused switch) "be located within sight and readily accessible from " the subject equipment. This means that if the circuit breaker box which supplies the Heat Siphon® is not within sight of the Heat Siphon®, you may be required to install a waterproof disconnect switch/box at or near (within sight of ) the installed unit to meet the National Electrical Code.

This is a common practice on commercial and residential air conditioners and heat pumps. It prevents someone from remotely energizing unattended equipment or turning on power to a unit while the unit is being serviced, which can SAVE LIVES. It also saves a serviceman time by eliminating walking to and from a remote breaker.

3.6 Electrical Bonding Requirements

Just like all other electrical pool equipment, Heat Siphon® must be bonded (local earth grounding) and usually can simply be tied into the existing bonding circuit with the pool pump etc..

NOTE: Electrical Bonding to a local earth ground (separate from power supply grounding) through a copper conductor and to any other pool or spa system electrical equipment is required by Article 680 of the National Electrical Code.

Size - A solid copper conductor, insulated, covered, or bare, not smaller than No. 8 (8.4 mm sq.) - 1981 Nat'l. Electric Code Art. 680-22(b)

Location - Heat Siphon® has a standard copper bonding lug located on the right side of the unit facing the back panel. (See illustration at the beginning of this Installer Section) This set screw type lug accepts standard #8 solid copper wire . The copper wire should be connected to the bonding circuit of

BONDING LUG

WARM AIR

ELECTRICAL CONDUIT ¾” NPT

HAND HOLE GRIPS

your other pool equipment.

See the lower right corner of the graphic

4 Special Installations

4.1 Indoor Pools

Heating an Indoor pool creates three problems:

1. The pool water must be heated,

2. The humidity is increased and the room must be dehumidified,

Installer - 22

HEAT SIPHON® Installer Section

3. In winter the room air must be heated.

Most of the heat lost from an indoor pool is a result of evaporation where the room temperature is not increased but rather the room air becomes more humid, creating a condensation problem.

A dehumidifier cools the air down to condense the moisture out, and then reheats the air back to room temperature. The heat it extracts from the air is equal to the heat it puts back into the air except for a small amount of excess heat converted from the electricity it consumes thus there is not enough heat to also reheat the pool water.

Gas pool heaters will heat the pool but provide no dehumidification and still require the room to be heated separately.

Indoor installations of Heat Siphon® not only heat the pool, but provide the added benefit of dehumidification of the pool room. When the Heat Siphon® cools down the room air to extract heat out of it, the moisture in the air condenses on the cold evaporator, thus drying the air. But this requires the room air to be reheated and if the room is small the Heat Siphon® may over cool the air and not operate very efficiently or it may require a fairly large space heater.

If the room is large relative to the pool, there is usually sufficient heat in the air to keep the pool heated, BUT a separate heat source must still be installed for the room air.

Since there is no wind the heat loss from the pool is significantly less than an outdoor pool. If a cover is used on the pool, both the humidity and the heat loss will be greatly reduced to the point where run times of only a few hours per day will maintain pool temperature.

NOTE - In any case your dealer should consult the Factory before planning any indoor pool Heat Siphon® Installation and make sure there is enough air volume and an adequate source of space heat to overcome the cooling effect.

4.2 Multiple Units

If connecting more than one Heat Siphon® on larger pools, the following applies in addition to the SPACE requirements for single units:

• Feed all Heat Siphon’s from the same line (PUT THEM IN PARALLEL) and tie all of their water outlets together. ENSURE EACH UNIT RECEIVES AT LEAST 25-30 GPM

• If piping (number of elbows and bends) are not identical to each unit then install a flow meter, PVC couplings and shut off valves in each Heat Siphon® ‘s water line to permit balancing the flow equally between units and to facilitate service and removal if required without shutdown of the pool pumps.

