IVE HEATPUMP FO SWIMMIG POOS Insallaion & Insrucion Manual hea pumps 0-0071-1611
Table of conens 1. Preface 3. Specificaions.1 Performance Daa. Dimensions 6 3. Insallaion and Connecion 3.1 Hea Pump ocaion 3. How Close o Your Pool? 3.3 Insallaion illusraion 3. Insallaion of a check valve 3. Elecrical Wiring 3.6 Iniial Sar-up of he Uni 3.7 Condensaion. Operaion and Use.1 Display inerface inroducion. Buon funcions.3 Error codes. Error code lis 8 8 9 9 10 10 11 1 13 17 18. Wiring diagrams.1 Wire conrol inerface diagram and definiion. Conroller inerface diagram and definiion 6. Mainenance and Inspecion 0 0 3 7.Appendix 7.1 Cauion & Warning 7. Warrany
1. Preface In order o provide our cusomers wih qualiy, reliabiliy and versailiy, his produc has been made o sric producion sandards. This manual includes all he necessary informaion abou insallaion, debugging, discharging and mainenance. Please read his manual carefully before you open or mainain he uni. The manufacure of his produc will no be held responsible if someone is injured or he uni is damaged, as a resul of improper insallaion, debugging, or unnecessary mainenance. I is vial ha he insrucions wihin his manual are adhered o a all imes. The uni mus be insalled by qualified personnel. The uni can only be repaired by qualified personnel or an auhorized dealer. Mainenance and operaion mus be carried ou according o he recommended ime and frequency, as saed in his manual. Use genuine sandard spare pars only. Failure o comply wih hese recommendaions will invalidae he warrany. Swimming Pool Hea Pump Uni heas he swimming pool waer and keeps he emperaure consan. Our hea pump has following characerisics: Durable The hea exchanger is made of PVC & Tianium ube which can wihsand prolonged exposure o swimming pool waer. Insallaion flexibiliy The uni can be insalled oudoors or indoors. Quie operaion The uni comprises an efficien roary/ scroll compressor and a low-noise fan moor, which guaranees is quie operaion. Advanced conrolling The uni includes micro-compuer conrolling, allowing all operaion parameers o be se. Operaion saus can be displayed on he CD wire conroller. emoe conroller can be chosen as fuure opion. 3
. Specificaions.1 Performance daa UIT Dura Pro 1 Dura Pro 17 Dura Pro 1 Max Pool volume* m 3 30-60 0-7 0-9 Advised Pool volume m 3 0 0 6 Operaing air emperaure C -1 ~ 3 Air 7 C / Waer 6 C / Humidiy 80% Heaing Capaciy kw,8-1 3,77-17,6-19, Bu 9690-0800 1818-7800 160-66300 Consumed power kw 0,1 -,1 0,3-3,0 0,37-3,9 COP 13,7 -,66 1,7 -,63 1,3 -,9 Air 1 C / Waer 6 C / Humidiy 70% Heaing Capaciy kw, - 9,7,9-1, 3,8-1, Bu 760-3980 998-160 1306-360 Consumed power kw 0,3 -,08 0, -,86 0,6-3,81 COP 7,03 -,66 6,6 -,3 6, -,0 Air 10 C / Waer 6 C / Humidiy 6% Heaing Capaciy kw 1,88-8, - 10,7 3,38-1, Bu 639-700 800-36380 119-8960 Consumed power kw 0,33-1,9 0, -,6 0,6-3,6 COP,7 -,1,6 -,0, - 3,98 Power supply 30V / 0Hz ominal Heaing Capaciy kw 7,1 9,7 11, ominal power inpu kw 0,99 1,38 1,7 Max power inpu kw, 3,,88 ominal unning curren A,3 6 7, Curren range A 0,9-9, 1,3-13,1 1,6-17,1 Max Curren A 13 13,96 1,17 Compressor quaniy 1 1 1 Compressor ype oary oary oary efrigeran 10A Fan quaniy 1 1 1 Fan power inpu W 100 10 10 Fan roary speed PM 600-800 600-70 600-900 Fan direcion Horizonal Horizonal Horizonal oise db(a) Waer connecion mm 0 0 0 ominal waer flow m 3 /h,,3 6,6 Waer pressure drop (max) kpa, 6 Uni ne dimensions (*W*H) mm 1003*396*767 1117*30*868 1117*30*868 Uni shipping dimensions (*W*H) mm 1130*60*790 110*10*880 110*10*880 e weigh kg 9 77 8 Shipping weigh kg 69 89 9 * Advised pool volume for an enirely insulaed pool, wih cover, free from wind and exposed o he sun In case he pool volume is close o he maximum value, he inverer heapump will nearly always run a full power ** Advised pool volume for efficien heaing
