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Home My WebLink AboutB13-0056 ******************************************************************************************** TOWN OF VAIL, COLORADOCopy Reprinted on 03-29-2013 at 14:01:52 03/29/2013 Statement ******************************************************************************************** Statement Number: R130000233 Amount: $655. 00 03/29/201302:01 PM Payment Method: Check Init: DR Notation: CK# 2322 OAC MANAGEMENT INC ----------------------------------------------------------------------------- Permit No: B13-0056 Type: COMBINATION BLDG PERMIT Parcel No: 2101-082-8701-3 Site Address: 151 VAIL LN VAIL Location: CHALET 13 Total Fees: $6, 672. 96 This Payment: $655.00 Total ALL Pmts: $655.00 Balance: $6, 017. 96 ******************************************************************************************** ACCOUNT ITEM LIST: Account Code Description Current Pmts -------------------- ------------------------------ ------------ PF 00100003112300 PLAN CHECK FEES 655.00 ----------------------------------------------------------------------------- �I� Department of Community Development �� 75 South Frontage Road TOWN OF VAIL ` ` � va�i, co s�s5� Tel: 970-479-2128 www.vailgov.com Development Review Coordinator BUILDING PERMIT APPLICATION (Separate applications are required for alarm&sprinkler) Project Street Address: ' Project#: ��J i � -��( �. 151 Vail Lane 13 /� �/- (Number) (Street) (Suite#) DRB#: �1�-�` �G'Ci S b The Chalets at the Lod e at Vail Building Permit#: � � 3 T�� Building/Complex Name: 9 , Contractor Information Lot#: Block# Subdivision: Business Name: OAC Management Inc. Business Address: 275 Riverwalk Garnett 2086 �Nork Class: New�) Addition �) Alteration�j City Edwards State: CO Zip: 81632 Type of Building: Contact Name: Erik Peterson Single-Family�) Duplex� Multi-Family�) Commercial� Other�) Contact Phone: 9�0-390-0164 Contact E-Mail: erikpeterson@oacminc.com Work Type: Interior Q) Exterior Oj Both� I hereby acknowledge that I have read this application,filled out Valuation of in full the information required,completed an accurate plot plan, Work Included Plans Included Work and state that all the information as required is correct. I agree to Electrical �)Yes Q)No Q)Yes O)No 26781 comply with the information and plot plan,to comply with all Town ordinances and state laws, and to build this structure according to Mechanical �jYes Q)No �)Yes QjNo 88859 the town's zoning and subdivision codes, design review ap- proved,International Bu' ' nd Residential Codes and other Plumbing �Yes • )No QjYes �jNo � ordinances of the T n 'cable thereto. Building �)Yes No �Yes �)No ��G� X Value of all work being performed: $ 145640 Owner/ ne s Representa ure(Required) �value based on IBC Section 109.3&IRC Section 108.3� Electrical Square Footage i, UUC� Applicant Information Detailed Scope and Location of Work: �nstalling 10 ton Applicant Name: Erik Peterson chiller on South end of the Chalet 13. The chiller will be Applicant Phone: g�0-390-0164 inclosed in a shadow box as shown on the drawings. Applicant E-Mail: erikpeterson@oacminc.com The new chiller will be connected to the mechanical Project Information room on the 3rd floor. Also, an additional FCU will be Owner Name: Ski Vail, LLC installed above the bathroom on the 4th floor. Parcel#: Z-� ��- G�LZ - �7L1 - 7j (For Parcel#,contact Eagle County Assessors O�ce at(970328-8640 or visit www.eag lecou n ty.us/pati e) (use additional sheet if necessary) For Office Use Only: Date Received• I.S � !� I1 1! t� Fee Paid: ' � Received From: Cash Check# � `�8 �Q�3 CC: Visa/MC Last 4 CC# exp date: Auth # wN oF va � 15-Mar-2012 r O O Originators. In��ovators. Never the Imitators.5r„ �� - , 4� o� p�� w ' � a 5 k � �.z�� "��- �� ,�� .d�t�,� �+k . s�;�'i� �m�a��Y � r '�` �� ty.�,; � t. � '�1",Y�'`��taz ' . ae.,7�;`: :, � � � � �� > 4 � X.��h$� ��` + � N �� n�!�r ,,,�a. � . � .{ �.qi§.f ;t: ��e. ��:� .t f ��d S ' r�'�. ,�•:� �3 4 '.�,1 �� ,,�. �� ,� �; _ �� ,` �� L�` � �� <�� ° � ;i � E �� '� ;, � � ' ` � � � + � � �� , ;�� `" w� "��` � �� n: �� E q �'" �Aa� 3,t � i ;�;�'° $� "�� ,; 'v`a t'� . i�� ' �' �r��.��. � �� 1�,��,� : . Produes� �ata Ca��g � Far c 'll.�r�s:with R-410A refrigerant � �� ..�.. � , For Modules: ASP010X ASP060X PMP04 FCP04 ASP015X PMP01 FCP01 ASP-OOT ASP020X PMP02 FCP02 ASP-OOG � � ASP030X PMP03 FCP03 � AIRSTACK PACKAGED AIR COOLED . � � � � Productintroduction..................................................................................................................................................3 PerformanceData......................................................................................................................................................4 PumpSelection Charts................................................................................................................................................6 GeneralData Table.....................................................................................................................................................7 PressureDrop Tables...................................................................................................................................................9 SelectionData..........................................................................................................................................................10 ChillerDrawing.........................................................................................................................................................12 RequiredPiping and Efectrical Data...........................................................................................................................14 MechanicalSpecifications.........................................................................................................................................15 MODEL NUMBER NOMENCLATURE Existing MS 50 X 1 H 1 W 0 R-410A New MS 050 X N 1 H 1 A 0 A A -410A �Refrigerant ICondenserb Evaporators AHRI Version-if applicable Application4 Module Number(1-single,Z-multiple) Voltagej Configurationz AHRI Certified(C-certified,N-Not certified) Compressor Type' Module Nominal Capacity(10-160 tons) Series � � � ��P x��.� � �.� � 'B:Bristol,C:Trane Cornerstone,R:Bitzer Screw,S:Trane Scroll,T:DanfossTurbocor,Z:Copeland scroll(old elec),X:Copeland Scroll(ZP),A:Copeland Scroll(ZR) '1-Standard,2-Total access,3-Evap extended headers,4-Cond extended headers,5-Both extended headers,V-others 'A-208/3/60,L-230/3/60,H-460/3/60,C-575/3/60,D-200/3/50,E-400/3/S0,F-380/3/60,S-220/230/1/60,V-other "C-Sinqle module temp controller,A-Air Cooled split,D-Cond unit,F-Fluid cooler(high temp),H-Heat recovery,R-Heat pump,W-Water cooled 5 A-Brazed SS,B-Brazed SMO,G S&T copper,D-S&T cu-Ni,V-Other 6 A-Brazed S5,B-Brazed SMO,C-5&T copper,D-S&T cu-Ni,E-Double wall brazed,V-Other 2 _. AIRSTACK PACKAGED AIR COOLED AIRSTACK AIR COOLED MODULAR PACKAGED WAT�R CHILLER ..