CAUTION: In A Multiple Unit Installation Do Not Connect The Water Outlet Of One Heat Siphon® To The Water Inlet Of The Next Heat Siphon®

This will create two problems:

FIRST - Series plumbing makes it impossible to correctly set the 2nd unit’s thermostat. The water leaving the

Installer - 23

HEAT SIPHON® Installer Section

From Pump

To Pool

Flow Meter & Balancing Valve on Each Unit Outlet

24” Minimum Between Units

MULTIPLE UNIT INSTALLATIONS

Plumbing Must Be In Parallel - use same number of elbows with ow meter and balancing valve at each unit

Add

2” SCH 40

PVC Unions

to Inlet & Outlet

Water Fittings

SIZE MAIN FEEDER PIPES

FOR TOTAL FLOW RATE

first unit will be several degrees warmer than the pool. Thus the second unit’s thermostat will need to be set several degrees higher than the desired pool temperature before it will turn on and it will cause cycling as the first unit turns off and on. If both thermostats are set the same then the second unit will only run when the pool is colder than the heat rise produced by the first Heat Siphon®.

SECOND - Series plumbing reduces efficiency of each Heat Siphon® downstream. - Warmer water removes less heat from the Heat Siphon’s heat exchanger and requires the compressor to work harder. The highest efficiency is achieved by feeding the coldest water to each unit (parallel piping does just that)

4.3 SPA Heating Issues - See APPENDIX D

SAFETY CONCERNS require special considerations when Heating a Spa or Hot Tub

Completing Installation

Assuming you have picked the best location and orientation and the necessary amperage electrical power supply and bonding circuits are in place, the only work remaining is final wiring and plumbing of the Heat Siphon®.

4.4 Tools / Materials Required

The following is a suggested list of tools and materials normally required for Heat Siphon® installation. Additional tools and materials may also be required by unique or extraordinary pool sites:

• PVC pipe & fittings

• PVC cement & primer

• Hacksaw

• Wire cutter/stripper

• Pliers

Installer - 24

HEAT SIPHON® Installer Section

• Screwdriver ( phillips and flat blade)

• Circuit breaker with GFI

• Wire nuts

• Wire of size length and insulation required to meet local code

Normally the existing breaker box in the home electrical service or in the pool equipment panel has an available breaker space. If not then you will need to install a new electrical breaker panel or fuse box.

4.5 Optional Recommended Materials

• 3/4 “ vinyl tubing for hose-barb condensation drain fitting in base pan

• Disconnect switch box if breaker not within site of the unit and/or local codes require it.

• PVC Unions or flexible couplings

4.6 Helpful Hints

IMPORTANT: ALLOW AT LEAST 12 INCHES OF STRAIGHT PVC PIPE GOING INTO AND OUT OF THE HEAT EXCHANGER. Otherwise elbows or pvc couplings will prevent back panel removal and stop service access inside the unit .This will also make repair of any plumbing problems very difficult and may require unnecessary heat exchanger replacement since these are permanent glue joint fittings.

The following is a short list of suggestions which may prove time and money saving to the installer not only during installation but throughout the life of the Heat Siphon®:

1. Installation of PVC unions or hose clamp type flexible couplings at the Heat Siphon® water inlet and outlet lines is recommended to permit easy removal of the front panel if necessary for future service. ALLOW AT LEAST 12 INCHES OF STRAIGHT PIPE IN AND OUT OF THE UNIT BEFORE INSTALLING UNIONS.

2. Rigid PVC piping entering and leaving the Heat Siphon® SHOULD NOT BE IN A STRAINED OR BOWED POSITION. Higher temperatures of the heated water can soften the PVC where solvent was applied (until it is completely cured) and over time may cause glue joints to break open or leak.

3. Provide a means of draining the pool or spa water for winterizing. Unions are an excellent way to provide drainage as well as easy service access. Draining the Heat Siphon® is recommend any time freezing temperatures are expected while the pool pump is off and no water is circulating.

4. Cut and fit all PVC pipe before any gluing is started. Use generous amounts of PVC cement and twist each glue joint at assembly to ensure freedom from leaks. Don’t disturb a joint while the solvent is setting up.

5. If hard conduit is used to provide the electrical supply wiring , then terminate it with several feet of flexible weatherproof conduit (such as sealtite) before entry to the Heat Siphon® junction box . This will allow back panel removal without un-wiring the unit in the event future service is required.

