E Insallaion and Mainenance guide V80-3P/V130-3P/V20-3P Rev. 201.1
Preface Congraulaions on your purchase of a pool hea pump from Gullberg & Jansson AB. We hope i mees your expecaions and provides you wih many years of energy efficien heaing. In his Insallaion and Mainenance Guide you can read how insallaion, operaion, service and mainenance are o be performed o ensure correc funcion. I is herefore imporan ha you read hrough he manual carefully before saring or serving he uni. Gullberg & Jansson can no be held responsible for damage resuling from incorrec insallaion, incorrec faul racing or incorrec mainenance. Yours sincerely, Gullberg & Jansson AB FOR YOUR OW RECORDS Please complee he deails below. Keep hese close o hand should anyhing happen. Produc: Insalled by: Telephone: Serial number: Dae of insallaion:! The proof of insallaion for regisraion a Gullberg & Jansson AB is enclosed wih he insallaion. I is imporan ha his is compleed and posed a he earlies possible dae! Subjec o possible misprins and design aleraions. Gullberg & Jansson AB is no responsible for misinerpreaions, any obvious misprins and consequences resuling from hese.
Table of conens General informaion Produc descripion 4 Funcional principle 4 Componen par and accessories Imporan informaion Transpor and sorage Insallaion Use and operaion Mainenance procedures Service and suppor Checklis insallaion 6 Guaranee condiions 6 Safey Regulaions 6 Insallaion Ouline diagram 7 Posiioning he uni 7 Se up 7 Leading off condensaion waer 8 Pipe connecions 8 Bypass coupling 8 Inerconnecion of muliple unis 8 Elecrical insallaion 9 Saring up he uni 9 Mainenance, service and faul racing Winer drainage 13 Mainenance 13 Faul racing 13 Error code able 13 Faul charing able 14 Technical specificaion Connecion key PC4001 1 V80-3P/V130-3P 16 Wiring diagram 16 Technical daa 17 Dimensions and connecions 17 V20-3P 18 Wiring diagram 18 Technical daa 19 Dimensions and connecions 19 Use and operaion LCD display 10 Sar screen 10 Temperaure seing 10 Main menu 11 Temperaure values 11 Digial inpus 11 Relay oupus 11 Abou he sofware 11 Seing ime and dae 12 Error messages 12
1 General informaion This chaper provides background informaion abou he pool hea pumps covered in his Insallaion and Mainenance Guide. Imporan informaion, guaranee condiions and safey insrucions are also presened here. This chaper is inended for boh users and insallaion engineers. Produc descripion The models V80-3P/V130-3P/V20-3P are a range of specifically developed air/waer hea pumps designed for energy efficien heaing of swimming pools or spa faciliies. The models have been developed and designed for he ordic climae. The pool hea pumps are designed o work wih good efficiency and a low noise level. All models feaure: Tianium hea exchangers resisan o chlorine and sal waer Environmenally friendly and effecive refrigeran (R410a) Digial LED conrol Dynamic defros funcion Buil-in flow swich Union or flanged connecions depending on model Funcional principle The pool hea pumps are V80-3P/V130-3P/V20-3P primarily used for heaing, bu can also be used for cooling. The models are conrolled via a flow swich and in order o work he pool s circulaion pump mus be running. The pool hea pump works wih he greaes energy efficiency when here are small differences in emperaure beween he inle and oule. The recommendaion is 1-2 degrees difference beween he inle and oule. The waer flow is regulaed via a bypass coupling. Read more abou he bypass coupling in secion 2 Insallaion. All models are developed o guaranee good efficiency in he ordic climae. However, i is imporan o be aware ha he degree of efficiency is dependen on he surrounding oudoor emperaure and he emperaure of he pool waer. The hea pump can be seen o perform wih differen efficiency during differen pars of he year depending on he oudoor condiions. A he sar of he season, when he waer in he pool is cold, he hea pump needs o work coninuously for a long period o produce he righ emperaure in he pool. When he pool waer has reached he required emperaure, he hea pump auomaically sops and sars as required. I is always cos-effecive o cover he pool when no in use, especially a nigh. Approximaely 