UIT Dura Pro Dura Pro 8T Max Pool volume* m 3 6-10 90-169 Advised Pool volume m 3 7 Operaing air emperaure C -1 ~ 3 Air 7 C / Waer 6 C / Humidiy 80% Heaing Capaciy kw,7 -, 6,7-8,3 Bu 19380-880 780-960 Consumed power kw 0,6 -,8 0, -,7 COP 1,39 -,0 1,1 -,08 Air 1 C / Waer 6 C / Humidiy 70% Heaing Capaciy kw,68-19,9,6-3,3 Bu 191-67660 186-790 Consumed power kw 0,7 -,7 0,83 -,9 COP 6, -, 6,8 -, Air 10 C / Waer 6 C / Humidiy 6% Heaing Capaciy kw, - 17,8,9-0,8 Bu 180-600 16660-7070 Consumed power kw 0,7 -, 0,87 -,1 COP,6 -,0,63 -,08 Power supply 30V / 0Hz 380-00V (3Phase) ominal Heaing Capaciy kw 1,3 16,6 ominal power inpu kw,1,6 Max power inpu kw, 6,7 ominal unning curren A 9,1,6 Curren range A - 0,9 1,13-9,9 Max Curren A,09 11, Compressor quaniy 1 1 Compressor ype oary oary efrigeran 10A Fan quaniy Fan power inpu W 00 00 Fan roary speed PM 00-800 00-800 Fan direcion Horizonal Horizonal oise db(a) 6 8 Waer connecion mm 0 0 ominal waer flow m 3 /h 8,6 10 Waer pressure drop (max) kpa 11 1 Uni ne dimensions (*W*H) mm 1163*7*17 1163*7*17 Uni shipping dimensions (*W*H) mm 110*9*1300 110*9*1300 e weigh kg 110 110 Shipping weigh kg 1 1 * Advised pool volume for an enirely insulaed pool, wih cover, free from wind and exposed o he sun In case he pool volume is close o he maximum value, he inverer heapump will nearly always run a full power ** Advised pool volume for efficien heaing
. Dimensions DUA Pro 1 H W 1003 mm 767 mm 10 mm DUA Pro 17 / 1 A Dura Pro 17 Dura Pro 1 00 70 H W 1117 mm 868 mm 7 mm 6
DUA Pro / 8T H W 1163 mm 17 mm 70 mm 7
3. Insallaion and Connecion 3.1 Hea Pump ocaion The uni will perform well in any oudoor locaion provided ha he following hree facors are presened: 1. Fresh Air -. Elecriciy - 3. Pool filer piping The uni may be insalled virually anywhere oudoors. For indoor pools please consul he supplier. Unlike a gas heaer, i has no draf or pilo ligh problem in a windy area. DO OT place he uni in an enclosed area wih a limied air volume, where he unis discharge air will be re-circulaed. DO OT place he uni o shrubs which can block air inle. These locaions deny he uni of a coninuous source of fresh air which reduces is efficiency and may preven adequae hea delivery. 3. How Close To Your Pool? ormally, he pool hea pump is insalled wihin 7. meers of he pool. The longer he disance from he pool, he greaer he hea loss from he piping. For he mos par,he piping is buried. Therefore, he hea loss is minimal for runs of up o1 meers(1 meers o and from he pump = 30 meers oal), unless he ground is we or he waer able is high. A very rough esimae of hea loss per 30 meers is 0.6 kw-hour,(000btu) for every C difference in emperaure beween he pool waer and he ground surrounding he pipe, which ranslaes o abou 3% o % increase in run ime. 8
3.3 Insallaion illusraion emarks: The facory only provides he hea pump. Oher pars, including a coningen by-pass are o be provided by he user or insaller. Aenion: Please ake he following seps when insalling he hea pump: 1. Each addiion of chemicals has o be performed hrough he conduis locaed AFTE he hea pump.. Insall a by-pass for easy mainenance 3. Always place he hea pump on a solid base and use he supplied silen blocks in order o avoid vibraions and noise.. Always keep he hea pump in uprigh posiion. If he uni has been iled, you should wai for a leas hours before urning i on. 3. Insallaion of a check valve When using auomaic chlorine and ph dosage sysems, i is of uermos imporance o proec he hea pump from high concenraions of hese chemicals ha could corrode he hea exchanger Therefore, such sysems should add he chemicals in he conduis locaed DOWSTEAM of he hea pump and i is recommended o insall a check-valve in order o preven backflow when here is no waer circulaion. Damage o he hea pump caused by disregarding any of hese recommendaions will invalidae he warrany. 9