�- Highly Dependable � • Multiple independent refrigeration circuits '` • Comprehensive computer monitoring of operations • Automatic diagnostic recortling of fault conditions • Automatic rotation of lead compressors • Simple to operate • LCD Screen displays information in plain English ' �,ti�.��, '�`"""`` • Simple keypad provides control of system operations Easy To Instail - • Compact motlules fit through standard tloorways and into elevators °•-�"""�- � • Modules interconnect easily and quickly to form chillers from 10 to 600 tons - " (depending on module) • All refrigeration systems are factory charged and run tested Computer Control System • Operates only the capacity required by the load • Operates at peak efficiency under any given load Design Flexibility � � �� • Wide selection of module combinations �� - Free Cooling modules r`,��'►�!"S�'�1'C�+C �" - Tanks � - Glycol shotfeeders � �_�:�:�� .��,ti,;�� - Pumping package .,��'�� - - Super-quiet modules �,,,�,,,. "'`°u-°-�1�--�--�..��, - Heat-recovery modules(desuperheaters) n_, � ��.�, �__.,. ,--. ,� �� • Install only the capacity required at the time • Wide selection of options � - Expansion tanks � - Air separator - Copper/copper coils - Baked phenolic coatings ' - Stainless-steel construction - Specialty coatings - Special valving � - Controls interface �--�� .a.,. � Simple To Service ....�,� . �, � • Isolate and service modules while remaining in � operation _ • Does not require proprietary training � • Service can often be performetl on a convenient non- f emergenry basis • Most components are standard,off-the-shelf design �..° �� m � ..� 3 AIRSTACK PACKAGED AIR COOLED � i. � �� •� �� eaving Ambient Air Temperature°F Ch i I I ed (A suitable antifreeze solution is required for operation below 40°FAmbient) Water G5:0 75.0 85.0 95.0 105.0 �F Tons kW EER Tons kW EER Tons kW EER Tons kVJ EER Tons kW EER �}0.0 11J 10.0 13.96 11.1 11.0 12.12 10.4 12.0 10.41 9J 13.2 8.84 9.0 14.6 7.40 42.0 12.2 10.0 14.55 11.5 10.9 12.62 10.8 12.0 10.85 10.1 13.2 9.22 9.4 14.5 7.73 44.0 12.6 10.0 15.16 12.0 10.9 13.15 113 72.0 1131 10.5 73.1 9.62 9.8 14.5 8.08 45.0 12.9 10.0 15.47 12.2 10.9 13.42 11.5 11.9 11.54 10.8 13.1 9.82 10.0 14.5 8.25 46.0 13.1 10.0 15.79 12.4 10.9 13.69 11.7 11.9 71.77 11.0 13.1 10.03 10.2 14.5 8.43 48.0 13.6 9.9 16.44 12.9 10.9 14.25 12.2 11.9 12.�6 11.4 13.1 10.45 10.6 14.4 8.80 50.0 14.1 9.9 17.12 13.4 10.8 14.83 12.6 11.9 1�.76 11.8 13.1 10.88 11.0 14.4 9.17 AHRI specification points are in bold. µ _ � Leaving Ambient Air Temperature°F Chllled (A suita6le antifreeze solution is required for operation belaw 40`FAmbientJ Water 65.0 75.0 85.0 95.0 105.0 �F Tons kW EER Tons kW EER Tons kW EER Tons kW EER Tons kW EER 40.0 16.1 13.1 14.67 15.2 14.5 12.55 14.2 16.1 10.63 13.2 17.9 8.87 12.1 20.0 7.28 42.0 16.7 13.1 15.24 15.8 14.5 13.05 14.8 16.7 17.07 13.8 17.9 9.25 12.7 20.0 7.60 44.0 17.4 13.2 15.83 16.4 14.5 13.56 15.4 16.1 11.51 14.3 17.8 9.64 13.2 19.9 7.94 45.0 17.7 13.2 16.12 16.7 14.5 13.83 15.7 16.1 11.74 14.6 17.8 9.84 13.5 19.9 8.11 46.0 18.0 13.2 16.42 17.1 14.5 14.09 16.0 16.1 11.97 14.9 17.8 10.04 13.7 19.9 8.28 48.0 18.7 13.2 17.03 17.7 14.5 14.63 16.7 16.1 12.44 75.5 17.8 10.45 143 19.9 8.63 50.0 19.5 13.Z 17.65 18.4 14.6 15.17 17.3 16.1 12.92 16.1 17.8 10.87 14.9 19.9 8.99 AHRI specification points are in bold. x; � ��t >`�,.�r leaving Ambient Air Temperature°� Ch i l l ed (A suitable antifreeze solution is required for operation below 40°FAmbient) Water 65.0 75.0 85.0 95.0 105.0 �F Tons kW EER Tons kW EER Tons kW EER Tons kW EER Tons kW EER 40.0 21.5 17.6 14.65 203 19.1 12.78 19.0 21.0 10.86 17.5 233 9.02 16.0 26.1 734 42.0 �23 17.6 15.17 Z1.1 19.1 13Z7 19.8 21.0 1131 183 233 9.41 16.7 26.1 7.68 44.0 23.1 17.7 15.70 21.9 19.1 13.77 20.6 21.0 11.76 19.1 23.3 9.82 17.4 26.0 8.03 45.0 23.5 17.7 15.97 223 19.1 14.02 21.0 21.0 11.99 19.5 233 10.02 17.8 26.0 8.21 46.0 24.0 17.7 16.24 22.8 19.1 14.28 21.4 21.0 12.22 19.9 23.3 10.23 18.2 26.0 839 48.0 24.8 17.7 16.79 23.6 19.2 14.79 22.2 21.0 12.70 Z0.7 233 10.65 19.0 �6.0 8.76 50.0 Z5.7 17.7 1735 24.5 19.2 1532 23.1 Z1.0 13.18 21.5 233 11.08 19.8 Z6.0 9.13 AHRI specification points are in bold. 4 AIRSTACK PACKAGED AIR COOLED � i, i �� •� �� Leaving 1'.mnient Air Temperature°� Chilled (Asuitable antifreezesolution isrequired faroperation below40°FAmbientJ Water G5.0 75.0 8i.0 95.0 105.0 �F Tons � kBJ EER I Tons kVJ [ER Tons hW EER ( Tons IxVJ [ER Tons lcVU EER 40.0 30.2 25.8 14.08 28.7 �7.9 1234 27.0 30.5 10.64 25.2 33.4 9.04 23.2 36.9 7.56 42.0 31.4 25.9 15.56 29.8 28.0 72.78 28.1 30.5 11.04 26.2 33.5 939 24Z 36.9 7.86 44.0 32.6 26.0 75.04 31.0 28.1 13.22 29.2 30.6 11.44 27.3 33.6 9.75 25.2 37.0 8.17 45.0 33.Z �6.1 15.28 31.6 28.2 13.45 29.8 30.7 11.65 27.8 33.6 9.93 25.7 37.0 833 46.0 33.8 Z6.Z 75.52 32.2 28.2 13.67 30.4 30.7 11.85 28.4 33.7 10.11 �61 37.0 8.49 48.0. 35.1 263 76.00 33.4 28.4 14.12 31.5 30.8 12.26 29.5 33.7 10.48 273 37.1 8.81 50.0 36.4 26.5 16.48 34.7 28.5 14.57 32.7 37.0 12.68 30.6 33.8 10.85 283 37.2 9.14 AHRI specification points are in bold. ,+.�,� tt, �eavinq Ambient Air Temperature°F � Chiiled (A suitable antifreeze solution is required for operation below 40°FAmbient) Water 65.0 75.0 85.0 9i.0 105.0 �F Tons kW EER Tons kW EER Tons kW EER Tons kW EER Tons kW EER 40.0 63.7 533 14.34 60.4 58.0 12.48 56.8 63.6 12.72 53.0 69.9 9.09 49.0 77.2 7.61 42.0 663 53.5 14.85 62.8 58.2 12.94 59.1 63.7 11.12 55.� 70.1 9.44 51.0 773 7.91 44.0 68.9 53.8 1536 653 58.5 13.40 61.5 63.9 11.53 57.4 70.3 9.80 53.1 77.5 8.22 � 45.0 70.2 53.9 15.62 66.6 58.6 13.63 62.7 64.0 11.74 58.6 70.4 9.98 54.2 77.6 838 46.0 71.6 54.1 15.88 67.8 58.7 13.87 63.9 64.1 11.95 59.7 70.5 10.16 553 77.7 8.53 48.0 74.3 54.4 16.40 70.5 59.0 1434 66.4 64.4 1237 62.0 70.7 10.53 57.5 77.9 8.85 50.0 771 54.7 16.93 73.2 59.2 14.82 68.9 64.6 12.80 64.4 70.9 10.91 59.7 78.1 9.17 AHRI specification points are in bold. �`` NOTES: �� . `�' 25% 50% 75% 100% IPLV 1. Capacity is based on pure water.For performance using Glycol Solution,see Adjust- ment Factor on Page 9. ASP-10 .676 .775 .973 1.247 .851 Z• All full-load performance data is based on a 10°F chilled-watertemperature drop through the evaporator. ASP-15 .642 .744 .949 1.244 .823 3. Fan and controls kW are included in tabular kW data. ASP-20 .680 .751 .931 1.2Z2 .gZ3 4. Fortotalchillerperformance,multiplyaboveoutput(Tons)andinput(kW)bythe number of modules. ASP-30 .702 .785 .965 1.230 .855 5. Leaving watertemps below 40°requires freeze protection. 