60 70 % of he hea disappears from he waer surface of he pool. Covering also reduces he hea pump s running ime. The hea pump mus always be insalled ouside as i draws is energy from he surrounding air. I mus be well venilaed and mus no be enclosed or in any oher way shielded so he air circulaion is impaired. The circulaion of he air beween he inake and exhaus impairs efficiency Fros or ice can form on he hea pump s evaporaor. This is compleely normal. An auomaic defrosing cycle will sar o mel he ice. Afer he defrosing cycle he hea pump sars is sandard program and coninues o hea he pool. The swimming pool hea pump normal working condiion is beween and 40 C ambien emperaure and beween 1 and 40 C inle waer emperaure. Chlorinaor POOL Sand filer Refer o he labels on he uni before connecing he inle and oule. Circulaion pump 4
General informaion Componen par and accessories 1. Main uni V80-3P/V130-3P/V20-3P 2. Insallaion accessories Insallaion insrucions LCD display wih 20 meres of cabling Union couplings (V80-3P/V130-3P only) Damping rubber blocks (V80-3P/V130-3P only)! Insallaion maerial is enclosed inside he machine. Open he cover and remove he maerial before insallaion. oe ha he insallaion engineer provides pipes and he bypass coupling for he insallaion. Imporan informaion You can read abou some especially imporan poins concerning ranspor and sorage, insallaion, usage, mainenance and faul racing below. Transpor and sorage Models designed o be ranspored verically mus be ranspored in his way. This is because he suspension inside he compressor can be damaged if he uni is laid down. If he hea pump is iled during insallaion or draining his should be done wih care and for he shores ime possible. The original packaging is inended o be used o reduce he risk of ranspor damage. Insallaion The pool hea pump mus be insalled by a qualified insallaion engineer and placed oudoors. The uni mus sand firmly, sraigh and raised from ground level. Provide a firm and fla surface. oise propagaion mus be aken ino consideraion when posiioning during insallaion. Posiioning of he uni mus be done so ha noise from he compressor and fan disurb he environmen as lile as possible. In a combinaion involving solar collecors, you should ensure ha ho solar collecor waer does no flow direcly o he pool hea pump. If he solar collecor waer becomes oo ho you risk damaging he hea pump beyond repair. Use and operaion The parameers on he display are se a he facory and do normally no need o be adjused. The emperaure is se o 27 C. If you wish o increase he emperaure, check firs o ensure ha your wishes of a high emperaure do no conravene any guaranees concerning he general pool consrucion. Mainenance procedures Perform regular checks o ensure ha he inle grille is no blocked by leaves, snow, ec. In addiion, make sure ha excessive fros or ice does no build up below he uni during cold weaher condiions. The ouer case can be cleaned using a damp cloh if necessary. Take care no o scrach he uni. If he pool hea pump should be ou of service over he winer, i is imporan o drain he uni of waer. The guaranee does no cover damage due o freezing on accoun of insufficien mainenance. The hea exchanger can also be flushed ou o remove any remaining deposis ahead of winer drainage. Read more abou drainage in secion 4 - Mainenance, service and faul racing. Service and suppor The pool hea pumps are designed for reliable operaion and a long life. If a faul should occur you are advised o conac he insallaion engineer who carried ou he insallaion. Always specify he produc serial number, which you will find under he raing plae on he long side of he hea pump. A basic guide o faul racing is presened in secion 4 - Mainenance, service and faul racing. The uni may only be repaired by a qualified insallaion engineer or an accredied workshop. Original spare pars mus be used for repairs. Large amouns of mel and condensaion waer can be discharged during defrosing and operaion. Consequenly, i is imporan o provide good drainage and run-off. The unis mus sand freely so ha air is no prevened o pass he evaporaor. Avoid a placemen ha produces cold air circulaion as his reduces he oupu of he hea pump.