3. Elecrical Wiring Imporan - Alhough he hea pump is elecrically isolaed from he res of he uni, his only prevens he passage of elecriciy o or from he pool waer. Grounding he uni is sill required o proec yourself from shor circuis inside he uni. Make for adequae ground connecion. Check if he elecrical mains volage corresponds wih he operaing volage of he hea pump prior o hooking up he uni. I is recommended o use a separae fuse (C-curve) as well as adequae wiring (see able below). Connec he elecrical wires wih he erminal block labelled TO POWE SUPPY. ex o his connecion, here is a second erminal block labelled TO PUMP, o which he filer pump (max. A/0V) or an elecrical relay for a filraion pump can be conneced. This connecion makes i possible o conrol filer pump operaion wih he hea pump. Model Volage (V) Fuse (C-curve) Max curren (A) Cable secion* DUA Pro 1 0-0V 0 13, mm DUA Pro 17 0-0V 0 13,96, mm DUA Pro 1 0-0V 3 1,17 mm DUA Pro 0-0V 3,09 mm DUA Pro 8T 3x 00V 3 (3 phase) 11,, mm * For a maximum cable lengh of 0m 3.6 Iniial sarup of he Uni OTE- In order for he uni o hea he pool or spa, he filer pump mus be running o circulae waer hrough he hea exchanger. Sar up Procedure - Afer insallaion is compleed, you should follow hese seps: 1. Turn on your filer pump. Check for waer leaks and verify flow o and from he pool.. Turn on he elecrical power supply o he heapump, hen press he key O/OFF of wire conroller, I should sar in several seconds. 3. Afer running a few minues make sure he air leaving he fan opening of he uni is cooler (beween -10 C). Wih he uni operaing urn he filer pump off. The uni should also urn off auomaically,. Allow he uni and pool pump o run hours per day unil desired pool waer emperaure is reached. When he desired pool waer emperaure reaches he seing, he uni jus shus off. The uni will now auomaically resar (as long as your filer pump is running) when he pool emperaure drops more han C below se emperaure. Time Delay- The uni is equipped wih a 3 minue buil-in solid sae resar delay included o proec conrol circui componens and o eliminae resar cycling and conacor chaer. This ime delay will auomaically resar he uni approximaely 3 minues afer each conrol circui inerrupion. Even a brief power inerrupion will acivae he solid sae 3 minue resar delay and preven he uni from saring unil he minue coundown is compleed. Power inerrupions during he delay period will have no effec on he 3 minue coundown. 10
3.7 Condensaion Since he Hea pump cools down he air abou C, waer may condense on he fins of he evaporaor. If he relaive humidiy is very high, his could be as much as several liers an hour. The waer will run down he fins ino he base pan and drain ou hrough he barbed plasic condensaion drain fiing on he side of he base pan. This fiing is designed o accep 0mm clear vinyl ubing which can be pushed on by hand and run o a suiable drain. I is easy o misake he condensaion for a waer leak inside he uni. TIP: A quick way o verify ha he waer is condensaion is o shu off he uni and keep he pool pump running. If he waer sops running ou of he base pan, i is condensaion. A EVE QUICKE WAY IS TO TEST THE DAI WATE FO CHOIE - if here is no chlorine presen, hen i s condensaion. 11
