Midea Aqua Tempo Super II Series Engineering Data Download Page 12

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Aqua Tempo Super II

201902

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In
for

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Figure 1-5.6: Space heating through floor heating loops and space cooling through fan coil unit (customized unit with built-in hydronic module)

Master unit

Expansion tank

Water replenishment valve

Water discharge valve

Differential pressure
by-pass valve

Drain valve

Two-way valve

Three-way valve

FCU

Auxiliary electric heater

unit

Y-type filter,

requiring≥ 16 mesh

Slave unit

Max 16 units

FCU

Floor
Heating
Loops

Two-way valve

Two-way
valve

One-way
valve

Stop valve

Pressure gauge

Gate valve

Flexible joint

Y-shaped filter

Thermometer

Circulating pump

Check valve

Automatic discharge valve

Legend

Summary of Contents for Aqua Tempo Super II Series

Page 1: ......

Page 2: ...Tempo Super II 201902 3 Part 1 General Information Part 1 General Information 1 Aqua Tempo Super II System 4 2 Unit Capacities 5 3 Nomenclature 5 4 System and Design Unit Selection 6 5 Typical Applica...

Page 3: ...can provide chilled water for cooling using fan coil units The heating capacity of heat pumps decreases with ambient temperature Aqua Tempo Super II is reserved an auxiliary electric heater control po...

Page 4: ...N1L MC SU60 M RN1L MC SU90 RN1L Appearance Power supply 380 415V 3Ph 50Hz 3 Nomenclature 30 U S M R N1 L C M Operating range L Low ambient temp cooling Refrigerant N1 R410A Power supply R 380 415V 3ph...

Page 5: ...Is corrected Aqua Tempo Super II unit capacity Required total heat load on outdoor units3 Yes No Aqua Tempo Super II system selection is complete Select a larger model or enable auxiliary electric he...

Page 6: ...g 30 to 35 C For fan coil units 30 to 45 C For low temperature radiators 40 to 50 C 4 3 Optimizing System Design To get the most comfort with the lowest energy consumption with Aqua Tempo Super II it...

Page 7: ...nit without hydronic module Master unit Expansion tank Water replenishment valve Water discharge valve Floor Heating Loops Floor Heating Loops Floor Heating Loops Differential pressure by pass valve D...

Page 8: ...arge valve Differential pressure by pass valve Drain valve Auxiliary electric heater unit unit Y type filter requiring 16 mesh Slave unit Max 16 units Floor Heating Loops Floor Heating Loops Floor Hea...

Page 9: ...coil unit standard unit without hydronic module Master unit Expansion tank Water replenishment valve Water discharge valve Differential pressure by pass valve Drain valve Two way valve Three way valve...

Page 10: ...hment valve Water discharge valve Differential pressure by pass valve Drain valve Two way valve Three way valve FCU Auxiliary electric heater unit unit Y type filter requiring 16 mesh Slave unit Max 1...

Page 11: ...pace heating through floor heating loops and space cooling through fan coil unit standard unit without hydronic module Master unit Expansion tank Water replenishment valve Water discharge valve Differ...

Page 12: ...arge valve Differential pressure by pass valve Drain valve Two way valve Three way valve FCU Auxiliary electric heater unit unit Y type filter requiring 16 mesh Slave unit Max 16 units FCU FCU Floor H...

Page 13: ...Aqua Tempo Super II 14 201902 Midea Aqua Tempo Super II Engineering Data Book...

Page 14: ...neering Data Part 2 Engineering Data 1 Specifications 16 2 Dimensions and Center of Gravity 19 3 Piping Diagrams 22 4 Wiring Diagrams 27 5 Capacity Tables 32 6 Operating Limits 36 7 Hydronic Performan...

Page 15: ...nt type R410A R410A R410A Refrigerant charge kg 10 5 17 0 27 0 Throttle type EXV EXV Capillary EXV Sound power level dB A 74 82 89 Sound pressure level 3 dB A 65 8 72 1 80 1 Net dimensions W H D mm 18...