6. Based on 0.0001 fouling waterforthe evaporator. ASP-60 .679 .768 .955 1.224 .840 7, Following ARI 550/590 Standard Z9.92 inches mercury barometric pressure is Based on AHRI standard percentage retio point. used for the data basis. 5 AIRSTACK PACKAGED AIR COOLED � i � � � � �� ;�,, � �. {� �"�r. ��' �� s.6' .• . . . �,�ba�r�.: � LEAVING WATER�TEMPERATURE/GPM � oF 45 50 55 30 m 60 m 90 m 30 m 60 c m 40 m 30 m 60 G�m 90 m 30°F 15.5 14.0 133 21.1 18.7 17.8 27.0 �3.5 223 35°F 10.2 93 8.9 15.8 14.1 133 21.5 18.8 17.8 40°F 5.1 4.7 4.5 10.4 9.4 8.9 16.0 14.1 13.4 � �� ` n� ��, .�, ��, r, .'i; . o�'� c! � �'. . . Ambient LEAVING�11ATEP TEMPERATURE/GPM o� 45 50 55 30 m 60 m 90 m 30 m 60 m 90 m 30 m 60 m 90 m 30°F 28.9 27.0 25.6 41.0 36.2 34.2 53.8 45.8 42.9 35°F 18.9 18.0 17.1 30.1 273 25.7 42.8 36.5 34.4 40°F 93 9.0 8.5 19.9 18.1 17.1 313 27.4 25.7 ---- -- i� ;r � , - �, �y. �m�ier,t LEAVING VVAi'ER iEPdPERATURE/GPM oF 45 50 55 30 m 60 m 90 m 30 m 60 m 90 m 30 m 60 m 90 m 30°F 60.4 42.9 37.8 82.2 57.5 50.8 1043 723 63.6 35°F 40.0 28.6 253 61.1 43.1 37.9 82.8 57.7 50.9 40°F 193 14.4 12.7 40.1 28.8 25.4 61.7 43.2 38.2 Notes:1.Capaciiy is based on pure wafer.For performance using Glycol solution,see Adjustment Factoron Page 9: 1.A suitable antifreezesolution is re uired foro eration below40°FAmbient � •� ��, , � ,,� � • , �,,�., .,� ,-.' .c � ��i.� � �� «, . Ambien; LEAVING WATER TEMPERATURE/GPM aF R5 50 55 30 m 60 m 90 m 30 m 60 m 90 m 30 m 60 m 90 m 30°F 60.4 42.9 37.8 8�.2 57.5 50.8 1043 723 63.6 35°F 40.0 28.6 253 61.1 43.1 37.9 82.8 57.7 50.9 40°F 193 14.4 12.7 40.1 28.8 25.4 61.7 43.2 38.2 - Notes:1.Capacity is based on pure water.For performance using Glycol solution,see Adjustmeni Factor on Page 9. 1.A suitable antifreezesalution is re uired foro eration below40°FAmbient �'.... ► . � r.�`� � � Y,�i` a'j"r �,.a.w , �;"�� '�i ��i'� �� ,.�,�tt ��.. :^ ro�'t�a:.: FCP1 FCP2 FCP3 FCP4 CondenserFans MotorT e Totall Enclosed Totall Enclosed Totall Enclosed Totall Enclosed HP 1 2 2 Z Quantit 2 2 2 2 Fan T e Axial Axial Axial Axial Fan Material Com Com Com Com Air Flow(cfm)( er module) 8,500 16,000 22 000 FCP1 fCP2 FCP3 FCP4 CondenserCoils* Fin Material Aluminum Aluminum Aluminum Aluminum Tube Material Co er Co er Co er Co er Tube Diameter(in.) 1/2 1/2 1/2 1/� Number of Rows 6 6 6 6 Coil Dimensions(Quantit ) 30 x 49(2) 30 x 61�/z(2) 42 x 73'/z(2) Free Coolin Coil Water Volume( allons) 10.8 15.2 30.8 Module Dr Wei ht(Ib.) 1150 1550 1850 *On Free Cool Modules,coils are utilized as water recoolers rather than for refri erant condensin . 6 � AIRSTACK PACKAGED AIR COOLED �. ,., , . � ,:. , .�� -� � , �� '�� ,. ,-�� Com ressor ASP-10X ASP-75X ASP-20X ASP-30X ASP-60X ASP-61X T e SCROLL SCROLL SCROLL SCROLL SCROLL SCROLL Nominal Ca acit ( er com ressor) 5 7.5 10 15 30 30 Quantit Z-TANDEM 2-TANDEM 2-TANDEM 2-TANDEM 2-TANDEM 2-TANDEM Eva orator ASP-10X ASP-15X ASP-20X ASP-30X ASP-60X ASP-61X T e BRAZED PLATE BFAZED PLATE BRAZED PLATE BRAZED PLATE 6RAZcD PLATE BRAZED PLATE Wei ht 54.4 63.8 83.7 100 214.4 214.4 Eva Water Stora e( allons each) 1.08 1.4 2.03 2.54 5.86 5.86 Quantit 1 1 1 1 1 1 Header Stora e( allons er header) 3.2 3.2 6.24 10.5 18.2 18.� Refri erantT e 410a 410a 410a 410a 410a 410a Number af Circuits 1 1 1 1 1 1 Condenserfans ASP-10X ASP-15X ASP-20X ASP-30X ASP-60X ASP-61X MotorT e Totall Endosed Totall Endosed Totall Endosed Totall Endosed Totall Endosed Totall Endosed HP 1 1 2 2 2 15 Quantit 2 2 Z � 4 1 Fan T e Axial Axial Axial Axial Axial Axial Fan Material Com osite Com osite Com osite Com osite Com osite Com osite Air Flow(cfm)( er module) 6,600 8,500 16,000 22 000 44,000 44,000 CondenserCoils�' ASP-10X ASP-15X ASP-20X ASP-30X ASP-60X ASP-61X Fin Material Aluminum Aluminum Aluminum Aluminum Aluminum Aluminum Tube Material Co er Co er Co er Co er Co er Co er Tube Diameter(in.) 3/8 3/8 3/8 3/8 3/8 3/8 Number of Rows 4 6 6 6 6 6 Coil Dimensions(Quantit ) 32 x 51 (2) 30 x 49(�) 30 x 61�/�(2) 42 x 73'/�(2) 42 x 73'/z(4) 42 x 73'/�(4) FreeCoolin CoilWaterVolume( allons) 3.5 3.5 4.6 4.6 7.2 7.2 Module Dr Wei ht(Ib.) 1370 1400 1700 2100 4,000 5 400 Refri erantT e R410a R410a R410a R410a R410a R410a Char e(Ibs./circuit) 40 60 55 Number of Circuits 1 1 1 1 1 1 0 eratin Wei ht(with AUCU coils) 1430 1470 1820 2290 4350 5750 Shi in Wei ht with AUCU coils) 1370 1400 1700 2100 4000 5400 0 eratin Wei ht(with CU/CU coils) 1650 1770 2300 2920 5610 7010 Shi in Wei ht(with CU/CU coils 1590 1700 • 2180 2730 5�60 6660 *On Free Cool Modules coils are utilized as water recoolers rather than for refri erant condensin . . .. ' .. . .. � F . . . . � 7 , AIRSTACK PACKAGED AIR COOLED � � � ASP DUAL PUMP SELECTION CHART (ALL PUMPS IN PRIMARY/STANDBV ARRANGEMENT-DATA FOR SINGLE PUMPJ Charts Show Pump BHP Requirement at Given Condition , ' � � � Total head in feet Flow(USGPM) �o so ioo �zo �ao 40 I ��` ^ 3.07 3.87 4.66 5.47 80 � 3.58 4.47 537 6.29 _--- --- 120 3.55 4.52 5.51 6.50 7.51 160 4.82 5.91 7.00 8.09 9.20 200 6.71 7.94 9.13 1034 240 10.97 12.27 �_ � � ,�,.. i � Total head in feet Flow(USGPM) bo so �oo iio iao 50 I 3.80 4.89 6.10 7.44 100 � - l 4.52 5.77 7.12 8.57 150 3.98 530 6.70 8.16 9.71 200 4.78 6.26 7.79 939 250 5.81 7.54 9.14 10.90 I 300 7.16 9.03 10.91 350 8.90 11.07 � �� Total head in feet Flow(USGPM) 60 8o ioo izo iao 200 7.86 10.24 12.78 15.47 300 9J5 1239 15.15 400 8.99 11.82 14J3 17J2 500* 10.93* 14.14* 17.34* 20.59* 600* 13.06* 16.68* 20.26* 700* 15.48* 19.51* 800* 18.35* 22.76* *For selections above 400 gpm contact Multistack° Notes: 1. DO NOT SELECT IN SHADED AREA. 2. All selections are based on 40%Ethylene Glycol solution. 3. Pump speed is 3,600 rpm. 4. 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SELECTION LOW-TEMPERATURE OPERATION wITH G�YCO� To select an AIRSTACK Air Cooled chiller,the following (Assumes ASP-15 Modules) information is required. Ethylene Glycol adjustment factors(Figure 3)should be used to adjust 1. Load(in tons)of refrigeration. performance depending on the percent of glycol use in the evaporator 2. Chilled-watertemperaturedrop. circuit. The factors in Figure 3 are based on a 10°f change in fluid temperature through the evaporators. Capacity and kW shoultl be 3. Leaving chilled-water temperature. obtained by extrapolating no more than 10°F from the lowest leaving 4. Design ambient-air temperature. chilled-water temperature shown in the capacity tables. Multistack should be contacted if leaving Glycol temperatures below 32°F are CAPACITYTABLES required. Capacity tables are based on a 10°F temperature drop Atljustment factors for Propylene Glycol are shown in Figure 4,and are through the evaporator.For other than a 10°F temperature used in the same way given in the following example. drop,apply the respec'ive performance adjustment factors ETHYLENE GLYCOL SELECTION from Figure 1. EXAMPLE(Assumes ASP-15 Modules) Determine the capacity,gpm,pressure tlrop,and kW for an EVAPORATOR WATER fLOW RATE ASP-15 module cooling 30%Ethylene Glycol from 45°F to Evaporator water flow is determined as follows: 35°F,with design ambient-air temperature of 95°F. gpm=(z4)(tons)/temperature tlrop 1. By extrapolating from the performance tables:capacity:11.5 tons;15.8 kW WATERSIDE PRESSURE DROP 2. Evaporator water flow and pressure drop are determinetl for Evaporator waterside pressure drops are provided in water as in the previous example. Figure 2.To use Figure 2,divide the total chilled-water gpm gpm= 24 11.5 =27.6 gpm by the number of modules in the chiller. 