. Operaion and Use.1 Display inerface inroducion 1. Main inerface 8 9 1 3 6 7. Buon descripion O. ame buon funcion 1 O/OFF Sar/Sop he uni ock screen ocks he screen 3 Parameers Acces o parameers Clock seings - Se he dae & ime - Acivae imers Error codes View error code hisory 6 Silen seings - Press o acivae silen funcion - Se iming ow speed funcion 7 Mode Mode swich inerface 8 Saisics View emperaure and power curve 9 Waer emperaure Mode seings and arge emp seing inerface 1
. Buon funcions 1. O/OFF Wih he O/OFF buon, he heapump is urned O or OFF (sand-by saus). OCK SCEE Press his buon o lock he screen To unlock: press he lock buon and ener he code 3. PAAMES /A. COCK STIGS In he main inerface, ap on he clock Seings buon 3, inerface displays as follows: Seing he ime ap on he Time Seings buon (1), hen he following menu pops up: Tap he value o se ime direcly, he ap he Ener buon o save he Seings. For example: seup ime: he 0--016 1:00:00, inpu 1 00 00 0 16 oe: if he inpu forma is no correc, he seing can no be saved by apping Ener. 13
Seing/acivaing he Timers Tap he TIME se buon (), o ener he imer menu O ame Buon color Buon funcion 1 TIME STAT Acivaed: Green o acivaed: Grey Tap his buon o acivae/deacivae he STAT imer Sar ime Se Sar ime 3 TIME ED Acivaed: ed o acivaed: Grey Tap his buon o acivae/deacivae he ED imer End ime Se End ime For example above: wihou acion, 00:00 o clock and 01:00 o clock will be he on and off ime of iming seings.. EO CODES See secion.3 6. SI STIGS In he main screen, ap he silen seings buon A pop-up appears wih icons: 1
Direc silen mode Tap he Direc silen buon (1), he uni will ener silen mode direcly. The displays shows a fan icon wih 3 blades o indicae ha he silen mode is acive Tap he silen buon again, o exi he silen mode. Timed silen mode Tap he Timed silen buon () The displays shows a menu wih imer seings o acivae/deacivae he silen mode O ame Buon color Buon funcion 1 3 Timer SI OFF Timer SI O Acivaed: ed o acivaed: Grey Acivaed: Green o acivaed: Grey Sar ime Se sar ime End ime Se end ime Tap o acivae/deacivae he ED imer Tap o acivae/deacivae he STAT imer For example above, Tap O o use he Timed silen mode he uni will sar he silen mode a 3:00h and end a 08:00h oe: If he uni is running in silen mode, and he OFF buon (1) is apped, hen he uni will exi silen mode immediaely 1
7. MODE In he main screen, ap he Mode buon. A new menu will pop up: 1) Cooling mode ) Auomaic heaing/cooling mode 3) Heaing mode ) Se desired swimming pool emperaure 8. STATISTICS In he main screen, ap he Saisics buon. A new menu will pop up. The emperaure curve auomaically updaes every hour, and he curve record can be sored for 60 days 9. WATE TEMPEATUE Se he desired swimming pool waer emperaure 16
.3 Error codes In he main screen, ap he Error codes buon. A new menu will pop up: If here are no error codes presen, he main display will show a grey riangle logo: When an error occurs, he error icon will flash orange/grey: he sysem will record he ime, code and name of he error. When an error occurs, and you don check he Error code hisory menu, he main inerface will display a saic icon afer a while. If you do check Error code hisory menu, he main inerface will display a saic icon. The Error code hisory meny shows all he error codes in reverse order, wih he mos recen code on op. If you ap he Clean key, you can erase all he codes. 17
