SAMSUNG Modeling Guide for Trace 700

Transcription

1 SAMSUNG ing Guide for Trace 700 V1_102017A

2 Disclaimer The information contained in this Trace 700 ing Guide and in the DVM S library file ("Information ) is for informational purposes only and should not be construed as engineering or other technical advice. Samsung is under no obligation to update or keep current the information or to correct any inaccuracies therein. Samsung and its affiliates, directors, employees and agents expressly disclaim any liability or responsibility for any loss or damage arising out of the content, accuracy or appropriateness of the Information or from the use of all or any part of the Information by any person. You should obtain your own professional advice and conduct your own independent evaluation with respect to the subject matter herein. Samsung is not responsible for, and does not make any assurances regarding, the function or suitability of Trace 700 Building Energy Analysis Software. V1_102017A 2

3 Contents 1. Introduction 2. Program Installation 3. Importing SAMSUNG DVM S Library File 4. System ing Air cooled DVM S Appendix A Outdoor Unit Specifications Appendix B Indoor Unit Specifications V1_102017A 3

4 1. Introduction This document aims to provide guidance for building a simulation model when analyzing annual energy consumption and conservation standard for energy and environmental design at the design stage of a HVAC system. It guides through the process of 1) installation of the library file for Samsung DVM S units and 2) building a DVM S system on Trace 700, which is a building energy analysis software. Please visit the Trane website ( for information about purchasing a copy of Trace 700 (including instructions). The library file can be downloaded at The library file includes 181 models of air-cooled heat pump/heat recovery outdoor units (North American models) and 126 models of the following indoor unit types: duct, AHU, 1way/4way cassette, wall-mount, ceiling, and floor standing. Each model was built on the basis of the cooling and heating performance curves (capacity ratio modifier function of temperature, energy input ratio modifier function of temperature, part-load ratio correction factors, and piping correction factors). The rated specifications of the outdoor and indoor units are shown in Appendix A and Appendix B, respectively. The results of any simulation are only a guideline and actual system performance will depend on conditions in addition to the relevant units rated specifications. In order to increase the accuracy of a simulation, it is critical to use measured data from an actual building and HVAC system. Even if the DVM S system modeling is carried out per these instructions, Samsung HVAC does not represent or warrant that system performance will match the simulation results. V1_102017A 4

5 2. Program Installation Download Trace 700 S/W from the web address below: (from the webpage, go to PRODUCTS AND SYSTEMS Design & Analysis Tools Download Center Software Download Center) V1_102017A 5

6 3. Importing SAMSUNG DVM S Library File 1) Run Trace 700, then select Libraries tab Equipment Cooling. 2) From "Library / Template Editors" window, select File Import Custom Library, and open the downloaded "Samsung_DVM S_Lib.EXP" file. 3) Close "Library / Template Editors" window. 1) 2) V1_102017A 6

7 3. Importing SAMSUNG DVM S Library File 4) Select Libraries Equipment Cooling to re-open "Library / Template Editors" window. 5) Select Air-cooled unitary from "Cooling category drop-down list, and select "Samsung_DVM S" from "Equipment type drop-down list. 5) V1_102017A 7

8 4. System ing Air cooled DVM S 1) Click "Create Systems icon in Project Navigator window. 2) Select "Selection tab in "Create Systems" window. 3) Select All in System category and select Variable Refrigerant Flow in System type. 4) Click Apply. 1) 4) 3) 2) V1_102017A 8

9 4. System ing Air cooled DVM S 5) Select "Fans tab from Create Systems window, and select the target system name from System description drop-down list. 6) Select "Samsung Indoor Unit" from Type drop-down list, and refer to Appendix B Indoor Unit Specifications to input Static Pressure and Full Load Energy Rate of the target indoor unit. In Trace 700, only one indoor unit can be modeled in one system. If the target system includes multiple indoor units, the average of full load energy rate is calculated and input. The calculation method is as follows. - Target indoor units : AM007FNLDCH X 1ea, AM012FNLDCH X 2ea, AM024FNLDCH X 3ea - : (7500 X 1) + (12000 X 2) + (24000 X 3) = [BTU/h] - Average Full Load Energy : {(7500 X 1 X ) + (12000 X 2 X ) + (24000 X 3 X )} / (103500) = [kw/cfm] 7) Click Apply and close the window. 7) 6) 5) V1_102017A 9

10 4. System ing Air cooled DVM S 8) Click "Assign Rooms to Systems" icon in Project Navigator window. 9) Select target room(s) from Unassigned Rooms list, and drag to an appropriate VRF system to the right. 8) 9) Drag & Drop V1_102017A 10

11 4. System ing Air cooled DVM S 10) Click Create Plants icon in "Project Navigator window. 11) Drag Air-cooled Unitary icon from Equipment Category to Cooling Plants, and drag Electric resistance icon from Equipment Category to Heating Plants. 12) Select a cooling/heating plants and click Edit to change the plant name. 10) 11) Drag & Drop Drag & Drop 12) V1_102017A 11