10 From Figure 2,read the pressure tlrop from the curve C pressure CHILLED-WATER SELECTION SAMPLE drop=2.6 ft of water (Assumes ASP-15 Modules) To convert performance for water to performance with Ethylene 1. System load-55 tons.Chilled-water drop at 12°F Glycol,read atljustment factors from Figure 3 at 30%Glycol. Capacity adjustment:0.94 2. Leaving chilled-water temperature of45°F.Design ambient-air kW adjustment:0.99 temperature of 95°F. gpm adjustment:1.10 3. Use the Figure 1 atljustment factor to convert tons at 12°F to Pressure drop adjustment:1.22 equivalent tons at 10°F for use with capacity tables. Calculate performance with 30%Ethylene Glycol by multiplying Tons=55/1.012=543 tons performance for water by adjustment factors. 4. Select the appropriate performance table based on the module to Capacity:11.5 x.94=10.8 tons be usetl.Read the capacity and kW of a single module at the water kW:15.8 x.99=15.6 kW temperature specified(45°F)antl design ambient-air temperature 9Pm:27.6 x 1.10=30.4 gpm (95°F).capacity=14.4 tons,kW=15.8 Pressure drop:2.6 x 1.22=3.2 ft of water Divide the equivalent tons required at 10°F temperature drop by the single module capacity from the tables. If a water-temperature drop greater or less than 10°F is required,begin Modules required=543/14.4=3.8 modules by first multiplying the capacity using the performance adjustment Chiller capacity=14.4 x 4=57.6 tons factor from Figure 1. Power input=15.8 x 4=63.2 kW at 12°F temperature drop;applying the Figure 1 performance adjustment factor results in:tons=(57.6) (1.012)=58.3 vs.system load of 55 tons. 5. To determine the evaporator water flow and pressure drop,first determine gpm. gpm=(24)(54.3)/12=108.6 gpm/module=108.6/4=27.z From Figure 2,read pressure drop from curve C pressure drop=2.4 ft. of water. 10 AIRSTACK PACKAGED AIR COOLED � �. IMPORTANTMODULECOiVfIGURATION INfORMATION VALIDCONFIGURATIONS �� ._: .-� ASP-OOP PUMP MODULE: �� ; -_� `��,.��•� 1.When present,a Pump Module is only allowed in the"Front" position. SR SR SR SR SR 2.Incoming water to the chiller system must enter at the Pump p` 5� SF SF SF Module. 3.Leaving water from the chiller system may be from either end SR SR of the chiller. ASP-1 FX,2FX,3fX FREE COOL MODULE: PF MF SF 1.When present,incoming system water must enter through the Free Cool Modules prior to entering an ASP-10X,15X,20X,30X, FR FR SR SR 60X or 61X Chiller Module. 2.You may not attach a Rear Free Cool Module to a Front ASP-10X, PF FF Mf SF SF 15X,20X,30X,60X or 61X Chiller Module. SR GR SR SR SR ASP-OOG GLYCOL FEEDER MODULE: 1. An ASP-OOG Glycol Feeder Module may be attached in any MF SF SF MF SF SF rear position. SR SR SR ASP-10X,15X,20X,30X,60X,61X CHILLER MODULE: pF MF SF 1.The maximum number of ASP-10X,15X,20X,or 30X,motlules with a single Master Module is 14(i.e., (1) Front-Master, (6) Front-Slaves,and (7)Rear-Slaves).For 60X and 61X modules, fR SR SR SR the maximum is nine modules. 2.You may have more than one Master Module in a single PF FF MF SF chiller bank. 3.Piping sides of an ASP-10X,15X,20X,30X,60X or 61X chiller without Free Cool or Pump Modules attached are field INVALID CONFIGURATIONS selectable. SR SR SR SR SR ;S�rtJ LEGEND:FIRST LETTER Mf Sf SF SF SF M=Master Chiller Module(ASP-10X,15X,20X,30X or 60X) Problem:Cannot have a stand alone rear module. S=Slave Chiller Module(ASP-10X,15X,20X,30X or 60X) Solution:Make Slave Rear a Slave front. P=Pump Module(ASP-OOP) SR SR F=Free Cool Motlule(ASP-1 FX,2FX,3FX) G=Glycol Feeder Module(ASP-0OG) �`,�IF� PF Sf SECOND LETTER Problem:Pump motlule after Master. Solution:Swap placement so incoming waterenters atthe pump module. F=Front Module R=Rear Module SR SR SR PF MF GF: ; FRONT OF CHILLER BANK IS TOWARD THE BOTTOM OF THE PAGE Problem:Glycol Feeder Module is attached in a front position. (MasterModule location determines frontofchiller) Solution:Move Glycol Feeder Module to rearposition and exchange Slave RearModulefor Slave front Module. For other configurations,contact your local Multistack°Representative. TYPICAL ASP-60X or 61X CONFIGURATION M 5 S 5 11 AIRSTACK PACKAGED AIR COOLED � , � . All ASP-60X units come standard with four multi-blade vane axial condenserfans.The ASP-61X is a single fan unit available with a Low Sound(poly- resin reinforced)Blade or Ultra Low Sound(fiberglass construction)Blade option.Testing has shown a sound reduction of 6d6 with the Low Sound and an additional4dB with the Ultra Low Sound design. NUMBER Of MODULES X 64"+4^ AS P-60X Z• r-Bq-� MULTIPLE MODULE NOTES: •NO OBSTRUCTIONS ALLOWED ABOVE CONDENSER FANS. •REQUIRED SERVICE CLEARANCE AT MODULE ENDS:42". �Z� •REQUIREDAIR INTAKE(FRONT)CLEARANCE:42" •REQUIRED CLEARANCE FROM ANY HIGH VOLTAGE PANEL:42" TOP SIDE 72" DISCHARGE DISCNARGE � 84"--{ - / / 1 1 � � \ / \ � � �X `X� � 883�� INTAHE / \\ / INTAKE � y � FRONT SIDE ECNW HEADER RIGHTSIDE LCHW HEADER NUMBER OF MODULES X 84"+4^ AS P•6�X Z� �_ $q� MULTIPLE MODULE NOTES: •NO OBSTRUCTIONS ALLOWED ABOVE CONDENSER FANS. •REQUIRED SERVICE QEARANCE AT MODULE ENDS:42" 7Z^ •REQUIRED AIR INTAKE(FRONT)CLEARANCE:42" •REQUIRED CLEARANCE FROM ANY HIGH VOLTAGE PANEL 42" TOP SIDE �Z� DISCHAR6E DISCHARGE gq^ I � � I � \ / / � � �X, `X � , INTAKE / \ / \ INTAKE � FRONT SIDE ECHW HEADER RIGHT SIDE LCNW HFJIDER SP-60X and ASP-61X Notes: 4. Required dearance from any high voltage panel42" 1. No obstructions allowed above condenser fans. 5. Required dearance from anygrounded wall:41" 2. Required service dearance at module ends:41" Any non-grounded wall.