. Error code lis Proec/faul Sandby ormal boo Faul display non non eason Eliminaion mehods Inle emp. Sensor failure Oule emp. Sensor failure Coil emp. Sensor failure Ambien emp. sensor failure Sucion emp. sensor failure Exhaus emp. sensor failure High pressure proecion ow pressure proecion Flow failures Sysem ani freezing proecion The primary ani-freezing proecion The secondary ani-freezing Proecion Waer-inle and oule emp P01 P0 P0 P0 P07 P081 E01 E0 E03 E07 E19 E9 E06 The emp. Sensor is broken or shor circui The emp. Sensor is broken or shor circui The emp. Sensor is broken or shor circui The emp. Sensor is broken or shor circui The emp. Sensor is broken or shor circui The emp. Sensor is broken or shor circui The high-presesure swich is broken ow pressure1 proecion o waer/lile waer in waer sysem Waer flow is no enough The ambien emp. Is low The ambien emp. Is low Waer flow is no enough and low differenial pressure Check or change he emp. Sensor Check or change he emp. Sensor Check or change he emp. Sensor Check or change he emp. Sensor Check or change he emp. Sensor Check or change he emp. Sensor Check he pressure swich and cold circui Check he pressure swich and cold circui Check he pipe waer flow and waer pump Check he pipe waer flow and wheher he waer sysem is jammed or no Check he pipe waer flow and wheher he waer sysem is jammed or no ow emperaure proecion non The environmen emp. is low Compressor oo much elecriciy proecion Exhaus Temp. Of sysem is oo high Communicaion failure E01 P08 E08 The compressor is overload The compressor is overload Communicaion failure beween wire conroller and main board Check wheher he sysem of he compressor is running normally Check wheher he sysem of he compressor is running normally Check he wire connecion beween remoe wire conroller and main board 18
Proecion/faul MOP drive alarm Frequency conversion board offline IPM modular proecion Faul display F01 F0 F03 eason MOP drive alarm Frequency conversion board and main board communicaion failure IPM modular proecion Eliminaion mehods ecovery afer he 10s Check he communicaion connecion ecovery afer he 10s Compressor sar-up failure Dc fan faul IPM Inpu curren is large proecion Dc volage is large Dc volage is no enough Inpu volage is no enough Inpu volage is large Volage sampling faul F0 F0 F06 F07 F08 F09 F10 F11 ack of phase, sep or drive hardware damage Moor curren feedback open circui or shor circui IPM Inpu curren is large DC bus volage>dc bus over-volage proecion value DC bus volage<dc bus over-volage proecion value The inpu volage is low, causing he inpu curren is high The inpu volage is oo high, more han ouage proecion curren MS The inpu volage sampling faul Check he measuring volage check frequency conversion board hardware Check wheher curren reurn wires conneced moor, Check and adjus he curren measuremen Check he inpu volage measuremen Check he inpu volage measuremen Check he inpu volage measuremen Check he inpu volage measuremen Check and adjus he curren measuremen DSP and PFC connec faul F1 DSP and PFC connec faul Check he communicaion connecion DSO and SPPB connec faul F13 DSO and SPPB connec faul Check he communicaion connecion DSP and MCU connec faul F1 DSP and MCU connec faul Check he communicaion connecion IPM overheaing proecion Weak magneic field proecion The inpu volage los phase IPM sampling elecriciy adiaor emperaure sensor faul Transducer overheaing proecion Transducer overheaing alarm Compressor elecriciy large proecion Inpu curren oo large alarm EEPOM error alarm F1 F16 F17 F18 F19 F0 F F3 F F The IPM module is overhea Compressor magneic force is no enough The inpu volage los phase IPM sampling elecriciy is faul Sensor is shor circui or open circui The ransducer is overhea Transducer emperaure is oo high Compressor elecriciy is large Inpu curren is oo large MCU error Check and adjus he curren measuremen Check and measure he volage adjusmen Check and adjus he curren measuremen Inspec and replace he sensor Check and adjus he curren measuremen Check and adjus he curren measuremen The compressor over-curren proecion Check and adjus he curren measuremen Check wheher he chip is damaged eplace he chip 19