General informaion Checklis insallaion The following checklis provides a general descripion of how he insallaion is carried ou. Place he hea pump on a firm and horizonal surface. Open he service hach and remove he enclosed insallaion ki. Ensure ha all componen pars have been delivered. Roue he pipes for incoming and ougoing waer. Exercise care o ensure he inle and oule are insalled correcly. Moun he hea pump afer he sand filer. Insall a bypass for regulaing he righ parial flow for he pool hea pump. Connec he elecriciy. Energise and check he seings. Pu in operaion and adjus he flow o he pool hea pump o he righ level. Read more abou sar up in secion 2 under he heading Saring up he uni. Guaranee condiions The componen pars of he sysem mus be ranspored, sored and insalled in accordance wih he provisions se ou in he manual. Repairs mus be carried ou by a qualified engineer. Original pars mus be used for repairs. The guaranee becomes void if he condiions above are violaed. Safey Regulaions I is especially imporan o ake ino accoun he following safey insrucions when handling, insalling and using he hea pump: Only qualified persons may work on he produc s cooling sysem. Always disconnec he power supply before working on he sysem. 6
2 Insallaion A comprehensive insallaion descripion is provided in his chaper. This chaper is primarily inended for insallaion engineers, bu can also be read by he end user o increase his/her knowledge. Ouline diagram Chlorinaor POOL Refer o he labels on he uni before connecing he inle and oule. Sand filer Circulaion pump Posiioning he uni The pool hea pump will work ideally under he following condiions: Access o fresh air Correc elecrical insallaion Clean pool filer and correc pipe rouing In principle he pool hea pump can be placed anywhere oudoors. However, do no place he pool hea pump enclosed wih resriced access o he air inake and air exhaus (see he figure below). A srucure wih a roof is no necessary. 2000 mm Se up The pool hea pump mus be placed on a firm, horizonal base and should no be placed nex o or be insalled wih brackes on sensiive walls wih a lighweigh srucure. The uni mus be placed so ha noise from he compressor and fan disurb he surroundings as lile as possible. The uni mus sand firmly, sraigh and raised from ground level. Ensure a firm and fla surface is provided. Large amouns of mel and condensaion waer can be discharged during defrosing and operaion. Consequenly, i is imporan o provide good drainage and run-off. The oudoor secion mus be placed so ha he air supply o he evaporaor coil is sufficien. Oherwise he power oupu and efficiency will be impaired. Air inake 1000 mm Air inake 1000 mm 7
Insallaion Leading off condensaion waer Oudoor air is cooled in he evaporaor by approximaely -10 degrees. The waer vapour hen condenses on he evaporaor coil fins. If he air humidiy is high his can resul in many lires of waer per hour. The condense waer is discharged hrough an oule on he shor side. I is imporan o consider he posiion of he uni so ha he condense waer can be led off correcly.! Do no confuse condense waer for waer leakage! If he display shows E03, his means ha he flow in he sysem is oo low, and ha he bypass valve may need o be closed igher, or ha he oal flow of he purificaion sysem is oo low. Bypass valve Pipe connecions The pool hea pump is conneced o he pool s circulaion sysem wih he help of he supplied 63 mm union couplings (applies o V80-3P/V130-3P). Screw connecions o he hea exchanger mus be ighened by hand. V20-3P has DI110 flange connecions wih seals and blind flanges on delivery. A bypass coupling should be fied o enable seing of he correc parial flow o he pool hea pump. Bypass coupling We recommend ha