Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.EN14511
Package for EN15411 data records
Information
This package contains data records for heat pump data according to European Norm 14511.
Package Content
| Name | Description |
|---|---|
 SingleSplitRXM20R
|
Daikin_FTXM20R_RXM20R heating mode |
| Vitocal251A08
|
A2W Vitocal 251 by Viessmann |
| WAMAK_WaterToWater_220kW
|
220 kW water to water with R513A |
Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.EN14511.SingleSplitRXM20R
Daikin_FTXM20R_RXM20R heating mode
Information
Performance data for Daikin FTXM20R_RXM20R for the heating mode.
Boundaries are for dry-bulb temperature. Pressure drops are not provided in the datasheet.
References
Daikin, Technical data book RXM-R https://www.heizman24.de/media/pdf/fa/50/2c/Daikin-RXM-R-Produktdatenbuch.pdf
Extends from Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.GenericHeatPump (Partial heat pump data).
Contents
| Type | Name | Default | Description |
|---|---|---|---|
| Real | tabPEle[:, :] | [0, 258.15, 263.15, 268.15, ... | Electrical power consumption table, T in K, Q_flow in W |
| MassFlowRate | mCon_flow_nominal | (9.33*1.2)/60 | Nominal mass flow rate in condenser [kg/s] |
| MassFlowRate | mEva_flow_nominal | (28.3*1.2)/60 | Nominal mass flow rate in evaporator [kg/s] |
| PressureDifference | dpCon_nominal | 0 | Nominal pressure drop in condenser [Pa] |
| PressureDifference | dpEva_nominal | 0 | Nominal pressure drop in evaporator [Pa] |
| String | devIde | "DaikinRXM20R" | Name of the device |
| Boolean | use_TEvaOutForTab | false | =true to use evaporator outlet temperature for table data, false for inlet |
| Boolean | use_TConOutForTab | false | =true to use condenser outlet temperature for table data, false for inlet |
| Real | tabQCon_flow[:, :] | [0, 258.15, 263.15, 268.15, ... | Heating output table, T in K, Q_flow in W |
| Real | tabUppBou[:, 2] | [253.15, 303.15; 291.15, 303... | Points to define upper boundary for sink temperature |
| Boolean | use_TEvaOutForOpeEnv | false | =true to use evaporator outlet temperature for operational envelope, false for inlet |
| Boolean | use_TConOutForOpeEnv | true | =true to use condenser outlet temperature for operational envelope, false for inlet |
Modelica definition
record SingleSplitRXM20R "Daikin_FTXM20R_RXM20R heating mode"
extends Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.GenericHeatPump
(
use_TConOutForOpeEnv=true,
use_TEvaOutForOpeEnv=false,
dpEva_nominal=0,
dpCon_nominal=0,
tabQCon_flow=[0,258.15, 263.15, 268.15, 273.15, 280.15, 283.15;
288.15,1190,1430,1670,1940,2590,2810;
293.15,1120,1360,1600, 1860,2500,2730;
295.15,1090,1330,1570,1830,2470,2690;
297.15,1060,1300,1540,1800,2430,2660;
298.15,1040,1280,1520,1780,2410,2640;
300.15,1010,1250,1490,1760,2380,2610],
tabPEle=[0,258.15, 263.15, 268.15, 273.15, 280.15, 283.15;
288.15,320,340,360,460,490,510;
293.15,330,350,370,470,500,520;
295.15,340,360,370,480,500,520;
297.15,340,360,380,480,510,530;
298.15,340, 360,380,490,510,530;
300.15,350,370,380,490,520,540],
mCon_flow_nominal=(9.33*1.2)/60,
mEva_flow_nominal=(28.3*1.2)/60,
tabUppBou=[253.15,303.15; 291.15,303.15],
devIde="DaikinRXM20R",
use_TConOutForTab=false,
use_TEvaOutForTab=false);
end SingleSplitRXM20R;
Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.EN14511.Vitocal251A08
A2W Vitocal 251 by Viessmann
Information
Data from the planning book (Planungshandbuch) from Viessmann.
While the product exists in different sizes, this record contains the data for the subtype 251-A08. If you want to model the pressure losses of the device, check out the data sheet and the installed pumps. The pressure loss depends mostly on the hydraulic system according to the datasheet.
The nominal mass flow rate is calculated for the nominal point A7/W35, with a temperature spread of 5 K.
References
Viessmann, Planungshandbuch. https://www.haustechnik-handrich.de/media/pdf/54/c4/14/vie-pa-z022164.pdf.
Extends from GenericAirToWater (Partial record for air-to-water heat pump devices).