. Wiring diagrams.1 Wire conrol inerface diagram and definiion V T A B G Terminal V T A B G Funcion 1V power + o used o used 8A 8B (power -). Conroller inerface diagram and definiion 1 3 01 6 7 8 V V K 1 3 0 6 7 8 K K 3 BU P 1 TO POWE TO SUPPY PUMP 0-0V~/0Hz TC V AT:Ambien emperaure COMP:Compressor CT:Coil emperaure EEV:Elecronic expand valve :Exhaus emperaure FM:Fan moor :Flow swich HP:High pressure proecion IT:Inle waer emperaure K:elay of pump P:ow pressure proecion OT:Oule waer emperaure SUT:Sucion emperaure TC:Transformer V: way valve EEV C7 C9 J +1V +V 0~10V-OUT PWM-OUT OUT PWM-I 0~V-I OUT AI1 AI/DI11 OUT3 AI/DI10 AI/DI09 OUT Y1 C C8 8B1 8A1 +1V 8B 8A +1V AI/DI08 AI/DI07 AI/DI06 AI/DI0 AI/DI0 AI/DI03 AI/DI0 AI/DI01 BK WHT AC-1 Pressure sensor (SUT) 0K AT AT K CT CT OT OT IT IT SUT SUT HP HP P P K AT CT K OT K K IT SUT HP P YE BK BK YE WHT YE 8B- emoe O/OFF WHT 8A+ BK 1V Conroller : FM DCFA1 A B 1V BK WHT U V W V U W COMP 0
1 3 01 6 7 8 V V K 1 3 0 6 7 8 K K BU P 1 TO POWE TO SUPPY PUMP 0-0V~/0Hz TC V AT:Ambien emperaure COMP:Compressor CT:Coil emperaure EEV:Elecronic expand valve EP:Exhaus proecion :Exhaus emperaure FM:Fan moor :Flow swich HP:High pressure proecion IT:Inle waer emperaure K:elay of pump P:ow pressure proecion OT:Oule waer emperaure SUT:Sucion emperaure TC:Transformer V: way valve EEV C7 C9 J +1V +V 0~10V-OUT AC-1 PWM-OUT OUT PWM-I 0~V-I OUT AI1 AI/DI11 OUT3 AI/DI10 AI/DI09 OUT Y1 C 3 C8 8B1 8A1 1V 8B 8A 1V AI/DI08 AI/DI07 AI/DI06 AI/DI0 AI/DI0 AI/DI03 AI/DI0 AI/DI01 BK WHT Pressure sensor (SUT) 1 0K 1 3 EP EP EP K AT AT K CT CT K OT OT K IT IT K SUT SUT HP HP P P AT CT OT IT SUT HP P YE BK BK YE WHT YE 8B- WHT 8A+ BK 1V Conroller : FM DCFA1 A B 1V BK WHT U V W V U W COMP 1 3 01 6 7 8 V V K 1 3 0 6 7 8 K K BU P 1 TO POWE TO SUPPY PUMP 0-0V~/0Hz TC V AT:Ambien emperaure COMP:Compressor CT:Coil emperaure EEV:Elecronic expand valve :Exhaus emperaure FM:Fan moor :Flow swich HP:High pressure proecion IT:Inle waer emperaure K:elay of pump P:ow pressure proecion OT:Oule waer emperaure SUT:Sucion emperaure TC:Transformer V: way valve Dura Pro 1 EEV C7 C9 J +1V +V 0~10V-OUT AC-1 PWM-OUT OUT PWM-I 0~V-I OUT AI1 AI/DI11 OUT3 AI/DI10 AI/DI09 OUT Y1 C 3 C8 8B1 8A1 1V 8B 8A 1V AI/DI08 AI/DI07 AI/DI06 AI/DI0 AI/DI0 AI/DI03 AI/DI0 AI/DI01 BK WHT Pressure sensor (SUT) 0K AT AT K CT CT OT OT IT IT SUT SUT HP HP P P K AT CT K OT K K IT SUT HP P YE BK BK YE WHT YE 8B- emoe O/OFF WHT 8A+ BK 1V Conroller : FM CO1 A B 1V U V W V U W COMP 1
C7 C9 J +1V +V 0~10V-OUT PWM-OUT OUT PWM-I 0~V-I OUT AI1 AI/DI11 OUT3 AI/DI10 AI/DI09 OUT Y1 C 3 1 3 01 6 7 8 V V K K K BU P 1 TO POWE TO SUPPY PUMP 0-0V~/0Hz TC V AT:Ambien emperaure COMP:Compressor CT:Coil emperaure EEV:Elecronic expand valve :Exhaus emperaure FM:Fan moor :Flow swich HP:High pressure proecion IT:Inle waer emperaure K:elay of pump P:ow pressure proecion OT:Oule waer emperaure SUT:Sucion emperaure TC:Transformer V: way valve Dura Pro EEV C8 8B1 8A1 +1V 8B 8A +1V AI/DI08 AI/DI07 AI/DI06 AI/DI0 AI/DI0 AI/DI03 AI/DI0 AI/DI01 BK WHT AC-1 egaive pressure sensor 0K AT AT K CT CT OT OT IT IT SUT SUT HP HP P P K AT CT K OT K K IT SUT HP P BK YE WHT emoe O/OFF YE BK YE 8B- WHT 8A+ BK 1V Conroller : FM1 FM CO1 CO A B 1V U V W V U W COMP BK S T WHT BU S T S T TO POWE SUPPY 380-1V/3~/0Hz P TO PUMP V AT:Ambien emperaure COMP:Compressor CT:Coil emperaure EEV:Elecronic expand valve :Exhaus emperaure FM:Fan moor :Flow swich HP:High