a bypass coupling is fied o all insallaions in order o adjus he righ parial flow o he pool hea pump. Firs open all he valves o simplify adjusmen of he bypass. Inerconnecion of muliple unis In order o save energy, i is recommended ha several unis work ogeher in parallel. In doing so, opimal use is made of he hea pumps. Series connecion is also possible, bu is only recommended in cases where resricions in he sysem in general do no allow parallel connecion. See he figure below for he insallaion principle. Adjusing he bypass 1. Open all he valves 2. Check he incoming and ougoing waer emperaure, see Secion 3. a. If here is no difference in emperaure, gradually close he supply valve unil he difference is beween 1 and 2 degrees. b. If he difference is above 2 degrees, gradually close he bypass valve unil he difference is beween 1-2 degrees Sand filer Circulaion pump Swimming pool Chlorinaor 1 2 3 Parallel coupling of muliple unis 8
Insallaion Elecrical insallaion The elecrical connecion is made o he pool hea pump s juncion box locaed behind he fron panel. A safey swich mus be locaed visibly on he uni. The working swich proecs agains uninenional saring, for example, when servicing he uni. The uni mus be conneced o earh in order o achieve adequae earhing proecion. There is an addiional connecion on he erminal block, To Pump. This connecion can be used if you wish o connec a separae circulaion pump o he pool hea pump. See he wiring diagram in secion for more deailed informaion abou he elecrical connecion.! When connecing 3-phase unis, make sure ha he phases are in correc order or he machine won sar. If he machine won sar a he firs seup, please swap wo phases around and he machine will sar. Saring up he uni In order o hea he pool or spa waer, he pool s circulaion pump mus sar and waer needs o circulae hrough he hea exchanger. The following procedure should be followed when saring he pool hea pump for he firs ime: 1. Sar he pool s circulaion pump. Check ha here is a flow o and from he pool hea pump. 2. Swich on he supply volage, press O/OFF on he display and he uni will sar up afer a few seconds. 3. Afer a few minues, check ha emperaures T03 and T04 are lower han T0. 4. Sop he pool s circulaion pump and make sure ha he pool hea pump sops auomaically and displays he error E32. Also check ha he hea pump sars again auomaically when he circulaion pump has resared.. The pool hea pump will only sop when i exceeds he preferred emperaure by 1 degree. The pool hea pump will hen sar again when he emperaure in he pool drops by 1º below he required emperaure. Flow swich: The pool hea pump is equipped wih a flow swich ha prevens saring in he even of insufficien waer flow. Time delay: The uni is fied wih an approximae minue sar delay o preven repeaed resars and compressor wear. Even a brief power failure acivaes he sar delay of minues. 9
3 Use and operaion LCD display A descripion of he LED display is given below. All parameers are se a he facory and do no need o be adjused before sar up. O/OFF - Turns he uni on and off/or o go back hrough menus Menu - Shows Main menu, shows help Clock - Shows he seings for dae and ime - Scroll up - Scroll down M - Confirms selecion, swich operaing mode O: Heaing Inle emp. 26. C Oule emp. 27. C 24/12/2014 18:08 TUE Remember ha he display urns off auomaically afer 60 seconds and is acivaed again by pressing any key. Sar screen OFF: Heaing O: Heaing O: Cooling Inle emp. 26. C Inle emp. 26. C Inle emp. 27. C Oule emp. 26. C Oule emp. 27. C Oule emp. 26. C 24/12/2014 18:08 TUE 24/12/2014 18:08 TUE 24/12/2014 18:08 TUE O: Inle emp. Oule emp. 24/12/2014 18:08 TUE Auomaic 26. C 27. C The sar screen displays he curren operaing mode, and if he