12 Technicaldata. Dimensions and setting-out coordinates 25-50

Transcription

1 12 Technicaldata Dimensions and setting-out coordinates * 72* * angleonthebrinepipes(sideconnection).thedimensioncanvaryapprox.±100inheightasthe brine pipes partially consist of flexible pipes. C 12 T N F114PC

2 Technical specifications 1x0 V I! O"#$"# data according to EN /3 Electrical output COP EN1411 0/4 Electrical output COP EN Additional power 1/2/3/4///7 SCOP according to EN 1482 Nominal heating output(designh) SCOP EN1482 coldclimate3/ SCOP EN1482 averageclimate,3/ Energy rating, average climate Efficiencyclassforspaceheating3/ Spaceheatingefficiencyclassofthesystem3/ 1) Efficiency class hot water/ charging profile with water heater Electrical data Rated voltage Max operating current, compressor (Including Control system and Circulation pumps) Starting current / 4./3. 4./3.4 / +/ (VPB 300) 0V~0Hz 9. Maxpermittedimpedanceatconnectionpoint 1) ohm - Maxoperatingcurrentheatpumpincl.1 2iersionheater Maxoperatingcurrentheatpumpincl.3 4iersionheater Maxoperatingcurrentheatpumpincl. iersionheater Max operating current heat pump including 7 iersion heater Output, Brine pump Output, Heating medium pump IP class Refrigerant circuit Type of refrigerant Volume Cut-out value pressostat HP Difference pressostat HP Cut-out value pressostat LP Difference pressostat LP Brine circuit Energy class Brine pump kg 27(32) 3(40) 40(40) IP21 R407C (29bar) 0.7(-7bar) 0.1(1. bar) 0.1(1. bar) NIBE F114PC Chapter 12 T 1

3 1x0 V Max system pressure brine 0%&(3bar) Min system pressure brine 0.0(0. bar) l/s 0.19 l/s 0. Max external avail. press at nom flow, heating/cooling operation kpa 3/2 Max/Min incoming Brine temp Min. outgoing brine temp. Heating medium circuit -12 Energy class circ-pump Max system pressure heating medium 0.4(4bar) Min system pressure heating medium 0.0(0. bar) l/s 0.08 l/s 0.10 Max external avail. press at nom flow kpa 49 Max/Min heating medium temp Soundpowerlevel(L A ) acctoen12102at0/3 db(a) 37 Soundpressurelevel(L PA ) calculatedvaluesaccordingtoeniso11203at0/3and1mrange db(a) 22 Pipe connections Brineextdiam.CUpipe 28 Heating medium ext diam. CU pipes 22 Connection, hot water heater ext diam 22 ' C 12 T N F114PC

4 3x400 V O"#$"# data according to EN /3 Installed electrical output COP EN1411 0/4 Installed electrical output COP EN1411 Additional power SCOP according to EN 1482 Nominal heating output(designh) SCOP EN1482 coldclimate3/ SCOP EN1482 averageclimate,3/ Energy rating, average climate Efficiencyclassforspaceheating3/ Spaceheatingefficiencyclassofthesystem3/ 1) Efficiency class hot water/ charging profile with water heater VPB 300 Electrical data Rated voltage Max operating current, compressor including control system, circulation pumps and 0 iersion heater Starting current ( /2/3/4///7(switchableto2/4//9) / 4./3. 4./3.4 / +/ 9.(1 phase) (1) 7/.0/ /3. / +/ 9/8.1/ /3.7 / +/ 400V3N~0Hz 4.(1).(1) 18 12/10.1/3.9.0/3.8 / +/.9(1) Maxpermittedimpedanceatconnectionpoint 1) ohm Maxoperatingcurrentheatpumpincl.1 2iersionheater 13(1) 1(1) 1(1) Maxoperatingcurrentheatpumpincl.3 4iersionheater Maxoperatingcurrentheatpumpincl. iersionheater Max operating current heat pump including 7 iersion heater, connected upon delivery Max operating current heat pump including 9 iersion heater, requires switching Output, Brine pump Output, Heating medium pump IP class Refrigerant circuit Type of refrigerant Volume Cut-out value pressostat HP Difference pressostat HP Cut-out value pressostat LP Difference pressostat LP kg 24(2) (1) 13(1) 19(20) 19(20) 1(1) 1(1) 21(2) 22(2) IP21 R407C (29bar) 0.7(-7bar) 0.1(1. bar) 0.1(1. bar) 1(1) 1(1) 21(2) 22(2) NIBE F114PC Chapter 12 T 3

5 3x400 V 8 1( B)+,- circuit Energy class Brine pump Max system pressure brine 0.3(3bar) Min system pressure brine 0.0(0. bar) l/s l/s Max external avail. press at nom flow, heating/cooling operation kpa 3/2 9/ 47/38 84/9 Max/Min incoming Brine temp Min. outgoing brine temp. Heating medium circuit -10 Energy class circ-pump Max system pressure heating medium 0.4(4bar) Min system pressure heating medium 0.0(0. bar) l/s l/s Max external avail. press at nom flow kpa Max/Min heating medium temp Soundpowerlevel(L A ) acctoen12102at0 db(a) Soundpressurelevel(L PA ) calculatedvaluesaccordingtoeniso11203at0/3 db(a) and1mrange Pipe connections Brineextdiam.CUpipe Heating medium ext diam. CU pipes Hot water connection external diam Cold water connection external diam )Max. permitted impedance in the mains connected point in accordance with EN Start currents can cause short voltage dips that could affect other equipment in unfavourable conditions. If the impedance in the mains connection point is higher than that stated it is possible that interference will occur. If the impedance in the mains connection point is higher than that stated check with the power supplier before purchasing the equipment. Miscellaneous Miscellaneous 8 1( D+.-,/+2,/ andweight idth 00 Depth 20 Height 100 Requiredceilingheight 2) 170 eight complete heat pump kg eight only cooling module kg Part number, 1x0V Part number, 3x400V Part number, 3x400V(with energy meter) )ith feet dismantled the height is approx C 12 T N F114PC

6 4789:; 7<:;= >=<? operation The compressor provides a supply temperature up to,at0incomingbrinetemperature,theremainder(up to 70) is obtained using the additional heat. JKLMKPQRSPK Vattentemperatur UVXYLZV[ brine temp Flow pipe Return pipe \9<;7am, passive cooling System temperature: 18 /, nominal brine flow ]^^_ing output 14,0 12,0 10,0 8,0,0 4,0 2, , `ab^cdae brine temp NIBE F114PC Chapter 12 T f