•36" 3. Required airintake(front)dearan�e:42" 12 AIRSTACK PACKAGED AIR COOLED NUMBEROFMODULESX"A"+4" MULTIPLE MODULES 2°� NOTES: ASP-o1oX,-015X ASP-o20X ASP-o3o% 1.NOOBSTRUCTIONSALLOWEDABOVECONDENSERFANS. A 57 7/8" 72" 84" 2.REQUIREDSERVICECLEARANCEAT MODULEENDS:36': B — — — 3.REQUIREDAIRINTAKECLEARANCE:4Y'(Unobstmctetl)* � 74 7/8" 77 5/16"89 5/16" 4.REQUIREDCLEARANCEFROMANYHIGHVOLTAGEPANEL:42" 0 31 1/2" 36" 36" roPUiew „p., �p„ DIS(HARGE DISCHARGE �A�� f 1 f ? (ONDENSERCOIL � / \ �_ �p I�Ip � . , . , � . , . , � � X X , . , ELEQRICALPANEL � � � \� „�„ „�., � � INTAKE INTARE � � �— —► �� FRONT VIEW FRONT VIEW 51NGLE MODULE Z„—��g�• NOTES: „A„� z�• 1.NOOBSTRU(TIONSALLOWEDABOVECONDENSERFANS. I I ASP-o10X,-015X ASP-020X ASP-o3oX 2.REQUIREDSERVICEQEARANCEATMODULEENDS:36" A 57 7/8" 72° 84' 3.REQUIREDAIRINTAKEQEARANCE:42"* B 6t � a" 76' 88' 4.REQUIRED QEARAN(E FROM ANY HIGH VOLTAGE PANEL:42': � �a �/a" n t/z" aa 5/is' S.REQUIREDCLEARANCEFROMANYGROUNDEDWALL36". ""�° p 3i i/z" 3s" 3s° 6.NO QEARANCE REQUIRED FROM REAR. " --_�I� DISCHARGE 1 I CONDENSERCOIL I / � �� —� •�� , � � �\ /'. � � � ��X'� \/ /,, ._\ � n �,, ..� I � . ELECTNICALPANEL �4� °�„- � � \ � / 0 INTAKE ECHWHEADER �� /� \ / LCHW HEIIDER �X —� / \ /� \ —► - FRONT VIEW RIGHT SIDE VIEW REAR VIEW *Note:If insullation is in a pit or near walls that are taller than modules,please mntact Multistack for dearances. 13 AIRSTACK PACKAGED AIR COOLED � REQUIRED CHILLED-WATER PIPING (SUPPLIED AND INSTALLED BY OTHERS) (*If ASP-OOP Pump Motlule is Supplied by Airstack,eliminate external pump shown below.) PRESSURE ISDLATION TAP VALVES Y•Sirainer PUMP* 3Qlo 60-hlesh Reqalred � � �— _._�J _______ _��, . CHILIER �SENSOR POCKE7 FLOW _J SWITCH -; ,:v. �, � �, .. � ._, :, x,r � 1 ��, z�` �� „-- �, �.�, � .. ,f+ .,U r �� Number of RLl1 er Com ressor F er Fan Motor Max Fum FLA Model 3 hase 1 hase Numberof 3 hase 1 hase 3 hase 1 hase Compressors Pump HA 208/460/575V 230V Fan Motors 208/460/575V 230V 208/460/575U 230V �..--.� ASP-7 UX 2 19.5/8.7/7.2 25.0 % 2 ` 4.0,�2.0/1.5 5.0 ASP-15X 31/14.0/11.5 N/A 4.0/2.0/1.5 N/A ASP-20X 2 35/15.5/12.0 N/A 2 7.4/3.6/2.8 N/A ASP-30X 2 55/26.0/21.0 N/A 2 7.4/3.6/2.8 N/A ASP-60X 2 "/n/47.0/38.0 N/A 4 "/a/3.6/2.8 N/A ASP-61X 2 "/n/47.0/38.0 N/A 1 "/n/18.1/14.8 N/A ASP-1 FX N/A N/A N/A 2 4.0/2.0/1.5 N/A ASP-2FX N/A N/A N/A 2 7.4/3.6/2.8 N/A ASP-3FX N/A N/A N/A 2 7.4/3.6/2.8 N/A ASP-OOP 5 16.7/7.6/6.1 28 ASP-OOP 7.5 24.2/11/9 N/A ASP-OOP 10 30.8/14/11 N/A ASP-OOP 15 46.2/21/17 N/A ASP-OOP 20 59.4/27/22 N/A ASP-OOP 25 74.8/34/27 N/A ASP-OOG N/A 2/1/1 2 WIRING SIZING(MCA=MINIMUM CIRCUIT AMPACITY) M�p WIRE SIZE(AWG)75° MCA WIRE SIZE(AWG)75° MCA=(1.25 x RLA1*)+RLA2+RLA3...... (3 Conductors/1 Conduit) (6 Conductors/2Conduit) FUSE SIZING(MFS=MAXIMUM FUSE SIZE) 50 8 5�0 250 MCM MFS=(2.25 x RLA1*)+RLA2+RLA3...... 65 6 570 30o MCM Where MFS tloes not equal a standard size fuse,the next larger 85 4 620 350 MCM fuse should be used. 100 3 670 400 MCM NOTES: 115 2 760 500 MCM 130 1 800 600 MCM 1. Compressor Rated Load Amps(RLA)are based on 125°F 150 1/0 SaturatetlCondensingTemperature. 175 2/0 �. *RLA1=RLA of the largest motor in the system.RLA2& 200 3/0 RLA3=RLA of other motors in the system. 230 4/0 3. Wire sizing is based on Nat.Electr.Code(NEC)rating for 75°C 255 250 MCM wire,with 3 wires per contluit. Zg5 300 MCM 4. Wiring distance from branch circuit shall not exceed 100 310 350 MCM feet. 335 400 MCM 380 500 MCM 420 600 MCM 14 t AIRSTACK PACKAGED AIR COOLED �� . � GENERAL An out-of-tolerance indication from these controls or sensors shall cause a Chiiler Modules shall be ETL listed in accordance with UL Standard 1995,CSA "fault"indication at the Master Controlier and shutdown of that compressor, certified per Standartl C22.2#236,and bear the ASME UM stamp on all water- with the transfer of load requirements to the next available compressor.In the to-refrigerant heat exchangers. case of a System Fault,the entire chiller will be shut down.When a fault occurs, the Master Controller shall record conditions at the time of the fault antl store Modules shall ship wired and charged with refrigerant. All modules shali the tlata for recall.This information shall be capable of being recalled through be factory run-tested prior to shipment. Compressors, heat exchangers, the keypad of the Master Controller and displayed on the Master Controller's condenser fans, piping, and controls shall be mounted on a heavy-gauge LCD.A history of faults shall be maintained,including date and time-of-day of steel frame.Electrical controls,contactors,and relays for each module shall each fault(up to the last 20 occurrences). be mounted within that module.The module shall be provided within a steel enclosure suitable for outdoor use.Exposed steel surfaces shall be provided Individual monitoring of leaving chilled-water temperatures from each with a powder-coat paint finish. refrigeration system shall be programmed to protect against freeze-up. The control system shall monitor entering and leaving chilled water CHILLED-WATER MAINS temperatures to determine system loatl,and select the number of compressor Each module shall include supply and return mains for chilled water.Grooved ��rcuits required to operate.Response times and set points shall be adjustable. end connections are provided for interconnection to four-inch(ASP l OX,15X), six-inch(ASP 20X and 30X)or eight-inch(60X and 61X)standartl piping with LOW AMBIENT OPERATION Victaulic-type couplings.Each inlet water header shall incorporate a built-in, Each refrigerant circuit shall include all refrigerant specialties to provide reliable 30-mesh in-line strainer system to prevent heat exchanger fouling. operation down to 20°F ambient.With proper freeze protection. EVAPORATORS OPTIONAL LOW AMBIENT TO-20°f Each evaporator shall be a brazed-plate heat exchanger constructetl of 316 The chiller shall incorporate appropriate refrigerant specialties, including a stainless steel,and be designed,tested,and stampetl in auordance with U.L. properly sized refrigerant receiver and flooded heatl pressure control valves for 1995 650 PSIG working pressure. operation to-20°F. COMPRESSOR OPTIONAL SINGLE-POINT POWER CONNECTION Each module shall contain hermetic scroll compressor(s) mounted to the The chiller shall be provided with a single-point power connection.This will module with rubber-in-shear isolators.Each system shall also include high inclutlepre-engineeretlwiringforfieldinstallationandconnectiontoafactory- discharge-pressure and low suction-pressure safety cut-outs. mounted chiller junction box.The junction box shall include individual fusing for each Module Set and provide a single point of connection to building power. CONDENSER COILS Air cooled condenser coils shall have aluminum fins mechanically bontletl OPTIONAL FREE COOLING MODULE to copper tubing.Contlensers shall have integral subcooling circuitry and be Free Cooling Modules shall interconnect through the common chiller header factory leak-tested. system and require no additional water connections.Free Cooling Modules shall