uni is OFF or O. To swich beween cooling, heaing and auomaic mode, press M. In order o swich beween on and off, press he O/OFF buon and hold in for a leas 1 second. The sar screen also displays he curren inle and oule emperaure. In addiion, he curren ime and dae can be read a he boom. Temperaure seing Heaing se poin: Cooling se poin: 27.0 C 27.0 C The emperaure is changed by pressing when he sar screen is shown. Save he seings by waiing 10 seconds or by pressing M and sop by briefly pressing O/OFF. To change he desired emperaure in heaing mode, he uni mus be in heaing mode. To change he desired emperaure in cooling mode, he uni mus be in cooling mode. 10
Main menu The main menu is accessed by pressing Menu wice. You hen navigae hrough he menu wih, menu selecions are made wih M, and o reurn o he sar screen, briefly press O/OFF wice Use and operaion Temperaure values Temperaure T01 Inle waer 26. C T09 Sucion 2 11.0 C Swich T02 Oule waer 27. C T10 Exhaus 1 78.0 C Oupu T03 Coil 1 9.0 C T11 Exhaus 2 78.0 C Abou T04 Coil 2 9.0 C T12 Ho waer 17.0 C T0 Ambien 13.0 C T06 Deice 1 17.0 C T07 Deice 2 17.0 C T08 Sucion 1 11.0 C Selec Temperaure and press M o display he curren emperaure values. Digial inpus Temperaure S01 Sysem 1 HP Swich S02 Sysem 2 HP Oupu S03 Sysem 1 LP Abou S04 Sysem 2 LP S0 Phase monior S06 Flow swich S07 Elec. overload S08 Comp.1 overload Selec Swich and press M o display he curren values of he digial inpus. CL CL CL CL CL CL OP OP S09 Comp.2 overload OP S10 Remoe swich CL S11 Mode swich CL S12 Sysem proec CL S13 Waer flow 0m 3 /h S14 Class Maser Relay oupus Temperaure O01 Compressor 1 OFF O09 4-way valve 2 OFF Swich O02 Compressor 2 OFF O10 Exp. valve 1 30 Oupu O03 High fan OFF O11 Exp. valve 2 30 Abou O04 Low fan OFF O0 Circulae pump OFF O06 4-way valve 1 OFF O07 Hea elemen OFF O08 Alarm OFF Selec Oupu and press M o display he curren saus of he relay oupus. Abou he sofware Temperaure Swich Oupu Abou PC4001 version: V1.6 Remoe version: V1. PC4001 checksum: 7F3E Remoe checksum: BD07 Selec Abou and press M o display informaion abou he sofware in he conrol cards and LCD. 11
Use and operaion Seing ime and dae The menu for seing he ime and dae are accessed by pressing Clock once. You hen navigae hrough he menu wih, and he selecion is made wih Clock. The seings are saved by waiing 10 seconds or by pressing Clock and are sopped by briefly pressing O/OFF. To reurn o he sar screen, briefly press O/OFF. Dae: 24/12/2014 Time: 18:08 Week: Tuesday Timer Dae forma Timer zone Daily imer Timer 1 06:30-12:30 Timer 2 06:30-12:30 Timer 3 06:30-12:30 Timer 4 06:30-12:30 Timer zone Daily imer Mon.: Tue.: Wed.: Thu.: Fri.: Sa.: Sun.: OE OE OE OE OE OE OE To se he hea pump s behaviour from day o day, you have he opion of, depending on he day of he week, indicaing wheher he hea pump should be O, OFF or conrolled according o Timer1, Timer2, Timer3 or Timer4. OE indicaes ha he imer is off for ha paricular day. Dae: 24/12/2014 Time: 18:08 Week: Tuesday Timer Dae forma DD/MM/YY MM/DD/YY Error messages For any error messages, he applicable error codes are auomaically displayed on screen. To reurn o he sar screen, briefly press O/OFF. If he error persiss, he error message will appear again on screen afer 10 seconds. If here are muliple simulaneous errors, you can view he acual error messages by pressing See examples of error messages below. A complee lis can be found in Secion 4. E03 Waer flow failure P01 Inle waer emp. failure P02 Oule waer emp. failure Failure number: 3 Failure number: 3 Failure number: 3 12