pressure proecion IT:Inle waer emperaure K:elay of pump P:ow pressure proecion OT:Oule waer emperaure SUT:Sucion emperaure TC:Transformer V: way valve F AC AC 3 1 Dura Pro 8T FM1 1 C1 K 1 3 FM 01 6 C Z10 Y/G BU PS1 PS (WHT) (BK) () TP TP1 B 7 8 TC B V 3 1 6 7 8 BK Pressure sensor (SUT) Y/G BU Y/G BU B WHT 3 Y/G Y/G BU 3 BU B B Deecor EEV C7 C9 J +1V +V 0~10V-OUT AC-1 PWM-OUT 1 3 OUT PWM-I 0~V-I OUT AI1 AI/DI11 V OUT3 AI/DI10 AI/DI09 OUT 3 Y1 C C8 8B1 8A1 1V 8B 8A 1V AI/DI08 AI/DI07 AI/DI06 AI/DI0 AI/DI0 AI/DI03 AI/DI0 AI/DI01 1 3 0K 0 V 6 V F 6.8K V V V 7 8 K AT AT K CT CT K OT OT K IT IT AT K K CT OT SUT HP HP P P SUT K IT SUT HP P : T T S C B A EMI PE 3 1 S YE BK BK YE WHT BK YE 8B- emoe O/OFF WHT 8A+ 3 1V Conroller S A B C A B 1V T C C C3 C C3 U V W V U W COMP
6. Mainenance and Inspecion Check he waer inle and drainage ofen. The waer and air inflow ino he sysem should be sufficien so ha is performance and reliabiliy does no ge compromised. You should clean he pool filer regularly o avoid damage o he uni caused by clogging of he filer. The area around he uni should be spacious and well venilaed. Clean he sides of he hea pump regularly o mainain good hea exchange and o save energy. Check if all processes in he uni are operaional and pay special aenion o he operaion pressure of he refrigeran sysem. Check he power supply and cable connecions regularly. Should he uni begin o funcion abnormally or should you noice a smell from an elecrical componen, arrange for imely repair or replacemen. Winerizing : make sure o purge all he waer from he hea pump and oher sysems in order o preven fros damage. You should also purge he waer if he uni will no work for an exended period of ime. You should check all pars of he uni horoughly and compleely fill he sysem wih waer before urning i on again aferwards. 3
7. Appendix 7.1 Cauion & Warning 1. The uni can only be repaired by qualified insaller cener personnel or an auhorised dealer.. This appliance is no inended for use by persons (including children) wih reduced physical sensory or menal capabiliies, or lack of experience and knowledge, unless hey have been given supervision or insrucion concerning use of he appliance by a person responsible for heir safey. (for Europe marke) Children should be supervised o ensure ha hey do no play wih he appliance. 3. Please make sure ha he uni and power connecion have good earhing, oherwise may cause elecrical shock.. If he supply cord is damaged, i mus be replaced by he manufacurer or our service agen or similarly qualified person in order o avoid a hazard.. Direcive 00/96/EC (WEEE): The symbol depicing a crossed-ou wase bin ha is underneah he appliance indicaes ha his produc, a he end of is useful life, mus be handled separaely from domesic wase, mus be aken o a recycling cener for elecric and elecronic devices or handed back o he dealer when purchasing an equivalen appliance. 6. Direcive 00/9/EC (ohs): This produc is complian wih direcive 00/9/EC (ohs) concerning resricions for he use of harmful subsances in elecric and elecronic devices. 7. The uni CAOT be insalled near he flammable gas. Once here is any leakage of he gas, fire can be occur. 8. Make sure ha here is a circui breaker for he uni, lack of a circui breaker can lead o elecrical shock or fire. 9. The hea pump is equipped wih an over-load proecion sysem. I does no allow for he uni o sar for a leas 3 minues from a previous soppage. 10. Insallaion mus be performed in accordance wih he EC/CEC by auhorized person only. (for orh America marke) 11. USE SUPPY WIES SUITABE FO 7 C. 1. Cauion: Single wall hea exchanger, no suiable for poable waer connecion.