inclutle qlycol cooling coils, temperature-controlled fans, and an automatic CONDENSER FANS 3-way bypass valve to eliminate the need for mechanical cooling under low- Eachmoduleshallcontaindualcondenserfansforeachrefrigerantcircuit.These ambient conditions.The module shall be completely factory-assembled and fans shall be multi-blade vane-axial type,made of plastic composite material tested before shipment. for quiet operation.Fans shall be direct driven at a maximum rpm of 1,150.All fan motors shall be pressure controlled antl suitable for outdoor use.ASP 60X OPTIONAL PUMP MODULE modules have four fans,ASP 61X have a single unit fan. The Pump Motlule shall be interconnected through the common chiller header system and require no additional water connections. The Pump Module CENTRAL CONTROL SYSTEM will become an integral part of the chiller system.The Pump Module shall Schedulingofthevariouscompressorsshallbeperformedbyamicroprocessor- incorporate dual in-line centrifugal pumps in a Primary/Standby pumping based control system(Master Controller).A new lead compressor is selected arrangement.Pump starters and controls shall be provided to enable manual every 24 hours to ensure even distribution of compressor run time. The selection of lead pump. In addition, in the event of a loss-of-flow failure of MasterControllershalimonitorandreportthefollowingoneachrefrigeration the chilled-water system,the Pump Motlule controls shall disable the lead system: pump and automatically start the standby pump.The Pump Module shall be completely factory assembled and tested prior to shipment. • Discharge Pressure Fault - Suction Pressure Fault OPTIONAL TANK MODULE - CompressorWindingTemperatureFault A factory-assembled Tank Module shall be provided, including an insulated - Suction Temperature chilled water tank. The tank shall be pressure-rated at 150 psi minimum. Tank Modules shall interconnect through the common chiller header system - Evaporator Leaving Chilled-WaterTemperature antl require no additional water connections.The Tank Module will become The Master Controller shall monitor and report the following system an integral part of the chiller system.The Tank Module shall be provided with parameters: proper tlrain and fill valving. • Chilled-Water Entering antl Leaving Temperature - Discharge RefrigerantTemperature ConYd on next page... - Chilled-Water Flow Fault 15 OPTIONAL GLYCOL FEEDER MODULE The optional Glycol Feeder and Expansion Tank shall be incorporated into the chiller system through a modular arrangement and interconnect through the common chiller header system,requiring no atlditional water connections.The system shall include a 48-gallon storage/mixing tank with lid and cover,pump suction hose with inlet strainer,pressure pump with thermal cut-out and integral pressure switch,pre-charged accumulator tank with EPDM diaphragm, manual diverter valve for purging and agitating contents of storage tank,adjustable 5-55 psi pressure regulating valve with pressure gauge,fast fill lever, inteqral replaceable strainer,built-in check valve,and built-in shutoff valve.The glycol feetler system shall be compatible with glycol solutions of up to 50% concentration.The pump shall be capable of running dry without damage.The expansion tank shall be welded steel with a butylrubber diaphragm,and capable of a maximum operating temperature of 240°F and a maximum working pressure of 100 psig.The tank shall be interconnected through the common chiller header system and require no adtlitional water connections.The module shall be completely factory assembled and-tested prior to shipment. OPTIONAL SOUND-ATTENUATION MODULE 1. Each Free Cooling module shall have VFD-controlled condenser fan motors soft start and precise fan speed control. 2. Each mechanical cooling module shall have oversized condenser coils and VFD controlled condenser fan motors that modulate to maintain head pres- sure for precise fan speed control. Fans shall have acoustically optimized fan blades utilizing a composite material. Compressors shall be wrapped with high-temperature acoustic covers consisting of a dense-tlesign fabric exterior with quilted acoustical fiberglass interior and open edges sealed with silicone coated fabric with hook and loop closures. �%T.'-':. ti�� , ., ,�.�kp! _-....-..,. . . �I � ,i..� �P��Ip6 �,.. .. : iE ,1•,.......��p��-�Ir+r I�� i �'> � ; � , � ,� � : '•'l�ir�;t»xl. 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Unrt�s LEVEL 2 FR4MING_PLAN.IUNIT 6BJ i------ -�,m, � �n. ��..:.� '�:5.'°a.�.�fr::�..�. �°��t..'�'«'°'�.>..A .�.�.��.�"�.s�..,.e 'u'f�i..,iy,. -� � BK � I � -'�=-�.=�:c��_M..:a:��pv��°.:'.°' "'°' o�rari°-.7�n.��-�. °==�: �,�.�� secTioN ssicE-113 S162 ..._�..��__.,,�._...�,........ ,;�w„_�:��w .�,�s.�;W me... -x.:.,�.-->=^ w�,��< I ,a;:_.a..m.a._w.�.,...._� .....e._..,._p,...._mo,,.... .a..,..a.......sa..�...a,..ne. .,<,..e..ma�wea^�,.�.:�°.y. �. ___ __ � �s . _. . - _ � _ ___ - - -=_ - 111 MULTISTACK` : _ _ �_ -___ _. � --- _ _ _____. , ____-_ __..___ _ ASPOlOX -- _---- -- _ -___ - --- , �o — - � - - Sound Pressure Level(Lp)at 30 ft _- ' _-- --.._ _.. - _._._._ ._.__ --- � - ---- --..._ _._ . .----_ .._---- --_. ___. . __._._ _._._---._. ._._,___-- __.__ __._.__... � 6g '',. ___ -- -- — . m � n . .___. ___..._ ._.._....._ .._...._ .___._....._ _....__..__» ..___ __.__._ ......____ — � ..._._._._._ ...._.._. ..._.._...... � . ....._.. . _.___._ .___..__ . ___'_'_ '_'.___....._ ___'__" __"'._____ ......_ _.___......._...__'____.. _'__'___'____._._. ry ,, ` �, . .. ......_.. _._...... __...... . . ....._.. ....___'"'_' `_' ...._.__ _._...__ __._...._"_. .._,._....._ . ....... _.. ... . ' � ... ........'_'"_ "....._. .1 . . ._._.._.... ........ . ....""_.. ....._..,..........._,.._'"'_...._.,..... m __' ' 9 60 ". ...t ._...._—. ,{ . . . .__.__ . _ _..._ ...._..___ , � . _._._.._. _.._.. . � �, . . � .._.__. ...._..__�.... ._.,_..... _,._....._.. � . . � , � ..._._ . _...._.._ . .. . ��. q ...... . i ...I �I . ._..___.._.._ ..._..'_ _..."' ._" .. ."__'__"..__.. ._� . I __�,. . 1 i j , 6 �' � ._._.__... _..._._'__"'__ ....._ ( , � � ....(� . ... . __ ..._..___...__... . ___...�. ....i I 58 �,, � : . . . _...... ...----._._ -.__....... ....._---_. i .' � -------- � �s 55 _ _---f — �-- - --- — ;. i , _ _, ; � __ ; __ __ ----- � � __ _ ___ ------- - _ __ __ _ --- ... Y � .... ... _.........._ ....... .... . .. .. I ..... 6 ....._ .. . ._._.... .. ..._..___._.._ .. ..... .. , 9 . _._..... ... __.._ _. _. � ... . ..__ _..__. ._. � rJo . '-- � --- � ; , _ _ _ _ , __ _ __ �, .. Notes: _.... . . , .. . � ........ _.._... ..._._.... ��.. qs 1)Oc[ave band levels are linear(unweighted);total is A-weighted. ..__., � I _. -..— ---.