4 Mainenance, service and faul racing Winer drainage I is very imporan o remember o drain he uni in winer if i is ou of service over ha season! The guaranee does no cover damage o he ianium hea exchanger due o freezing! Drainage is made easy by loosening he pipe connecion o he inle and oule pipes, and by opening he connecion o he drain on models where his applies.! In he even of any uncerainy before winer drainage, conac your dealer! An iced-up hea exchanger due o forgoen winer drainage is no covered by he guaranee! Mainenance Check he waer flow regularly. Clean he pool/spa filer regularly o preven breakdowns o he uni. The area surrounding he uni mus provide good drainage and venilaion. Check he power supply and cable connecions regularly. If he uni does no funcion as designed, shu i down and conac he service engineer. Review he evaporaor coil on a regular basis, and clean if necessary. Regular cleaning will guaranee maximum efficiency. Ahead of he winer shu-down drain and cover! Faul racing If a faul should occur you should always conac he insallaion engineer who carried ou he insallaion. Always specify he produc serial number, which you will find under he raing plae on he long side of he hea pump. The faul racing char below provides informaion on recifying he mos common problems. Always read his before conacing he engineer who compleed he insallaion. Faul charing able Operaing disurbance Cause Acion 1. The hea pump is off. 2. The hea pump is in cooling 1. Press he O/OFF buon. mode. Se pool emperaure no reached. The hea pump ices up. 3. The hea pump is oo small for he pool. 4. The oudoor air emperaure is oo low.. The pool s insulaion is no sufficien. 1. The pool emperaure is oo low, below 18 C, which means ha he defrosing funcion is no working. 2. High humidiy. When abnormal condiions such as fog or unusually high humidiy occur, icing can be a greaer problem han normal. Flow swich generaes E03. 1. The flow is oo low. 2. Change he operaing mode o heaing mode as se ou in he secion 3. 3. A larger hea pump or oher hea source is needed. 4. The season is over. Larger hea pump required.. The pool needs o be covered. 1. The pool waer needs o be warmer in order for he defros funcion o work normally. 2. Turn he uni off and back on again when i is compleely free of ice. If he problem persiss, conac your dealer. 1. Make sure he purificaion sysem is running and check he seing for bypass. 13
Mainenance, service and faul racing Error code able Error message Error code Cause Acion Sensor error inle Sensor error oule Sensor error oudoor sensor Sensor error evaporaor circui 1 Sensor error evaporaor circui 2 Sensor faul sucion gas emp. circui 1 Sensor faul sucion gas emp. circui 2 Sensor faul ho gas emp. circui 1 Sensor faul ho gas emp. circui 2 P01 P02 P04 P1 P2 P17 P27 P181 P281 Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui Sensor no conneced, broken cable or shor circui High pressure pressosa circui 1 E11 Refrigeran pressure oo high High pressure pressosa circui 2 E21 Refrigeran pressure oo high Low pressure pressosa circui 1 E12 Refrigeran pressure oo low Low pressure pressosa circui 2 E22 Refrigeran pressure oo low Flow swich E03 Low flow or no waer in he sysem Difference beween inle and oule emp. oo large Primary fros proecion Secondary fros proecion Ho gas overheaing proecion circui 1 Ho gas overheaing proecion circui 2 Communicaion error E06 E19 E29 Temp difference > 13 degrees 2 C < inle emp. 4 C, oudoor emp. 0 C inle emp. 2 C, oudoor emp. 0 C P182 Ho gas emp above 120 C P282 Ho gas emp above 120 C E08 Display has no conac wih he conrol uni Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Check or replace he sensor Resar he uni. If he error persiss, conac your insaller Resar he uni. If he error persiss, conac your insaller Resar he uni. If he error persiss, conac your insaller Resar he uni. If he error persiss, conac your insaller Check he waer flow, adjus he bypass, replace he flow swich Check waer flow and ha he flow indicaor is working 9 C < inle emp. 18 C < inle emp. Resar he uni. If he error persiss, conac your insaller Resar he uni. If he error persiss, conac your insaller Check he connecion beween he display and conrol uni 14