6. Minimize the number of elbows used as this increases the pressure drop and pump back pressure.

7. Avoid installing the unit in locations where fences, decks or other structures that can cause air recirculation may be added later and caution the pool owner to avoid such additions in the future.

8. Take the time to explain your installation to the pool owner and help fill out and send in the warranty card . A little consumer education goes a long way to eliminate unnecessary service calls after you’ve done a proper installation.

5 Final Power Line Wiring

Wiring to the TO COMPLETE WIRING remove the small gasketed Heat Siphon® junction box cover in the

Installer - 25

HEAT SIPHON® Installer Section

upper right corner of the front panel. Feed the wires into the junction box, complete splicing with wire nuts and replace the cover.

CAUTION: Make sure the incoming ground wire is spliced to the Heat Siphon® lead wire marked with the green tape or green insulation and that the unit is bonded to a local earth ground.

6 Final Plumbing into Pool or Spa

IMPORTANT: Allow at least 12 inches of straight pipe between the heat exchanger and any couplings or elbows to allow backpanel removal for servicing .

NOTE. If the VERTICAL DISTANCE between the pool water level and the Heat Siphon® is excessive (below or above 2 to 3 feet) your Heat Siphon® may require adjustment of the water flow switch at installation (see initial start up section).

Because of Heat Siphon’s exclusive FULL FLOW Titanium heat exchanger, it requires NO SPECIAL PLUMBING

arrangement and should be considered as just another length of PVC pipe in your pool filtration system.

The dual socket water ports allow you to glue either 1.5 inch or 2 inch (with a PVC 2” coupling) schedule 40

PVC pipe directly into the heat exchanger.

LOCATION: Connect Heat Siphon® in the pool pump discharge (return) line DOWNSTREAM of all lters and pool pumps, and UPSTREAM of any electronic chlorinators or chemical pumps.

SIZE: All Heat Siphons have 1.5 “ x 2” ttings for connection to the pool or spa ltration piping. The in-line water pressure drop produced by Heat Siphon is so low (less than 11/2 psi at 30 GPM) that as far as the pool pump is concerned the Heat Siphon® can be considered equivalent to a few more feet of PVC pipe.

NOTE: THE HEAT SIPHON® REQUIRE NO BYPASS PIPING and NO SPECIAL Setting of FLOW RATES as long as a minimum of at least 25-30 GPM is maintained during heating. Only on larger systems where 2" PVC and 2.5 HP and larger pumps are used should a bypass be considered.

Installer - 26

HEAT SIPHON® Installer Section

6.1 In Floor Cleaning Systems

Heat Siphon Plumbing Required

for In Floor Cleaning Systems

HEAT

PUMP

FILTER

SIPHON

36” MIN

WATER HAMMER

SURGE SUPPRESSOR

such as STAND PIPE CAPPED OFF WITH AIR INSIDE

PLUMBING KEY

AIR FILLED WATER FILLED

IN FLOOR

CLEANING SYSTEM

SKIMMER

POOL

MAIN DRAIN

A special consideration must be given to in floor cleaning systems which can create water hammer as the multiport valves open and close. Water hammer damage is not covered by your warranty. It is up to the pool builder to install the necessary plumbing features to protect your equipment from water hammer damage.

In these cases a vertical standpipe is recommended to reduce water hammer . Adding this plumbing feature is simple and may prevent damage to the heat exchanger housing., however, it is not a guarantee against damage. More effective and costly surge protection is available if the pool builder considers it necessary.

6.2 Pool Spa Combo Plumbing

The following pages shows several pool spa combination plumbing schematics. The first two pages show a single pump and filter on a pool/spa combo with spillover feature and the last two show a two pump system.

Basically a Pool Spa combo is an installation where the two bodies of water have common plumbing allowing the spa water to be dumped & diluted back into the pool or mixed with it for both filtration and heating considerations. Since the spa water is taken from and mixed with the pool water it will normally be at the pool temperature as a starting point so it needs to only be heated from say 82°F to 102°F instead of the normal unheated water temperature which can be much lower.