Contents
| Type | Name | Default | Description |
|---|---|---|---|
| Real | tabPEle[:, :] | [0, 253.15, 258.15, 266.15, ... | Electrical power consumption table, T in K, Q_flow in W |
| MassFlowRate | mCon_flow_nominal | 5600/5/4184 | Nominal mass flow rate in condenser [kg/s] |
| MassFlowRate | mEva_flow_nominal | 2125/3600/1.204 | Nominal mass flow rate in evaporator [kg/s] |
| PressureDifference | dpCon_nominal | 0 | Nominal pressure drop in condenser [Pa] |
| PressureDifference | dpEva_nominal | 0 | Nominal pressure drop in evaporator [Pa] |
| String | devIde | "Vitocal251A08" | Name of the device |
| Boolean | use_TEvaOutForTab | false | =true to use evaporator outlet temperature for table data, false for inlet |
| Boolean | use_TConOutForTab | true | =true to use condenser outlet temperature for table data, false for inlet |
| Real | tabQCon_flow[:, :] | [0, 253.15, 258.15, 266.15, ... | Heating output table, T in K, Q_flow in W |
| Real | tabUppBou[:, 2] | [253.15, 333.15; 263.15, 363... | Points to define upper boundary for sink temperature |
| Boolean | use_TEvaOutForOpeEnv | false | =true to use evaporator outlet temperature for operational envelope, false for inlet |
| Boolean | use_TConOutForOpeEnv | true | =true to use condenser outlet temperature for operational envelope, false for inlet |
Modelica definition
record Vitocal251A08 "A2W Vitocal 251 by Viessmann"
extends GenericAirToWater(
dpEva_nominal=0,
dpCon_nominal=0,
tabUppBou=[253.15,333.15; 263.15,363.15; 313.15,363.15],
use_TConOutForOpeEnv=true,
use_TEvaOutForOpeEnv=false,
tabQCon_flow=[
0, 253.15, 258.15, 266.15, 275.15, 280.15, 283.15, 293.15, 303.15, 308.15;
308.15, 4490, 5170, 6470, 6790, 8000, 10210, 12330, 12310, 13090;
318.15, 4230, 4900, 6260, 6780, 8370, 9970, 11520, 13040, 12640;
328.15, 3780, 4710, 6030, 6830, 8380, 9940, 11500, 13070, 13110;
338.15, 0, 3170, 4610, 6320, 8140, 9550, 11290, 12100, 12180;
343.15, 0, 0, 3830, 5560, 7600, 8700, 11290, 12500, 12590],
tabPEle=[
0, 253.15, 258.15, 266.15, 275.15, 280.15, 283.15, 293.15, 303.15, 308.15;
308.15, 2128, 2238, 2396, 1835, 1633, 2006, 1720, 1465, 1558;
318.15, 2299, 2402, 2641, 2173, 2244, 2462, 2110, 1734, 1584;
328.15, 2305, 2631, 2899, 2493, 2669, 2915, 2556, 2164, 2081;
338.15, 0, 2032, 2478, 2760, 3095, 3375, 3085, 2521, 2511;
343.15, 0, 0, 2201, 2699, 3193, 3398, 3330, 2822, 2817],
mEva_flow_nominal=2125/3600/1.204,
mCon_flow_nominal=5600/5/4184,
use_TConOutForTab=true,
use_TEvaOutForTab=false,
devIde="Vitocal251A08");
end Vitocal251A08;
Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.EN14511.WAMAK_WaterToWater_220kW
220 kW water to water with R513A
Information
Data for large scale (220 kW) water-to-water heat pump from WAMAK. Nominal pressure losses are the maximal values given in the datasheet, same for the nominal mass flow rates.
References
WAMAK, Produktblatt ver. 2023/24. WAMAK Product Sheets Application.
Extends from Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.GenericHeatPump (Partial heat pump data).
Contents
| Type | Name | Default | Description |
|---|---|---|---|
| Real | tabPEle[:, :] | [0, 268.15, 269.15, 270.15, ... | Electrical power consumption table, T in K, Q_flow in W |
| MassFlowRate | mCon_flow_nominal | 29.07/3600*997 | Nominal mass flow rate in condenser [kg/s] |
| MassFlowRate | mEva_flow_nominal | 27.35/3600*997 | Nominal mass flow rate in evaporator [kg/s] |
| String | devIde | "WAMAK_TWW220_WHR_HeavyDuty" | Name of the device |
| Boolean | use_TEvaOutForTab | false | =true to use evaporator outlet temperature for table data, false for inlet |
| Boolean | use_TConOutForTab | true | =true to use condenser outlet temperature for table data, false for inlet |
| Real | tabQCon_flow[:, :] | [0, 268.15, 269.15, 270.15, ... | Heating output table, T in K, Q_flow in W |
| Real | tabUppBou[:, 2] | [268.15, 328.15; 273.15, 333... | Points to define upper boundary for sink temperature |
| Boolean | use_TEvaOutForOpeEnv | false | =true to use evaporator outlet temperature for operational envelope, false for inlet |