Technical specificaion Connecion key PC4001 RO 09 RO 08 RO 07 RO 06 RO 0 RO 04 RO 03 RO 02 RO 01 L C6 PC4001 12V ET DI 01 V AI 01 AI 02 AI 03 AI 04 AI 0 AI 06 AI 07 AI 08 AI 09 AI 10 AI 11(0) AI 12(0) DI 02 DI 03 DI 04 DI 0 DI 06 DI 07 DI 08 DI 09 DI 10 DI 11 DI 12 DI /DO 1 DI /DO 2 C1 C r. Label Descripion 1 eural conducor (230 VAC) 2 L Phase conducor (230 VAC) 3 R01 Conrol signal o compressor circui 1 (230 VAC) 4 R02 Conrol signal o compressor circui 2 (230 VAC) R03 Conrol signal o fan moor high (230 VAC) 6 R04 Conrol signal o fan moor low (230 VAC) 7 R0 Conrol signal o circulaion pump (230 VAC) 8 R06 Conrol signal o four way valve circui 1 (230 VAC) 9 R07 Conrol signal o elecric heaer (230 VAC) 10 R08 Conrol signal o four way valve circui 2 (230 VAC) 11 R09 Alarm signal (230 VAC) 12 ET/ /12V 13 DI01/ /V Display conroller Flow meer 14 AI01/ Incoming waer emperaure (analogue inpu) 1 AI02/ Ougoing waer emperaure (analogue inpu) 16 AI03/ Defrosing emp circui 1 (analogue inpu) 17 AI04/ Defrosing emp circui 2 (analogue inpu) 18 AI0/ Ambien emperaure (analogue inpu) 19 AI06/ Condensing emp circui 1 (analogue inpu) 1 r. Label Descripion 20 AI07/ Condensing emp circui 2 (analogue inpu) 21 AI08/ Sucion gas emp circui 1 (analogue inpu) 22 AI09/ Sucion gas emp circui 2 (analogue inpu) 23 AI10/ Sensor erminal - no used (analogue inpu) 24 AI11/ Ho gas emp circui 1 (analogue inpu) 2 AI12/ Ho gas emp circui 2 (analogue inpu) 26 DI02/ High pressure pressosa circui 1 (digial inpu) 27 DI03/ Low pressure pressosa circui 1 (digial inpu) 28 DI04/ High pressure pressosa circui 2 (digial inpu) 29 DI0/ Low pressure pressosa circui 2 (digial inpu) 30 DI06/ Phase sequence proecion (digial inpu) 31 DI07/ Flow swich (digial inpu) 32 DI08/ Overheaing proecion (digial inpu) 33 DI09/ Overcurren proecion circui 1 (digial inpu) 34 DI10/ Overcurren proecion circui 2 (digial inpu) 3 DI11/ Sysem proecion (digial inpu) 36 DI12/ Remoe On/Off swich (digial inpu) 37 DI/DO1/ 38 DI/DO2/ Mode inpu (digial inpu) On/Off indicaor (digial oupu)
0 1 2 3 4 6 7 8 9 Q RED A KM1 KM2 1 KM1 KM2 U V W 3 COMP1 U V W 3 COMP2 KM2 KM1 BR Y/G BLU K2 K1 B C D E Conroller F A B C D E F 1 3 2 4 01 CH1 CH2 3 6 7 8 RO 09 RO 08 RO 07 RO 06 RO 0 RO 04 RO 03 RO 02 RO 01 L C6 14 U1 V1 W1 U2 V2 W2 PC4001 12V ET DI 01 V AI 01 AI 02 AI 03 AI 04 AI 0 AI 06 AI 07 AI 08 AI 09 AI 11(0) AI 12(0) DI 02 DI 03 DI 04 DI 0 DI 06 DI 07 DI 08 DI 09 DI 10 DI 11 DI 12 DI /DO 1 DI /DO 2 C1 C K3 14 BLK WHT BLU 1 3 2 4V 4 02 4V2 4V1 (A) 11 (B) (C) PM 14 12 K K K K K 0K 0K IT IT OT CT1 OT CT1 CT2 CT2 AT AT HP1 HP1 LP1 LP1 HP2 HP2 LP2 LP2 FS 4V K3 K2 K1 IT OT CT1 CT2 AT K K SUT1 SUT2 ET1 ET2 HP1 LP1 HP2 LP2 6 7 8 SUT1 SUT1 SUT2 SUT2 ET1 ET1 ET2 ET2 4V1 4V2 4V KM EEV2 EEV1 AI 10 K K TO POWER SUPPLY 400V/3~/0Hz RED BLK WHT RED BLK WHT 1 3 2 4 3 03 PH1 PH2 FS O/OFF inpu Remoe Cool/hea 6 7 8 Technical specificaion V80-3P/V130-3P Wiring diagram 2 F KM WHT K3 RED FM1 WHT RED FM2 K3 FS P1 P1 P2 P3 P2 P3 F To pump PH PH AT Ambien emperaure CH Compressor heaer COMP Compressor CT Coil emperaure EEV Elecronic expand valve ET Exhaus emperaure FM Fan moor 1 2 3 4 FOHP2 O/OFF oupu FOHP1 FOHP1 FOHP2 FOHP2 FOHP FOHP FOHP Fan-moor overhea proec FS Flow swich HP High pressure proecion IT Inle waer emperaure KM1 Conacor of compressor1 KM2 Conacor of compressor2 KM Conacor of pump K3 Relay of fan moor LP Low pressure proecion OT Oule waer emperaure PH Pan heaer PM Phase monior Q Air swich SUT Sucion emperaure 4V 4 way valve V80-3P / V130-3P FOHP1 16