Single Pump Systems are simpler to plumb and only require two three way valves. They save energy (only one pump needs to run) and thus are more common. The heating / filtering modes are limited to the pool, or the spa or both pool and spa together.

Two pump systems require a second pump and filter, a third three-way valve and four check valves. They add the ability to filter the unheated body of water while heating and filtering the other.

Installer - 27

HEAT SIPHON® Installer Section

POOL SPA COMBO

One Pump & Filter with Two 3-way Valves

Filter

HEAT SIPHON

Filter

HEAT SIPHON

Heating & Filtering Spa Only

Valves set - from spa to spa

Heating & Filtering Pool Only

Valves set - from pool to pool

1 Pump- Heating Pool or Spa

Installer - 28

HEAT SIPHON® Installer Section

HEAT SIPHON

Filter

HEAT SIPHON

Filter

POOL SPA COMBO

One Pump & Filter with Two 3-way Valves

Spill Over Mode

Valves set - from pool to spa

Spill Over Mode

Valves set - from pool to pool & spa

1 Pump- Spillover Mode

Installer - 29

HEAT SIPHON® Installer Section

Filter Filter

Filter

HEAT SIPHON

POOL SPA COMBO

Two Pumps & Two Filters with

Three 3-way Valves & Four Check Valves

Heating & Filtering Pool / Filtering Spa

Valves set from pool to heater to pool / from spa to spa

Heating & Filtering Pool / Filtering Spa

Valves set from spa to heater to spa/ from pool to pool

2 Pump- Heating Pool or Spa Only

Installer - 30

HEAT SIPHON® Installer Section

HEAT SIPHON

Filter Filter

Filter

POOL SPA COMBO

Two Pumps & Two Filters with

Three 3-way Valves & Four Check Valves

Spill Over Mode - Pool Pump Only

Heating & Filtering Pool & Spa

Valves set from pool to spa

Spill Over Mode - Both Pumps On

Heating & Filtering Pool & Spa

Valves set from pool to pool & spa / from spa to spa

2 Pump- Spillover Mode

Installer - 31

HEAT SIPHON® Installer Section

Initial Start-up

Please read completely through this section BEFORE STARTING UNIT.

IMPORTANT: Heat Siphon® is equipped with a ve minute built in solid state restart delay included to protect control circuit components and to eliminate restart cycling and contactor chatter. This time delay will automatically restart the unit approximately 5 minutes after each control circuit interruption.

1 Initial Performance Checks

After installation is completed and the unit is ready to start, TURN OFF POOL PUMP and follow these steps:

1.1 First Startup of Analog Models

• Turn the Heat Siphon ® thermostat knob completely clockwise

• Turn on your filter pump, check for leaks and verify flow to and from the pool.

• Turn on the electrical power supply to the Heat Siphon® . The unit should start immediately.

The LED below the knob should turn on GREEN and slowly blink signifying that your Heat Siphon is heating the pool or spa. If it is ORANGE and not blinking then it has power but no flow has been detected and the water flow switch needs adjusted. If it is GREEN and blinking it is in 5 minute restart delay

• Note : Even a brief power interruption will activate the solid state 5 minute restart delay and prevent your Heat Siphon from starting until the count down is completed. A power interruption during the delay period will have no effect on the 5 minute countdown.

• After running a few minutes make sure the air leaving the unit is between 5 to 10 degree F cooler than ambient air - if not call dealer

• With Heat Siphon® operating, turn the filter pump off. Heat Siphon® should also turn off automatically and the LED should turn on SOLID ORANGE signifying that it is waiting for water flow

• If your Heat Siphon continues to run when the pump is off the LED will blink GREEN until the overheat switch is tripped. It will then shut off and the LED will blink RED. You must adjust the of flow switch (See section 1.3 below)

• Restart the pump/filter. The Heat Siphon ® should start right up - if not readjustment of flow switch req’d. (See below)

• Allow the Heat Siphon® and pool pump to run 24 hours per day until desired pool water temperature is reached. At this point, slowly turn the thermostat knob counter clockwise until the unit just shuts off and note the number on the dial. Your Heat Siphon& will now automatically restart (as long as your pool pump is running) when the pool temperature drops more than 1.5 °F below the set temperature.