Page 16: ...type R410A R410A Refrigerant charge kg 10 5 17 0 Throttle type EXV EXV Capillary Sound power level dB A 78 87 Sound pressure level 3 dB A 68 73 Net dimensions W H D mm 1870 1175 1000 2220 1325 1055 P...

Page 17: ...ted power 0 65 KW 1 5 KW Rated current 1 6 1 8A 3 15A Rated water flow 4 7 m3 h 10m3 h Rated pump head 22 8 m 27 8 m Rated speed 2770 2820 r min 2890 2910 r min Max operating temperature 55 C 55 C Max...

Page 18: ...g Data 2 Dimensions and Center of Gravity MC SU30 M RN1L Figure 2 2 1 MC SU30 M RN1L dimensions and center of gravity unit mm Left view Top view 470 204 485 485 200 Front view Bottom view 880 Holefor...

Page 19: ...uper II Engineering Data Book MC SU60 M RN1L Figure 2 2 2 MC SU60 M RN1L dimensions and center of gravity unit mm Front view 210 234 470 Front view 2220 1055 Top view 1325 Left view Bottom view 1105 9...

Page 20: ...Aqua Tempo Super II 201902 21 Part 2 Engineering Data MC SU90 RN1L Figure 2 2 1 MC SU90 RN1L dimensions and center of gravity unit mm...

Page 21: ...Filter 13 TZ Total cooling outlet temperature sensor 14 EXVA System electronic expansion valve A 15 Accumulator 16 Taf2 Water side heat exchanger anti freezing temperature sensor2 17 Taf1 Water side h...

Page 22: ...g outlet temperature sensor 14 EXVA System electronic expansion valve A 15 Accumulator 16 Taf2 Water side heat exchanger anti freezing temperature sensor2 17 Taf1 Water side heat exchanger anti freezi...

Page 23: ...Total cooling outlet temperature sensor 17 T3 Air side heat exchanger temperature sensor 18 T4 Outdoor ambient temperature 19 EXVA System electronic expansion valve 1 20 Accumulator 21 Taf2 Water sid...

Page 24: ...tlet temperature sensor 17 T3 Air side heat exchanger temperature sensor 18 T4 Outdoor ambient temperature 19 EXVA System electronic expansion valve 1 20 Accumulator 21 Taf2 Water side heat exchanger...

Page 25: ...anger 22 T6A Refrigerant inlet temperature sensor of EVI plate heat exchanger 23 Plate heat exchanger PHE subcooling 24 EXVC EVI electronic expansion valve 25 SV5 Multifunctional solenoid valve 26 Uni...

Page 26: ...eering Data 4 Wiring Diagrams MC SU30 M RN1L Figure 2 4 1 MC SU30 M RN1L wiring diagram Note 1 Component in dash line is reserved 5 4 3 2 1 0 EN C2 ENC 1 CN15 SV2 N A B C N A B C CN3 09 20 2 01 5 CN43...

Page 27: ...2 1 0 7 6 N P U V W CN10 CN1 CN4 CN6 CN3 CN13 Compressor drive board B CN7 Black Red Red Black Black Black Black Brown Red Brown Black Black CN11 Red Black Red Black Blue Y ellow Y ellow Y ellow Y ell...

Page 28: ...perature sensor1 STF1 4 way valve 1 Taf2 Water side heat exchanger anti freezing temperature sensor2 STF2 4 way valve 2 Tp1 Discharge temperature sensor 1 SV4 Oil return solenoid valve Tp2 Discharge t...

Page 29: ...Aqua Tempo Super II 30 201902 Midea Aqua Tempo Super II Engineering Data Book MC SU90 RN1L Figure 2 4 3 MC SU90 RN1L wiring diagram...

Page 30: ...ion switch EXVA System electronic expansion valve 1 T3A Air side heat exchanger temperature sensor EXVB System electronic expansion valve 2 T3B Air side heat exchanger temperature sensor EXVC EVI elec...

Page 31: ...Abbreviations TC Total capacity kW PI Power input kW Notes 1 Performance specifications measured with water pump operating at rated water flow rate Table 2 5 2 MC SU60 M RN1L heating capacity Ambient...