7. Warrany EXTEDED WAATY Thank you for purchasing our hea pump. We warran all pars o be free from manufacuring defecs in maerials and workmanship for a period of THEE years from he dae of reail purchase. IMITED WAATY This warrany is limied o he firs reail purchaser, is no ransferable, and does no apply o producs ha have been moved from heir original insallaion sies. The liabiliy of he Manufacurer shall no exceed he repair or replacemen of defecive pars and does no include any coss for labour o remove and reinsall he defecive par, ransporaion o or from he facory, and any oher maerials required o make he repair. This warrany does no cover failures or malfuncions resuling from he following: 1. Failure o properly insall, operae or mainain he produc in accordance wih our published Insallaion & Insrucion Manual provided wih he produc.. The workmanship of any insaller of he produc. 3. o mainaining a proper chemical balance in your pool [ph level beween 7,0 and 7,8. Toal Alkaliniy (TA) beween 80 o 10 ppm. Free Chlorine beween 0, 1,mg/l. Toal Dissolved Solids (TDS) less han 100 ppm. Sal maximum 8g/l]. Abuse, aleraion, acciden, fire, flood, lighning, rodens, insecs, negligence or acs of Gods.. Scaling, freezing or oher condiions causing inadequae waer circulaion. 6. Operaing he produc a waer flow raes ouside he published minimum and maximum specificaions. 7. Use of non-facory auhorized pars or accessories in conjuncion wih he produc. 8. Chemical conaminaion of combusion air or improper use of saniizing chemicals, such as inroducing saniizing chemicals upsream of he heaer and cleaner hose or hrough he skimmer. 9. Overheaing, incorrec wire runs, improper elecrical supply, collaeral damage caused by failure of O-rings, DE grids or carridge elemens, or damage caused by running he pump wih insufficien quaniies of waer. IMITATIO OF IABIITY This is he only warrany given by Manufacurer. o one is auhorized o make any oher warranies on our behalf. THIS WAATY IS I IEU OF A OTHE WAATIES, EXPESSED O IMPIED, ICUDIG BUT OT IMITED TO AY IMPIED WAATY OF FITESS FO A PATIC- UA PUPOSE AD MECHATABIITY. WE EXPESSY DISCAIM AD EXCUDE AY IABIITY FO COSEQUIA, ICIDA, IDIECT O PUITIVE DAMAGES FO BEACH OF AY EXPESSED O IMPIED WAATY. This warrany gives you specific legal righs, which may vary, by counry. WAATY CAIMS For promp warrany consideraion, conac your dealer and provide he following informaion: proof of purchase, model number, serial number and dae of insallaion. The insaller will conac he facory for insrucions regarding he claim and o deermine he locaion of he neares service cener. All reurned pars mus have a eurn Maerial Auhorizaion number o be evaluaed under he erms of his warrany.
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Conac deails Propulsion Sysems bvba Dooren 7 178 Merchem, Belgium Tel +3 61 0 3 Fax +3 706 9 60 www.propulsionsysems.be info@propulsionsysems.be hea pumps We reserve he righs o change all or par of he conens of his documen wihou prior noice