In other words “SET IT AND FORGET IT.”

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HEAT SIPHON® Installer Section

1.2 First Startup of Digital Models

• Turn on the electrical power supply to the Heat Siphon®

• Display will read soft 1.xxx (the software version), then display flow & start delay countdowns.

• Press the Player "Up" or "Down" key until the desired water temperature is displayed

• Turn on your filter pump

• If the pool water temperature is below the Player set point, the unit should start immediately.

• The Player will display: "POOL" and the water temperature, then the "SET" and your desired water temperature - if it is lower raise the set point above the water temperature.

• Check for leaks and verify flow to and from the pool.

• After running a few minutes make sure the air leaving the unit is between 5 to 10 degree F cooler than ambient air - if not call dealer

• With Heat Siphon® operating, turn the filter pump off. Heat Siphon® should also turn off automatically - if not readjustment of flow switch is Req’d. (See below)

• Restart the pump/filter. The Heat Siphon ® should start right up - if not readjustment of flow switch req’d. (See below)

• Allow the Heat Siphon® and pool pump to run 24 hours per day until desired pool water temperature is reached. Your Heat Siphon will shut off and the POOL LED will be on solid Green.

• Your Heat Siphon will now automatically restart (as long as your pool pump is running) when the pool temperature drops more than 1.5 °F below the set temperature.

1.3 Adjusting the Water Pressure Switch

Only one Heat Siphon® adjustment may be required at installation.

On some models of the Heat Siphon® a gas heater type water pressure sensing switch is used to detect flow rather than direct flow measurement. The switch prevents Heat Siphon® operation with no water flow. Adjustment is required when the vertical distance from the pool surface to the Heat Siphon® thermostat knob is more than a few feet above or below pool level .

To correct this condition, DISCONNECT ALL ELECTRICAL POWER, remove the cover to the control box and adjust the switch as follows.

1. If the pool is BELOW the unit and the Heat Siphon® won’t turn on with the pool pump, turn the pressure switch adjustment thumb wheel to the right until the top of the switch is at the MINIMUM SETTING (1 psi).

2. If the unit still doesn’t start and it is more than 2 feet from the water surface to the thermostat knob then the height difference may be creating a siphoning effect as the pool water returns to the pool, which in turn lowers the pool return line pressure below the minimum trip pressure of this switch. In this case you may need to create sufficient

Installer - 33

HEAT SIPHON® Installer Section

IF UNIT IS WELL ABOVE POOL WATER

WATER PRESSURE SWITCH

Adjusting Water Pressure Switch - Unit Elevated Above Pool

YOU MAY NEED TO CREATE BACK

PRESSURE TO TRIP THE FLOW SWITCH

(install eyeball sockets in return lines)

HEAT

SIPHON

(install eyeball sockets in return lines)

CONTACTOR

COMPRESSOR

RUN CAPACITOR

TRANSFORMER

TIME DELAY

(Pre-Timerstat

Analog Models)

PUMP

DISTANCE

FROM BOTTOM OF

CONTROL DOOR

TO POOL

SURFACE

POOL

1.4 Water Pressure Switch Location:

ELECTRICAL

CONTROL BOX

FAN MOTOR

RUN CAPACITOR

PSI

LOW PRESSURE

SWITCH

Wires not shown for clarity

HIGH PRESSURE

SWITCH

THERMOSTAT

(Pre-Timerstat

Analog Models)

Installer - 34

NEW SYLE

PLASTIC CASE

OLD SYLE

METAL CASE

Turn Wheel Clockwise to

INCREASE TRIP PRESSURE (FLOW)

HEAT SIPHON® Digital Player Section

Digital Player Section

This section of this Manual applies to all digital models and specifically details the operation of the Digital

Player Controller that is built into all Digital Models including Heating Only, Cooling Only and Heat/Cool Models.

1 Reading The Player Display

The Display is a 7 segment 4 digit LED which is easy to see in daylight as well as at night.