Page 32: ...5 2 00 86 74 26 27 82 46 29 45 78 56 34 16 71 90 33 50 54 26 30 15 35 41 23 66 7 00 98 22 29 36 95 11 30 19 92 65 30 88 90 07 33 63 85 32 31 6 68 16 26 64 15 00 90 32 25 81 86 23 26 1 83 36 26 46 78 6...

Page 33: ...tions TC Total capacity kW PI Power input kW Notes 1 Performance specifications measured with water pump operating at rated water flow rate Table 2 5 5 MC SU60 M RN1L cooling capacity Ambient temp C C...

Page 34: ...78 65 27 60 84 32 28 1 10 00 62 71 27 87 65 43 29 02 79 56 30 6 80 66 29 87 83 36 29 25 87 22 29 56 17 00 72 11 32 04 74 85 31 91 86 63 35 36 88 63 34 09 91 23 32 58 93 23 32 14 25 00 70 22 32 21 72 8...

Page 35: ...2 Heating operating range MC SU30 M RN1L MC SU60 M RN1L MC SU90 RN1L Ambient temperature Unit Outlet water temperature Cooling operating range 5 10 20 15 0 10 5 5 15 25 35 43 Unit Outlet water temper...

Page 36: ...Figure 2 7 1 MC SU30 M RN1L Hydronic performance MC SU60 M RN1L Figure 2 7 2 MC SU60 M RN1L Hydronic performance 0 10 20 30 40 50 60 70 80 90 3 72 4 26 4 79 5 32 0 10 20 30 40 50 60 7 33 8 37 9 42 10...

Page 37: ...38 201902 Midea Aqua Tempo Super II Engineering Data Book MC SU90 RN1L Figure 2 7 3 MC SU90 RN1L Hydronic performance Water flow rate m3 h 0 10 20 30 40 50 60 70 80 90 6 45 10 83 12 51 14 77 15 67 Wat...

Page 38: ...YKB 650 2 1 Hydronic performance Water flow rate m3 h MC SU60M RN1L Figure 2 7 5 YKB 1500 2 1 Hydronic performance Water flow rate m3 h 30 25 20 15 10 5 0 0 0 5 1 1 5 3 2 5 2 6 5 6 5 5 5 4 5 4 3 5 35...

Page 39: ...0 MC SU60 RN1L 72 1 MC SU60M RN1L 73 0 MC SU90 RN1L 80 1 Notes 1 Sound pressure level is measured at a position 1m in front of the unit and 1 H 2m where H is the height of the unit above the floor in...

Page 40: ...rated compressor frequency 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125 250 500 1000 2000 4000 8000 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125 250 500 1000 2000 4000 8000 Octa...

Page 41: ...ve band level in heating mode at rated compressor frequency 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125 250 500 1000 2000 4000 8000 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125...

Page 42: ...ssor frequency Octave band central frequency Hz 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125 250 500 1000 2000 4000 8000 10 0 10 20 30 40 50 60 70 80 90 100 110 120 31 5 63 125 250 500 1000...

Page 43: ...ories 9 1 Standard accessories Table 2 9 1 Standard accessories Name Shape Quantity MC SU30 M RN1L MC SU60 M RN1L MC SU90 RN1L Installation Operation Manual 1 Temperature testing components for total...

Page 44: ...ac r Interfac pendix rt 3 ent and In m Design a ring s ng and M e Field Se e Field Se In stallation and Instal aintenanc ettings for ettings for stal Fie lation ce KJRM 12 KJRM 12 A llat ld S 0H BMW 0...

Page 45: ...such the term a egislation tha ing installatio ed and accred xes contain i sk based syste eering Data B dditional imp h as the exam pplicable leg t apply in a g on of water p dited professi mportant...

Page 46: ...in ore hoisting I packaging is ropes to ens ensuring tha ze are placed base and suit able to bear 4 nit To avoid d ween the un nd under the damage occ port to the sh ity of the unit cluded Reta damage...

Page 47: ...be installed ot be installe may occur t be installed installed in w th ccount of the to direct rad d in positions ed in location d in locations well drained he angle of in following co diation from a...

Page 48: ...l ded into a co nit s foundat ations frame is use of the base st se structure de RN1L r bolt 880 on a roof str essible a met which have s boiler flues a vicinity of an o prevent una nt of the follo Ou...