12 4. System ing Air cooled DVM S 13) Select Cooling Equipment tab from Create Plants window. 14) From Equipment type drop-down list, select Samsung_DVM S, and, from Heat Rejection s Type drop-down list, select Included in Compressor Power. 15) Input Capacity and Energy rate for cooling mode in the fields for Cooling. Input the values for heating mode in the fields for Heat recovery. If capacity value is left blank, the calculated peak load determines the capacity. 16) Click Apply and Close the window. 16) 14) 15) 13) Note : The VRF Heat Recovery option is able to recover heat from one VRF indoor Unit and share it with other indoor units that are connected to the same refrigerant circuit. TRACE assumes that heat can be recovered between all zones that are assigned to the system. However, heat recovery outdoor units are available only up to a certain capacity (20 tons, as of this writing). To accurately model VRF heat recovery, the design capacity of all the indoor units (zones) assigned to the system should be no larger than the available capacity of the VRF heat Recovery outdoor unit. This might require the creation of several systems and several cooling plants. (Refer to Trace 700 User s Manual, Building Energy and Economic Analysis version 6.3 ) V1_102017A 12

13 4. System ing Air cooled DVM S 17) Select Assign System icon in "Project Navigator window. 18) Drag the cooling system(s) and heating system(s) from Unassigned system/coils box to a respective plant in Systems and Plants. 17) 18) Drag & Drop V1_102017A 13

14 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM216KXVGJH/AA N AM072FXVAFH2AA N AM096FXVAFH2AA N AM120FXVAFH2AA N AM144FXVAFH2AA N AM168HXVAFH2AA N AM192HXVAFH2AA N AM072FXVAJH2AA N AM096FXVAJH2AA N AM120FXVAJH2AA N AM144FXVAJH2AA N AM168HXVAJH2AA N AM192HXVAJH2AA N AM072KXVTFH/AA N AM096KXVTFH/AA N AM072KXVTJH/AA N AM096KXVTJH/AA N V1_102017A 14

15 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM072FXVAFR2AA Y AM096FXVAFR2AA Y AM120FXVAFR2AA Y AM144FXVAFR2AA Y AM168HXVAFR2AA Y AM192HXVAFR2AA Y AM072FXVAJR2AA Y AM096FXVAJR2AA Y AM120FXVAJR2AA Y AM144FXVAJR2AA Y AM168HXVAJR2AA Y AM192HXVAJR2AA Y AM072KXVTFR/AA Y AM096KXVTFR/AA Y AM072KXVTJR/AA Y AM096KXVTJR/AA Y V1_102017A 15

16 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM038KXWDCH N AM048KXWDCH N AM055KXWDCH N AM072HXWAFR N AM072HXWAJR N AM072KXVTFH N AM072KXVTFR Y AM072KXVTJH N AM072KXVTJR Y AM096HXWAFR N AM096HXWAJR N AM096KXVTFH N AM096KXVTFR Y AM096KXVTJH N AM096KXVTJR Y AM120HXWAFR Y AM120HXWAJR Y V1_102017A 16

17 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM144HXWAFR Y AM144HXWAJR Y AM144KXVTFH N AM144KXVTFR Y AM144KXVTJH N AM144KXVTJR Y AM168HXVAFH N AM168HXVAFR Y AM168HXVAJH N AM168HXVAJR Y AM168HXWAFR Y AM168HXWAJR N AM168KXVTFH N AM168KXVTFR Y AM168KXVTJH N AM168KXVTJR Y AM192HXVAFH N V1_102017A 17

18 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM192HXVAFR Y AM192HXVAJH N AM192HXVAJR Y AM192HXWAFR N AM192HXWAJR N AM192KXVTFH N AM192KXVTFR Y AM192KXVTJH N AM192KXVTJR Y AM216HXWAFR N AM216HXWAJR N AM216JXVAFH N AM216JXVAFR Y AM216JXVAJH N AM216JXVAJR Y AM216KXVGJH N AM216KXVTFH N V1_102017A 18

19 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM216KXVTFR Y AM216KXVTJH N AM216KXVTJR Y AM240HXWAFR Y AM240HXWAJR Y AM240JXVAFH N AM240JXVAFR Y AM240JXVAJH N AM240JXVAJR Y AM240KXVTFH N AM240KXVTFR Y AM240KXVTJH N AM240KXVTJR Y AM240KXWAFR N AM240KXWAJR N AM264HXWAFR Y AM264HXWAJR N V1_102017A 19

20 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM264JXVAFH N AM264JXVAFR Y AM264JXVAJH N AM264JXVAJR Y AM264KXVTFH N AM264KXVTFR Y AM264KXVTJH N AM264KXVTJR Y AM288HXWAFR N AM288HXWAJR N AM288JXVAFH N AM288JXVAFR Y AM288JXVAJH N AM288JXVAJR Y AM288KXVTFH N AM288KXVTFR Y AM288KXVTJH N V1_102017A 20

21 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM288KXVTJR Y AM312HXWAFR Y AM312HXWAJR N AM312JXVAFH N AM312JXVAFR Y AM312JXVAJH N AM312JXVAJR Y AM336HXWAFR Y AM336HXWAJR N AM336JXVAFH N AM336JXVAFR Y AM336JXVAJH N AM336JXVAJR Y AM360HXWAFR Y AM360HXWAJR N AM360JXVAFH N AM360JXVAFR Y V1_102017A 21