However, this does limit the words that can be displayed. Only capital letters “O, A, E L,C, S, F and U” and small letters “b, d, o, l, i” are easy to represent & clearly understood. We also chose to use a representation of the letters small “t, v, i and o” to broaden the number of words the Player can display but they are not as easily recognizable.

Here are the more confusing ones:

Heat ............

Set .............

Cool ............

Volt .............

On In ............

Soft (software version) ........

1.1 The Player Display Info

Normally the Player continuously displays three bits of information - the MODE , the water temperature and the set point. For example, if your pool is 78°F and you have set the pool temperature to 88°F and you are in POOL

Digital Player - 35

HEAT SIPHON® Digital Player Section

mode, then following message is displayed:

Screen Message ..................................... Duration

POOL ..............................................(2 second)

78°F ................................................(2 second)

HEAT ...............................................(1 second)

SET. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . (1 second)

88°F ................................................(2 second)

If errors occur or event timers are active they take precedent. All common Error codes are listed on the decal along with their meaning.

One of the timers that you will see is the Off timer. This is a 240 second (4 minute) countdown that will occur anytime the Heat Siphon turns off either in the background or shown directly on the display. This is a safety feature that allows the internal pressures to equalize before restarting. You will see it as, OFF, 239, 238, 237, 236, OFF, 234, 233 etc.

Another timer you will see is the FLO timer. This is a 15 second timer that begins when the water pump turns on. This is to give the water pump time to push all the bubbles through the system and achieve good water flow before the Heat Siphon turns on. You will see it as, FLO, 14, 13, 12, 11, FLO, 9, 8, 7, 6 etc. Modes: (POOL, SPA, AUTO PIC, OFF)

1.2 LED STATUS Lights

The Player has 4 LED lights located just above the top of the 4 digit display window which are labeled from left to right :

BLUE LED - Wireless PumpJump™ flutters blue when a wireless accessory is attached and communicating to a PassPort OR is solid ON when timeclock over-ride is activated using a hardwired T type or S-Type POD (Pool Operating Device)

RED LED - Service blinks when an error is detected and service call is required or an error /warning requiring user intervention has been detected

GREEN LED - Signifies the Player is in POOL MODE or in AUTO-PIC Mode with POOL Selected and is heating your water to the POOL set point

YELLOW LED - signifies the Player is in SPA MODE or in AUTO-PIC Mode with SPA Selected and is heating your water to the SPA set point

The GREEN (pool) and YELLOW (spa) LED’s also signifies what “state” the Player is in based on what they are doing:

LED ON SOLID that means the pool or spa is at temperature and READY to use.

LED IS BLINKING SLOWLY (1 second on/off) indicates that the Player is heating your pool or spa but

has not yet reached temperature.

LED IS FLASHING RAPIDLY (1/2 second on 1/2 second off) indicates the Player is waiting to change state such as when a countdown timer is active but your Heat Siphon has not yet turned on.

Digital Player - 36

HEAT SIPHON® Digital Player Section

One special case which also displays the message “no FLo” (no water flow detected) which is technically an “error “or “warning” if the flow is unintentionally interrupted. Normally your Heat Siphon is simply waiting to detect flow when the pool pump turns on so we have chosen to rapidly flash the POOL or the SPA LED while displaying this message.

The industry standard water pressure switch that is used by all heaters to detect whether the pump is on, cannot necessarily distinguish between no flow (waiting for flow) and low flow (pump or filter troubles) which is an error. In this case, low flow will result in a High Refrigerant pressure which trips that switch it will appear as a Hi P error and the red LED will flash.

2 Changing Pool Temperature

Press the UP or DOWN arrow key at any time and you will instantly see the current water temperature set point displayed and it will begin blinking. Any additional key presses while it is blinking (within 3 seconds) will raise (up arrow key) or lower (down arrow key) the set point.

Simply change the set point by pressing the keys until the temperature you want is displayed

No key press for three seconds will store the displayed temperature as the new set point with a confirming “BEEP” If you made no changes then there will be no “BEEP” and after three seconds the display will continue to scroll through its normal messages

2.1 Changing Units (°F / °C)

Press and hold BOTH keys at the same time for THREE SECONDS you will hear a rapid beep-beep-beep etc.