Page 49: ...imate is s at sufficient to function p eration For u d be taken t ng or other uld still be ob inage channel D Input of airfl Input of airflo MC SU90 of condensat ould ensure such that con air may flo...

Page 50: ...mper to th of the damp ent variance ed after the co Input of a unit unit unit E E E Installa C 000 e unit and its on the steel f ve Figure 3 user can sele sensitive to v e foundation installation o he...

Page 51: ...Aq 52 Midea Aqua Tempo Super II Engineering Data Book ua Temp po Super Figu II ure 3 2 5 Install lation of the da Damping Anchor Nut Ferrol amper g device bolt M12 F p Fixed meat plate tal 20 01902...

Page 52: ...ment such as water equipm ed water ma y occur easily being used n inlet and out cuits Connec g with all app lowing flushed to be exchanger e inlet otherw should be eq supported bu should be eas r wit...

Page 53: ...ors ed at sea lev duce conden Table 3 3 4 M e drop factor d on a 5 C tem C to 6 C in fo able control a ality for the unit e ions Chlor ions o ement 50pp g to anyone co C e edn t change ors t with con...

Page 54: ...m fo components ulus on teeth sely affect th w To provide W 0 044 m C 7 1 019 1 1 022 5 1 028 9 1 034 7 1 008 1 1 011 5 1 017 5 1 026 7 0 996 8 0 998 2 1 006 5 1 015 8 0 986 9 0 989 2 0 995 4 1 001 d...

Page 55: ...allation igure 3 3 1 Ins re 3 3 2 connec re 3 3 3 connec po Super n of Water S n of single mo stallation of sing ction method of ction method of Wa Wate II System Pipe odule water gle module wat f MC...

Page 56: ...ess 1L system pipeli er system pipeli and outlet pi uling factor ing capacity 5 Q 50 0 Q 80 0 Q 130 5 Q 210 0 Q 325 5 Q 510 0 Q 740 0 Q 1300 0 Q 2080 s when instal ess code whic No n 1 mo No n 2 add i...

Page 57: ...the maxim mum chilled wa er flow rates mum water flo N1L N1L L k in the syste y in manufact equipping w ng bulb and a he wired cont is 500m aw em flow is le ow ater flow m chilled wat mum unit flo at...

Page 58: ...eat exc ed water syst reliable syste ystem start systems sho art up in cool cupant comfo at the leaving d experience c m water volu ed water syste 0 in liters ling output ng output req tained from min...

Page 59: ...0 229 4 45 em water volu drafts during operation do starting defro temperature in kW adju by Qd Qs Tt in liters quired for def quired for roo of defrosting m temperature with leaving mbient temp ng ca...

Page 60: ...higher tem ring summer 0 F or 10 C on of the pum e 60 x 0 12 26 0 x 4 60 1 30 15 15 C 1473 15 t2 C and Wct 7 chilled water me of combin me of single ch units of the me of combi me of single c in defro...

Page 61: ...0 the th of the seal loop distanc stance two w he water inle commended units tly in accorda dust gets in e water circu removing bur through a wa ng the conne ping be sure ppropriate to piping water at...

Page 62: ...idual curre able legislatio ta book are g installation g and comm be bound to wiring should 0mm betwee s in the rang ose voltage s professiona ur company a nection fails used h full switchin the requi...

Page 63: ...hem ectric box m pply wires sh nding wires ghtning condu h connection e system Outd er supply V 3Ph 50Hz V 3Ph 50Hz V 3Ph 50Hz onnection no at the bottom current prote ass one man witch is cut o o sup...

Page 64: ...t l wires of pipeli t pass the conn RN1L Connect CN1 or CN2 of t l wires of pump tor XT1 in the e P Q E termina tric heaters for CN19_ pp y CN19_N Conten grounding wire quirements of e mounted in a p...

Page 65: ...supply 220 240V 50Hz L1 L2 L3 N Power supply 220 240V 50Hz C C L3 N Connector X Control coil heaters for MC 30 M RN1L an 90 RN1L COM HEAT1 CN2 or CN1 XT1 in the elec of 3 phaseAC Overcu C SU90 RN1L d...