22 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM360JXVAFR Y AM360JXVAJH N AM360JXVAJR Y AM384HXWAFR N AM384HXWAJR N AM384JXVAFH N AM384JXVAFR Y AM384JXVAJH N AM384JXVAJR Y AM408HXWAFR N AM408HXWAJR N AM408JXVAFH N AM408JXVAFR Y AM408JXVAJH N AM408JXVAJR Y AM408KXVGJH N AM432HXWAFR N V1_102017A 22

23 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM432JXVAFH N AM432JXVAFR Y AM432JXVAJH N AM432JXVAJR Y AM432KXVGJH N AM456HXWAFR N AM456HXWAJR N AM456JXVAFH N AM456JXVAFR Y AM456JXVAJH N AM456JXVAJR Y AM480HXWAFR N AM480HXWAJR N AM480JXVAFH N AM480JXVAFR Y AM480JXVAJH N AM480JXVAJR Y V1_102017A 23

24 Appendix A Outdoor Unit Specifications Heating Cooling Heat Recovery (Y/N) AM504HXWAFR N AM504HXWAJR N AM504JXVAFH N AM504JXVAFR Y AM504JXVAJH N AM504JXVAJR Y AM528JXVAFH N AM528JXVAFR Y AM528JXVAJH N AM528JXVAJR Y AM576HXWAFR N AM576HXWAJR N V1_102017A 24

25 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM007MNMDCH AM009MNMDCH AM012MNMDCH AM015MNMDCH AM018MNMDCH AM024MNHDCH AM027MNHDCH AM030MNHDCH AM036MNHDCH AM048MNHDCH AM009FN4DCH AM012FN4DCH AM018FN4DCH AM024FN4DCH AM030FN4DCH AM036FN4DCH AM048FN4DCH V1_102017A 25

26 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM007FNLDCH AM009FNLDCH AM012FNLDCH AM018FNLDCH AM024FNLDCH AM030FNLDCH AM036FNLDCH AM048FNLDCH AM024JNHDCH AM027JNHDCH AM030JNHDCH AM036JNHDCH AM048JNHDCH AM054JNHDCH AM036FNHDCH , AM048FNHDCH , AM076FNHDCH V1_102017A 26

27 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM096FNHDCH AM012JNZDCH AM018JNZDCH AM024JNZDCH AM030JNZDCH AM036JNZDCH AM048JNZDCH AM054JNZDCH AM060JNZDCH AM072JNZDCH AM007FN1DCH AM009FN1DCH AM012FN1DCH AM005KNNDCH AM007KNNDCH AM009FNNDCH AM012FNNDCH V1_102017A 27

28 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM018FNNDCH AM020FNNDCH AM009KN4DCH AM012KN4DCH AM018KN4DCH AM024KN4DCH AM030KN4DCH AM036KN4DCH AM048KN4DCH AM007HNQDCH AM009HNQDCH AM012HNQDCH AM018HNQDCH AM020HNQDCH AM024HNQDCH AM018FNCDCH AM024FNCDCH V1_102017A 28

29 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM036JNCDCH AM048JNCDCH AM006JNFDCH AM009JNFDCH AM012JNFDCH AM018JNFDCH AM024JNFDCH AM006JNGDCH AM009JNGDCH AM012JNGDCH AM018JNGDCH AM024JNGDCH V1_102017A 29

30 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM005KNNDCH 5,000 6, AM006JNFDCH AM006JNGDCH AM007HNQDCH AM007KNNDCH AM009HNQDCH AM009JNFDCH AM009JNGDCH AM009KN4DCH AM012FN4DCH AM012HNQDCH AM012JNFDCH AM012JNGDCH AM012JNZDCH AM012KN4DCH AM018HNQDCH AM018JNFDCH V1_102017A 30

31 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM018JNGDCH AM018JNZDCH AM018KN4DCH AM020HNQDCH AM024HNQDCH AM024JNFDCH AM024JNGDCH AM024JNHDCH 24,000 27, AM024JNZDCH AM024KN4DCH AM027JNHDCH 27,000 30, AM030JNHDCH 30,000 34, AM030JNZDCH AM030KN4DCH AM036JNCDCH , AM036JNHDCH 36,000 40, AM036JNZDCH V1_102017A 31

32 Appendix B Indoor Unit Specifications [Btu/h] [Btu/h] Max Airflow [CFM] Fan Power [W] Energy Rate Units [kw / CFM] Static Pressure [in. wg] AM036KN4DCH AM048JNCDCH AM048JNHDCH 48,000 54,000 1, AM048JNZDCH AM048KN4DCH AM054JNZDCH AM060JNZDCH AM072JNESCH AM072JNZDCH AM076FNHDCH AM096FNHDCH AM096JNESCH V1_102017A 32

33 Ver.1.0 Samsung Electronics Co., LTD. Samsung HVAC 776 Henrietta Creek Rd.Suite 100 Roanoke TX Website : applications@samsunghvac.com Images and data in this book may subject to change without prior notice. V1_102017A