| Boolean | use_TConOutForOpeEnv | true | =true to use condenser outlet temperature for operational envelope, false for inlet |
Modelica definition
record WAMAK_WaterToWater_220kW "220 kW water to water with R513A"
extends Buildings.Fluid.HeatPumps.ModularReversible.Data.TableData2D.GenericHeatPump
(
dpEva_nominal(displayUnit="kPa") = 40000,
dpCon_nominal(displayUnit="kPa") = 40000,
tabUppBou=[
268.15, 328.15;
273.15, 333.15;
283.15, 343.15;
293.15, 353.15],
mEva_flow_nominal=27.35/3600*997,
mCon_flow_nominal=29.07/3600*997,
tabPEle=[0, 268.15, 269.15, 270.15, 271.15, 272.15, 273.15, 274.15, 275.15,
276.15, 277.15, 278.15, 279.15, 280.15, 281.15, 282.15, 283.15, 284.15,
285.15, 286.15, 287.15, 288.15, 289.15, 290.15, 291.15, 292.15, 293.15,
294.15, 295.15, 296.15, 297.15, 298.15, 299.15, 300.15, 301.15, 302.15,
303.15, 304.15, 305.15, 306.15, 307.15, 308.15, 309.15, 310.15, 311.15,
312.15, 313.15, 314.15, 315.15, 316.15, 317.15, 318.15;
328.15, 30100, 30100, 30100, 30100, 30100, 30100, 30100, 30100, 30100,
30100, 30200, 30200, 30200, 30200, 30200, 30300, 30300, 30300, 30400,
30400, 30400, 30500, 30500, 30600, 30600, 30700, 30700, 30800, 30800,
30900, 31000, 31000, 31100, 31200, 31200, 31300, 31400, 31500, 31500,
31600, 31700, 31800, 31900, 32000, 32100, 32200, 32300, 32400, 32500,
32600, 32700;
333.15, 0, 0, 0, 0, 0, 33500, 33500, 33500, 33500, 33500, 33500, 33500,
33600, 33600, 33600, 33600, 33600, 33600, 33600, 33700, 33700, 33700,
33700, 33800, 33800, 33900, 33900, 33900, 34000, 34000, 34100, 34100,
34200, 34200, 34300, 34300, 34400, 34400, 34500, 34600, 34600, 34700,
34800, 34900, 34900, 35000, 35100, 35200, 35300, 35400, 35400;
343.15, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 41700, 41600, 41600,
41600, 41600, 41600, 41600, 41600, 41600, 41600, 41600, 41600, 41600,
41600, 41600, 41600, 41600, 41600, 41600, 41600, 41600, 41700, 41700,
41700, 41700, 41700, 41800, 41800, 41800, 41900, 41900, 41900, 42000,
42000, 42100, 42100;
353.15, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 0, 51400, 51400, 51300, 51300, 51200, 51200, 51200, 51100,
51100, 51000, 51000, 51000, 50900, 50900, 50900, 50800, 50800, 50800,
50800, 50700, 50700, 50700, 50700, 50600, 50600, 50600],
tabQCon_flow=[0, 268.15, 269.15, 270.15, 271.15, 272.15, 273.15, 274.15,
275.15, 276.15, 277.15, 278.15, 279.15, 280.15, 281.15, 282.15, 283.15,
284.15, 285.15, 286.15, 287.15, 288.15, 289.15, 290.15, 291.15, 292.15,
293.15, 294.15, 295.15, 296.15, 297.15, 298.15, 299.15, 300.15, 301.15,
302.15, 303.15, 304.15, 305.15, 306.15, 307.15, 308.15, 309.15, 310.15,
311.15, 312.15, 313.15, 314.15, 315.15, 316.15, 317.15, 318.15;
328.15, 65800, 68000, 70200, 72400, 74800, 77200, 79700, 82300, 84900,
87700, 90500, 93400, 96400, 99500, 102600, 105900, 109300, 112800,
116400, 120100, 123900, 127800, 131900, 136100, 140400, 144800, 149300,
154000, 158800, 163800, 168900, 174100, 179500, 185000, 190700, 196600,
202600, 208700, 215000, 221500, 228200, 235000, 242000, 249200, 256500,
264100, 271800, 279700, 287800, 296100, 304600;
333.15, 0, 0, 0, 0, 0, 75200, 77600, 80000, 82500, 85000, 87700, 90400,
93200, 96100, 99100, 102100, 105300, 108600, 111900, 115400, 119000,
122600, 126400, 130300, 134400, 138500, 142800, 147200, 151700, 156300,
161100, 166100, 171100, 176300, 181700, 187200, 192800, 198600, 204600,
210700, 217000, 223400, 230000, 236800, 243800, 250900, 258200, 265700,
273400, 281200, 289300;
343.15, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 95000, 97700, 100500,
103300, 106300, 109400, 112500, 115800, 119100, 122600, 126100, 129800,
133600, 137500, 141500, 145600, 149900, 154300, 158800, 163500, 168200,
173200, 178200, 183400, 188800, 194300, 199900, 205700, 211700, 217800,
224100, 230600, 237200, 244000, 250900, 258100;
353.15, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0,
0, 0, 0, 114300, 117300, 120500, 123700, 127000, 130500, 134100, 137700,
141500, 145400, 149500, 153600, 157900, 162300, 166800, 171500, 176300,
181300, 186400, 191700, 197100, 202600, 208300, 214200, 220200, 226400],
devIde="WAMAK_TWW220_WHR_HeavyDuty",
use_TConOutForTab=true,
use_TEvaOutForTab=false);
end WAMAK_WaterToWater_220kW;