Page 66: ...h ort er t h an 500 m 100 Black Yellow Gray Contactor A CN21 Contactor Power Transformer AC220 240V AC 10 V CN45 CN46 CN19 CN2 CN60 CN30 Aqua Tem Notes The wiring diagram of auxiliary heater and pump...

Page 67: ...N19 CN2 CN19 CN2 CN60 CN60 CN30 CN30 SU60 M RN1L L T he l en gt h o f w i re sho u ld b e sh orte r tha n 50 0 m Contactor 1 0 0 Black Yellow Gray Contactor Contactor CN21 Power Transformer AC220 240V...

Page 68: ...h o f w i re s ho u ld b e sh or t e r t ha n 5 0 0 m X Y 10 0 Contactor MONITOR WIRECONTROLER X Y A 10 0 Contactor for pipeline CN60 5 6 7 8 9 10 11 12 CN74 CN61 X Y E A B RD YW BK BR WH X Y XT1 XT3...

Page 69: ...sw verter Pump co emperature set lded wire is requ ble for MC SU90 II nts on e wire 1 ontrol wire ol wire al wire nal wire l wire signal wire signal wire 2 witch wire 2 ntrol wire 2 points switch 2 ir...

Page 70: ...t ed together w odbus Gateway stomization ty can be add with each con y wiring connect n option ded by adding ntroller contr tion g X Y E ports rolling up to 1 s to the wired 16 units A d controller U...

Page 71: ...F slave u 20 C 90 RN1L Descrip 0 Low static pre medium static p 0 High static pr 1 High static pr Remote c MC SU90 Water p Water outlet te witch of outdo 2 MC SU9 and MC SU60 n perature 1 tion p unit...

Page 72: ...Notes 1 902 s Normal water o EMC utlet temperatur C4 re range 5 C to 2 Outdoor unit 0 maste 1 2 3 F sla 20 C t address r unit ave units A Aqua Tem mpo Supe 0 er II 73 Part 3 Installation and Field Set...

Page 73: ...od the influent a peration of t be put into o he requireme ut down of t e unit ng the water led correctly r the faults ca n after the un do not cut o eading to its d time and the e starting of t e dis...

Page 74: ...s the clean of the unit valve to disch ifreeze in the rovided by ou e for re start equipment o efore startup d by checking made if ther fferent condit h situation le welding can on system mu e fluorid...

Page 75: ...arily short c on the fluori t up unit and em and check ssor needs to re of compre of compresso or r than 2 C t stably run in mperature in t r to relevant de heat exch ars leakage ng ndby is placed hou...

Page 76: ...ensitive key Figure 3 7 1 ace keys he main menu vigate the menu ust setting valu n space heating menu move u 3 seconds to un er a sub menu nfirm entered va 120H BM ers should b erences The r s user in...

Page 77: ...re and ettings can be the power o be pressed af ling mode th ed at the sam s has been re nction ent below du e upper comp in the remo mote ON OFF n query the s n to enter th OK button a e UNLOCK ton f...

Page 78: ...elected ode and set t press the BA matically and d blinking p temperature ACK button d the system Heating mod press an value After to go back to returns to th de nd to s setting press o the home p e h...

Page 79: ...SELECT THE Q 4 SILENT SE STANDARD M SILENT MOD NIGHT SILEN SUPER SILEN 5 HISTORY SELECT THE 6 CLEAR HIS CLEAR HISTO ERY OR STATE E STATE E TERS QUERY G DEGREE OR CURRENT URE URE E TEMP R PIPE TEMP TE...

Page 80: ...e ssor state fa em configura Figure 3 7 2 te between d play the below JECT menu ect the desire n state 4 wa Fig ation and set 2 PROJRCT pass digits and usi w interface ed option an ay valve state gure...

Page 81: ...or A maximu degree comp charge tempe Fig Figure 3 7 6 ent mode nig Fig um of 4 histor Figure 3 pressor curren erature gure 3 7 5 Stat 6 Manual defro ght silent mo gure 3 7 7 Silen ry errors can 3 7 8...