Continue pressing until the right most digit displays “F” or “C” then IMMEDIATELY RELEASE BOTH KEYS and press up or down to change units. No key press for three seconds will change to the displayed units, “F” or “C” and the Player will BEEP confirming that it has accepted your change.

3 Player Operating Modes

The Player has FIVE MODES: POOL, SPA, AUTO-PIC, EC and OFF. Pool and Spa modes automatically HEAT ( and/or COOL with Dual or Chiller models) a Pool or Spa to a set temperature and will turn on only when water flow is available and turn off when the desired water temperature is reached.

No matter what MODE your Player is in, it will not allow your Heat Siphon to run if there are any safety switches tripped or errors. That means there must also be water flow and air above 45°F to 50°F. Switching between any mode is normally not necessary or recommended unless you have a pool/spa combo and are using manual 3 way valves to switch from pool to spa or spill over mode.

3.1 POOL Mode

POOL and SPA modes are basically identical except that each has a separate temperature range and set point.

In POOL mode uses the GREEN LED light to indicate status (SEE LED Status Lights above)and the use of the word POOL in the water temperature display, example - "POOL ". . . "78F" . . "HEAT". . SET" . . "80F"

Digital Player - 37

HEAT SIPHON® Digital Player Section

• POOL mode will heat to the desired POOL set point then shut off your Heat Siphon.

• Switching between POOL and SPA does not erase the other mode’s set point.

• POOL can be set from 50°F(10°C) to 98°F(36°C)

3.2 SPA Mode

In Spa mode, the YELLOW LED light to indicate status (SEE LED Status Lights above) and the use of the word SPA in the water temperature display, example - "SPA ". . . "98F" . . "HEAT". . SET" . . "102F"

• SPA mode will heat to the desired POOL set point then shut off your Heat Siphon.

• Switching between SPA and POOL does not erase the other mode’s set point.

• SPA mode will heat to the desired SPA set point then shut off your Heat Siphon.

• SPA can be set from 50°F(10°C) to 104°F(40°C)

3.3 OFF Mode

The OFF mode is just that - your Heat Siphon will remain OFF no matter what the water temperature or set point and will not display anything other than “OFF” . Once any key is pressed, the Player will restart into the last known mode before OFF was chosen. And the 240 second Off timer will begin.

3.4 AUTO-PIC Mode

AUTO or AUTO-PIC Mode is a way for the Heat Siphon to decide, on its own, what body of water you are heating (pool or spa) and then heat that body of water to the correct set point (pool set point or spa set point). This is a convenience feature and the goal is to allow you to simply turn your pump off, switch your valves to pool or spa, and turn your pump back on. The Heat Siphon will do the rest.

3.4.1 How AUTO PIC Works

• In AUTO-PIC mode, every time the water pump turn on, the Heat Siphon Player begins the auto-pic algorithm to decide what body of water it is heating.

• This usually takes approximately 5 minutes.

• AUTO-PIC works the same as pool or spa modes except it also will automatically pick the pool or spa set point based on a learning algorithm.

3.4.2 AUTO PIC LED lights and display

When the Player is in AUTO-PIC, or waiting to go into AUTO-PIC, both the green (pool) and yellow(spa) LED

lights flash at the same time: 1 second on/off - if it is waiting for a timer to expire

0.5 sec on/o - once it turns on and starts AUTO-PIC

Once POOL or SPA mode is chosen by the Player, it will stop flashing both lights and turn on either the GREEN

(POOL) or YELLOW (SPA) LED

The Player message display loop will show the POOL and SPA set points in the normal sequence and then the water temperature preceded by “Auto Pool” , “Auto Spa” or just “AUTO-PIC” if neither set point has been chosen. The message display loop will be as follows:

Digital Player - 38

HEAT SIPHON® Digital Player Section

Mode not Selected

Display .............................................. Duration

AUTO ...............................................1 second

HEAT ................................................1 second

78°F .................................................2 second

POOL ...............................................1 second

SET. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 second

88°F .................................................2 second

SPA .................................................1 second

SET. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 second

102°F ...............................................2 second

Pool Mode Selected