___--- . ! , 2)Sound level is measured from the control side of the unit Sound ; � . { . j , rediation at this distance approximates a line noise source. �. �, ; � � � �,' i ! i � �, . . . i . ... , � � � '�.��. nd Center Frequency(Hz) � .... .. , � I FEa zoia�' �� ',. ' '� � Octave Ba . I........ . � : � 40 � , � ....._. .... ..._ _.... � { I 63 '�� 125 250 500 1000� 2000 4000 � 8000 TotaldBA � � _._ ; ... . --- ' - - - 7 ._ �._ : � LP� 60 ; _58 . ..._.. 55_..--L._.._ 58 _.( 53_. � 49 ! 45 j 42 .__58 j �---- ___�_... � — ---- ....�_....._...�.�.�1...__..--- �----- ----___• Acoustifence Specifications a�ot,�� src Z8 OITC z� �cousnoENCE Ratin� p�oustical test per AST\I E90-0-�.AST\I E-11=-0� so�M1aT�,n.�:ro�e.�w.� ASDI E2235-OJ so Size 6 ft.(1 S_tn)s 30 ft (91dm)x 0 1'_5 in (_mm) 1C0 ft=(16'2m=) w m � � 30 9 � ��i[n0[ 1 F�;.B��3-�kg� p tt'2l�lt � � "74 10 '8.5 Black Urass erommets ezm 6 in (1{�nunl along top edge«�ith tour grcmmiets spaced alon�the Faztecuns bottom ed¢e.Cotrunonl�-installed honzontalh- 00 Iacludes qh•-'0,11 ia hea�1�dim�1�O lb-(black)nrlon��ire ties �'�'°�&=$g�M��N=�"�"'_ PREQUENCY Mz1 1flAN5MIS51lNJ 4055 C�lor Black •�•.......�»SOUNDiRANSMiSSIONLOSSCONTUUR •-14 d6 @ 40-SO Nz=>6d?b noise reduction to the humao ear "-8.5 dB ka 60 Hz=aprox 45?6 noise recluction to the h�man ear s.°, �o a E 0 N m � $ 0 M �+ � fl. J N � a J C! L � � Qi L a � c � 0 � 75 __ 11�M U LT I STAC K�� . -- ASP010X �o Sound Pressure Level (Lp) at 30 ft 65 60 e_ 58 �_ 55 50 Notes: �5 � 1)Octave band levels are linear(unweighted);total is A-weighted. 2)Sound level is measured from the control side of the unit. Sound � radiation at this distance approximates a line noise source. ---..__.. _____ ..______.__._.__ _—_ ___.--- - . .. _�_.___---__. FEB 2013 — --- -- _ Octave Band Center Frequency(Hz) ---- �0 63 125 250 500 1000 2000 4000 8000 TotaldBA Lp 60 58 55 58 53 49 45 42 58 . Job Name Chalet 13 Vail Job Number Location Vail,CO Quote Number (1GCHAPMAN03152013-1 , Engineer BGCE Representative Gavin Chapman MULTISTACK Contractor Rep Office Denver M@Ch8111C81 MOdUI@S: (1)ASP010XC11S1AL1AAASN-410A(1 front,0 rear) Accessory Modules: •• �� Load Capacity(Tons) kW kWlton EER COP Flow Rate(GPM) Leaving°F OP(ft) Ambient°F 100% 7.81 9.9 1.267 9.5 2.80 23 44.0 8.3 85.0 75% 6.31 6.6 1.051 11.4 3.30 23 44.0 8.3 73.8 50% 4.45 4.0 0.888 13.5 4.00 23 44.0 8.3 62.5 25% 2.30 1.8 0.799 15.0 4.40 23 44.0 8.3 55.0 With Ambient Relief(per AHRI 550/590) 0.939 ,, . . <,� ,�, �e" �•r' �e� � t ' -� � t'� �a,n� `�;o sc, �� -� • :111 � Entering Temperature 54 Design Ambient Temperature 85 Leaving Temperature 44 Minimum Ambient Temperature -20 Design Flow(GPM) 23 Coil Type AI/Cu Condenser Coils Pressure Drop(Full Load) 3.61 PSI I 8.35 ft Fan Qty(per module) 2 Minimum Flow 23 Fan Horsepower 1 Minimum Pressure Drop 3.61 PSI I 8.35 ft Number Of Passes � �f "r�'� `<R� . •- Foufing Factor .0001 1 ASP010X2 67 100 Header Size 4.00" Header Connection Type Grooved Cou lin Heat Exchanger Style Brazed Plate Number Of Compressors(per module} 2 a�' �%:� � ;,, ��< Length(in.) 57.875 Width(in.) 31.5 Volta e 230/60/1-Single Phase Height(in.) 74.8125 Estimated Dryweight(Ibs.) 1370 ��.��'r�� ". �r,� , ,,,, t�;^=��. ES�II11ateCl�p2f8flilg W21ght��bS.� 1450 OptI011S With Ambient Relief(per AHRI 550/590) Refrigerant Type R-410A Compressor RLA(per compressor) 25 Refrigerant Charge(Ibs.) 70 er module Fan FLA(per fan) 5 Compressor Description Scroll Nominal Capacity(tons per module) 10 `� '��,,,�„� � Version#:1.0.4435.27651 'Parallel feeds not required(Assumes no larger than 500 MCM/kcmil wire) � , Product_Q��er��ie_c�!; Model Descri tion Com ressor Descri tion (1)ASP010XC11S1AL1AAASN-410A(1 front,0 rear) Scroll Services &Special Features: • Stainless Steel Evaporator • Lead Compressor Sequencing (24hrs) • Automatic Internal Rescheduling If Fault Occurs • Automatic Logging Of Any Fault Condition • Electronic Chilled Water Control • Quick Interconnect Modular Design • Designed For Quiet Operation • Pressure Controlled 1140 RPM Fan Motors • Filters In Evaporator Supply Headers • Stainless Steel Inlet Header • R-410A Refrigerant • Hard Start Kits(Single Phase) � Power Phase Monitor(for Direct Connect per module) � AI/Cu Condenser Coils � Low Ambient To-20F, includes VFD's on Fans � Brazed Plate Evaporator � 2 Condenser Fans per module • External Master Controller Box � SCCR Rating 5kA • Electrical Connection Type- Direct Connect • Warranty: Compressor (5 Year) • Warranty: All Parts (1 Year) Excluded By Multistack: • Multistack recommends a 2-3 minute minimum loop time. Contact Multistack if you have questions regarding system loop time design ,� � Job Name Chalet 13 Vail Job Number Location Vail,CO Quote Number QGCHAPMAN03152013-1 Engineer sGCE Representative Gavin Chapman MlaLT1STACK� Contractor Rep Offiee Denver Accessorv Detail .t" � ��,' lY��II��f.E! `'.l�I1�! �f)Ili� Matefial5 Option Not Selected Desi n Option Not Selected I-Beam Size Option Not Selected Width of Walkwa /Passa 2 Option Not Selected Bolt to ether frame-#of ieces Option Not Selected End T pe Option Not Selected J � � �. IIIMULTISTACK Layout Diaeram: , � J1 O10X M �� ZZ ZZ Legend J =JBox M =Master Controller ■ =VFD �=Evaporator Entering/Leaving �=Condensor Entering Leaving 22 =Airintake Side Multistack LLC•1065 Maple Ave.•Sparta,WI,54656•Ph:(608J-366-2400•Fax:(608J-366-2450• � 01-28-2014 Inspection Request Re orting Page 22 4:13 pm —_V_ail,_C_Q—Ci ' � — Requested Inspect Date: Wednesday,January 29,2014 Site Address: 151 VAIL LN VAIL CHALET 13 A/P/D Information Activity: B13-0056 Type: COMBO Sub Type: AMF Status: ISSUED Const Type: Occupancy: Use: Insp Area: Owner: SKIVAIL LLC Contractor: OAC MANAGEMENT INCORPORATED Phone: 970-926-0290 Applicant: SKIVAIL LLC Description: PLACE AN EXTERIOR CHILLER ADJACENT TO THE SOUTHWEST SIDE OF THE STRUCTURE. Comment: E-REV1 RECEIVED. MOVING CHILLER AND FENCE �10 FT TO THE WEST AND EXTENDING THE CONCRETE SLAB BACK TO THE STRUCTURE.-DRHOADES Comment: pap er application received.scanned to laserfiche and routed to E-4-DRHOADES Comment: C;Uodfrey left msg for Erik Peterson re outstanding balance of$110 and revised plans need to be issued and revised permit posted at Job site.