Page 82: ...2019 902 f Clearing g history erro or Fiigure 3 7 9 Clearing history er A rror interface Aqua Tem mpo Supe er II 83 Part 3 Installation and Field Settings...

Page 83: ...u osing time of w pump ry electric heat water temperat ry electric heat water temperatu r inlet and outle rature differenc protection al cooling ratio al heating ratio the adjustment v setting Sett 20...

Page 84: ...ensitive key Figure 3 8 1 ace keys he main menu vigate the menu ust setting valu n space heating menu move u 3 seconds to un er a sub menu nfirm entered va 120H BM ers should b erences The r s user in...

Page 85: ...o enter th OK button a figure nt mode interfa mode d blinking p temperature BACK butt matically and at the same t ues If there i ge Press the Figure 3 8 3 Se MON 7 10 35 7 C 25 C N01 OK e UNLOCK ton f...

Page 86: ...et as interface as gure 3 8 5 Mai N01 SE 0 OK WEEKLY ON COO 60 45 uring operat us before the ontroller add power failure ed in parallel wired controll arallel data i ysteresis and ared only whe button...

Page 87: ...button the w gure 3 8 6 Mai unction elow during c ter the remote O OFF Control M stem status o PRESS ON COO 60 45 wired contro in page for slav communicati ON OFF cont Mode In this only and cann 20 1...

Page 88: ..._cool_Dif Tw_heat_Dif dT5_ON Dt1s5 2 PARAMET Tim_Cap_Ad Tw_diff Ratio_cool_ Ratio_heat_ 3 SET UNIT T_Diff_Pro 4 SET DEFRO T_FROST T_DEFROST_ T_FROST_OU 5 SET HEAT HEAT1 HEAT2 DISA 6 CHCEK PA SV1 SV2 P...

Page 89: ...e changed P e the bit cod OK button t s if the input igure 3 8 8 PRO if the input i PROJECT menu SORRY WRO PLEASE PROJECT MENU OK 0 0 NU ERS QUE RY EFROS T E RY n to enter th 7 PROJRCT pass Press the...

Page 90: ...Adj PARAMERERS Q 60 CO BAC K EXV OPENING DEGREE T_Diff _Pro OK button to et unit air cond ption and pr urn to the pr ere is no oper ton to enter t 1 Set parallel u ption and pr urn to the pr ere is no...

Page 91: ...esired op tting and ret erface If the K button to Figure 3 8 the desired o access the in Figure 3 8 and press O tting and retu me page n to enter the 13 Set defrosti ption and pr urn to the pr ere is...

Page 92: ...n Tw_H nnot enter th button to en Figure 3 8 users can pr he OK butto Figure 3 7 2 ssing OK b ut if select Mo back Heat1_ON he HEAT2 inte nter the inter 8 16 Check part ress BACK b on to enter t 2 Con...

Page 93: ...M mi e B EEPROM mi quence error error between et temperature mperature sens changer tempe nt temperature ure t exchanger ant t exchanger ant s detected by w charge tempera charge tempera perature sens...

Page 94: ...ion tection e error quency variatio sor frequency d ator N1L r MC SU90 RN1 OM mismatch quence error error between et temperature mperature sens changer tempe changer tempe perature senso nt temperatur...

Page 95: ...c e protection changer tempe t exchanger inle ezing protection sure low in coo re protection of rature T4 high mperature prot e protection e protection e protection tage protection rive model not rive...

Page 96: ...essor discharge essor discharge essor module te essor module te harge superhea essor 1 current essor 2 current urrent simultaneous n sequence MC SU30 M R s DSP1 display erating frequen on Pb and oper...

Page 97: ...exchange r ambient temp outlet temperat side heat excha side heat excha ater outlet tem ater temperatu II alue displayed alue displayed pressure ressure degree re Th on reserved reserved protection c...

Page 98: ...T temperature 1 temperature 2 emperature Tf1 emperature Tf2 at degree TDSH alue displayed alue displayed alue displayed eating mode ith decimal disp degree TSSH in re Th P1 from the righ 0 Night sil D...

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Midea Aqua Tempo Super II Series, Engineering Data

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