Technical specificaion Technical daa Model V80-3P V130-3P Heaing oupu 1 kw 36 Inpu power kw 7,0 9, Heaing capaciy 2 m 3 100-200 10-300 Operaing volage 400 VAC 3-phase 0 Hz 400 VAC 3-phase 0 Hz Operaing curren A 13,1 17,4 Fuse size A 2 3 Compressor Scroll compressor x 2 Scroll compressor x 2 Refrigeran amoun (R410a) kg 2,0 x 2 2,6 x 2 Fan consumpion W 260 x 2 260 x 2 Raed air flow m 3 /h 12 400 12 400 oise level 2 db(a) 61 61 Waer connecion mm 63 63 Raed waer flow m 3 /h 13,0 19,0 Pressure drop a raed flow bar 0,12 0,1 Pressosa break value HP bar 44 (makes again a 32 bar) Pressosa break value LP bar 0.2 bar (makes again a 1. bar) Heigh mm 1130 1130 Widh mm 1490 1490 Deph mm 73 73 Weigh kg 230 272 1 Heaing oupu measured a 24 C / 19 C oudoor emperaure, DB / WB (Dry bulb / We bulb). Incoming waer emperaure 27 C. 2 Heaing capaciy should be seen as guide values for an insulaed pool covered a nigh. The models are designed for use during he period May - Sepember (normal pool season). Dimensions and connecions 1490 1464 480 73 1130 248 148. 7. 84. 438 111. 91. 111.. 17
0 1 2 3 4 6 7 8 9 Q RED (A) 11 A KM1 KM2 4 U V W 3 FM1 U V W 3 FM2 U V W 3 COMP1 U V W 3 COMP2 KM2 KM1 BR Y/G BLU K2 K1 1 KM1 KM2 B KM3 C D Conroller E F A B C D E F 1 1 3 2 4 01 2 1 3 2 3 4 02 CH1 CH2 RED BLK WHT 3 6 7 8 6 7 8 RO 09 RO 08 RO 07 RO 06 RO 0 RO 04 RO 03 RO 02 RO 01 L C6 14 U1 V1 W1 U2 V2 W2 PC4001 12V ET DI 01 V AI 01 AI 02 AI 03 AI 04 AI 0 AI 06 AI 07 AI 08 AI 09 AI 11(0) AI 12(0) DI 02 DI 03 DI 04 DI 0 DI 06 DI 07 DI 08 DI 09 DI 10 DI 11 DI 12 DI /DO 1 DI /DO 2 C1 C K3 (B) (C) PM 14 12 14 1 3 2 4V 4 03 4V2 K K K K K 0K 0K IT IT OT CT1 OT CT1 CT2 CT2 AT AT HP1 HP1 LP1 LP1 HP2 HP2 LP2 LP2 FS FS 4V K3 K2 K1 4V1 IT OT CT1 CT2 AT K K SUT1 SUT2 ET1 ET2 HP1 LP1 HP2 LP2 6 7 8 SUT1 SUT1 SUT2 SUT2 ET1 ET1 ET2 ET2 4V1 4V2 4V KM AI 10 P1 KM TO PUMP EEV2 EEV1 K K BLK WHT BLU TO POWER SUPPLY 400V/3~/0Hz KM3 RED BLK WHT RED BLK WHT FOHP1 FOHP2 Remoe Cool/hea Remoe ou 1 3 PH 04 2 4 PH1 PH2 Remoe in 6 7 8 Technical specificaion V20-3P Wiring diagram P2 P3 1-1 1-2 2-1 2-2 3-1 3-2 P1 P2 P3 1 2 3 2 3 RED BLK WHT PH PH AT Ambien emperaure CH Compressor heaer COMP Compressor CT Coil emperaure EEV Elecronic expand valve ET Exhaus emperaure FM Fan moor FOHP Fan-moor overhea proec FS Flow swich HP High pressure proecion IT Inle waer emperaure KM1 Conacor of compressor1 KM2 Conacor of compressor2 FOHP1 FOHP2 1 4 1 4 KM Conacor of pump KM3 Conacor of fan moor LP Low pressure proecion OT Oule waer emperaure PH Pan heaer PM Phase monior Q Air swich SUT Sucion emperaure 4V 4 way valve V20-3P FS 1 2 3 4 FOHP1 FOHP2 18
Technical specificaion Technical daa Model Dimensions and connecions V20-3P Heaing oupu 1 kw 110 Inpu power kw 20,7 Heaing capaciy 2 m 3 300-600 Operaing volage 400 VAC 3-phase 0 Hz Operaing curren A 37,8 Fuse size A 63 Compressor Scroll compressor x 2 Refrigeran amoun (R410a) kg 8, x 2 Fan consumpion W 61 x 2 Raed air flow m 3 /h 19 000 oise level 2 db(a) 69 Waer connecion mm DI 110 Raed waer flow m 3 /h 22,8 Pressure drop a raed flow bar 0,16 Pressosa break value HP bar 44 (makes again a 32 bar) Pressosa break value LP bar 0.2 bar (makes again a 1. bar) Heigh mm 2030 Widh mm 217 Deph mm 1070 Weigh kg 648 1 Heaing oupu measured a 24 C / 19 C oudoor emperaure, DB / WB (Dry bulb / We bulb). Incoming waer emperaure 27 C. 2 Heaing capaciy should be seen as guide values for an insulaed pool covered a nigh. The models are designed for use during he period May - Sepember (normal pool season). 19
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