-CGODFREY Comment: Shane Gremmer requested Breaker Settings at his inspection. Scanned to laserfiche and routed to JR- CGODFREY Reauested Insaection(s) Item: 90 BLDG-Final Requested Time: 09:00 AM Requestor: Phone: Comments: follow u Assigned To: JMO N Entered By: JMONDRAGON K Action: Time Exp: r (,�/�f�� 11J� -- �v- Inspection Historv Item: 20 BLDG-Foundation/Steel Item: 120 ELEC-Rough "Approved" 05/08/13 Inspector: sgremmer Action: AP APPROVED Comment: 05/14/13 Inspector: sgremmer Action: AP APPROVED Comment: service Item: 200 MECH-Rough Item: 310 MECH-Heat�ng Item: 320 MECH-Exhaust Hoods Item: 30 BLDG-Framing **Approved" 04/30/13 Inspector: sgremmer Action: AP APPROVED Comment: Item: 50 BLDG-Insulation Item: 60 BLDG-Sheetrock Nail Item: 542 PLAN-FINAL Item: 90 BLDG-Final Item: 70 BLDG-Misc. Item: 190 ELEC-Final 06/27/13 Inspector: sgremmer Action: PI PARTIAL INSPECTION I� Comment: Provide settings of GFClbreaker from manufacture REPT131 Run Id: 14795 NOTE: THIS PERMIT MUST BE POSTED ON JOBSITE AT ALL TIMES ,. 7�lWNOFVAIi,'. Town of Vail, Community Development, 75 South Frontage Road, Vail, Colorado 81657 p. 970.479.2139, f. 970.479.2452, inpsections 970.479.2149 COMBINATION BLDG PERMIT Permit #: B13-0056 Project #: PRJ13-0019 Job Address: 151 VAIL LN VAIL Applied.....: 03/29/2013 Location......: CHALET 13 Issued. . . : 04/11/2013 Parcel No....: 210108287013 OWNER SKIVAIL LLC 03/29/2013 PO BOX 237168 NEW YORK, NY 10023 CONTRACTOR OAC MANAGEMENT INCORPORATED 03/29/2013 Phone: 970-926-0290 ERIK PETERSON 275 MAI N ST � RIVERWALK GARNET 2086 � EDWARDS, CO 81632 � ' License: C000003758 APPLICANT SKIVAIL LLC 03/29/2013 PO BOX 237168 NEW YORK, NY � 10023 Description: PLACE AN EXTERIOR CHILLER ADJACENT TO THE SOUTHWEST SIDE OF THE STRUCTURE. Occupancy: Type Construction: Valuation: $127,240.00 .....,.................................,............._........,,.,..,.»......,..,... FEE SUMMARY ..............�.......,,..,..,,................._..�..,,.._.........._..,......,.. Building Permit-----------> $1,150.55 Bldg Plan Check----------> $747.86 Use Tax Fee-----------------------> $2,344.80 Electrical Permit---------> $115.00 Elec Plan Check-----------> $74.75 Restuarant Plan Review--------> $0.00 Mechanical Permit------> $1,780.00 Mech Plan Check---------> $445.00 Additional Fees--------------------> $0.00 Plumbing Permit--------> $0.00 Plmb Plan Check---------> $0.00 Recreation Fee--------------------> $0.00 Investigation-----------------------> $0.00 Will Call------------------------------> $15.00 TOTAL PERMIT FEES--------------> $6,672.96 � Payments----------------°-------------> $6,672.96 BALANCE DUE------------------------> $0.00 ...............,.«..«...,.....,,...,....,,............,..........,,...................<..,,....�..«:.,.........,,,,........,,.,,x,.,...,....x..»....._...................,_._.......__...... DECLARATIONS I agree to comply with the information and plot plan, to comply with all Town ordinances and state laws, and to build this structure according to the town's zoning and subdivision codes, design review approved, International Building and Residential Codes and other ordinances of the Town applicable thereto. REQUESTS FOR INSPECTION SHALL BE MADE TWENTY-FOUR HOURS IN ADVANCE BY TELEPHONE AT 970.479.2149 OR AT OUR OFFICE FROM 8:00 AM -4:00 PM. combination permit_012811 � � r ��V� i�L ` .......................................................................................,,.,.,,,,,.<,.,.........,�.,x.,,.......,.....,,..,,.......,........,,.......,.,,..............,,..,_, CONDITIONS OF APPROVAL TO BE MET PRIOR TO FINAL SIGN OFF Permit#: B13-0056 Address: 151 VAIL LN VAIL Owner: SKIVAIL LLC Location: CHALET 13 .................................................................................................�...,...,.,.......,,..........�.....,..,......x....,...............,.,,............. combination permit_012811 � � _ l 2 V��V� 1� ! **********,.,.****,.**«****«„************�********«******«**««*.,**«««***«*«**«********«***w*********„******.,«*.,**««.,*.,.,.****�****«*«************�*.,***,.. REQUIRED INSPECTIONS AND STATUSES Permit#: B13-0056 Address: 151 VAIL LN VAIL Owner: SKIVAIL LLC Location: CHALET 13 „«.*********�****.,****«***«*****««****.,*************„*„**,.***********,*�******.****«*********«********«*,.*****„«.******«******�*«*****,,.***.,********. Item: 00020 BLDG-Foundation/Steel Item: 00120 ELEC-Rough Item: 00200 MECH-Rough Item: 00310 MECH-Heating Item: 00320 MECH-Exhaust Hoods Item: 00030 BLDG-Framing Item: 00050 BLDG-Insulation Item: 00060 BLDG-Sheetrock Nail Item: 00542 PLAN-FINAL Item: 00090 BLDG-Final Item: 00070 BLDG-Misc. combination permit_012811 a ***************+*************************************+*************************+************ TOWN OF VAIL, COLORADO Statement *++*******+******************************�***+*****************+***********************+**** Statement Number: R130000308 Amount: $6, 017. 96 04/11/201301:27 PM Payment Method: Check Init: CG Notation: ck#1295 skivail llc ----------------------------------------------------------------------------- Permit No: B13-0056 Type: COMBINATION BLDG PERMIT Parcel No: 2101-082-8701-3 Site Address: 151 VAIL LN VAIL Location: CHALET 13 Total Fees: $6, 672. 96 This Payment: $6, 017 . 96 Total ALL Pmts: $6, 672. 96 Balance: $0.00 **************a*****************************************************�*********************** ACCOUNT ITEM LIST: Account Code Description Current Pmts -------------------- ------------------------------ ------------ BP 00100003111100 BUILDING PERMIT FEES 1, 150.55 EP 00100003111100 ELECTRICAL PERMIT FEES 115.00 MP 00100003111100 MECHANICAL PERMIT FEES 1, 780.00 PF 00100003112300 PLAN CHECK FEES 612. 61 UT 11000003106000 USE TAX 40 2, 344 .80 WC 00100003112800 WILL CALL INSPECTION FEE 15.00 ----------------------------------------------------------------------------- � 13- C�� I � 4�_ + 01-30-2014 Inspection Request Reporting Page 4 7'4i �m Vail_ CO - Citv Of Requested Inspect Date: Thursday January 30,2014 Site Address: 151 VAIL�N VAIL CHALET 13 A/P/D Information Activity: B13-0056 Type: COMBO Sub Type: AMF Status: ISSUED Const Type: Occupancy: Use: Insp Area: Owner: SKIVAIL LLC Contractor: OAC MANAGEMENT INCORPORATED Phone: 970-926-0290 Description: PLACE AN EXTERIOR CHILLER ADJACENT TO THE SOUTHWEST SIDE OF THE STRUCTURE. Reauested Insuection(s) ttem: 542 PLAN-FINAL Requested Time: 08:15 AM Requestor: Phone: Assigned To: WCAMPBELL Entered By: SHANE K Action: Time Exp: � � � � Cl'��- Inscection Historv Item: 120 ELEC-Rough "Approved" 05/08/13 Inspector: sgremmer Action: AP APPROVED Comment: 05/14/13 Inspector: sgremmer Action: AP APPROVED Comment: service ftem: 200 MECH-Rough "Approved" 01/29/14 Inspector: sgremmer Action: AP APPROVED Comment: ftem: 30 BLDG-Framing "Approved" 04/30/13 Inspector: sgremmer Action: AP APPROVED Comment: ftem: 542 PLAN-FINAL ftem: 90 BLDG-Final 01/29/14 InspeGtor: , sgremmer Action: DN DENIED Comment: need plannin�to sign off Item: 190 ELEC-Final Approved" 06/27/13 Inspector: sgremmer Action: PI PARTIAL INSPECTION Comment: Provide settings of GFClbreaker from manufacture 01/29/14 Inspector: sgremmer Action: AP APPROVED Comment: REPT131 Run Id: 14625 � I ,