Related Manuals for United CoolAir VertiCool Classic Series
Summary of Contents for United CoolAir VertiCool Classic Series
- Page 1 VertiCool CLASSIC ™ Engineering Guide Effective August 2016 Air-Cooled, Water-Cooled, Chilled Water and Water Source Heat Pump...
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Page 2: Table Of Contents
Engineering Guide VertiCool ™ Classic Contents Product Features ��������������������������������������������������������������������������������������������������� 3 UNIT FEATURES �������������������������������������������������������������������������������������������� 3 OPTIONS: ������������������������������������������������������������������������������������������������������������������������������ 3 Physical Data����������������������������������������������������������������������������������������������������� 4–5 Air-Cooled Performance Data (a) (b) (c) ��������������������������������������������������������������� 6 Water-Cooled Performance Data (a) (c) (d) (e) ����������������������������������������������������� 7 Water Source Heat Pump Performance Data (a) (c) (d) (e) ���������������������������������� 8 Blower Performance Data �������������������������������������������������������������������������������������... -
Page 3: Product Features
Engineering Guide VertiCool ™ Classic Product Features The VertiCool™ Classic Series of units are splittable, a variety of evaporator air flow patterns for application self-contained, floor mounted, single package units. flexibility. Additionally, the units are available as standard They are available as air-cooled, water-cooled or as configurations or they can be tailored for a specific water source heat pump configurations. -
Page 4: Physical Data
Engineering Guide VertiCool ™ Classic Physical Data Tons 1200 1600 2000 3200 4000 Evaporator Supply Air Std� ESP 0�25” Max� ESP (a) 1�0” Size 10 - 8 Evaporator Blower Std� HP ½ ¾ ¾ 1�5 Evaporator Motors Opt� HP ¾ Rows Evaporator Coil Face Area... -
Page 5: Physical Data
Engineering Guide VertiCool ™ Classic Physical Data Tons 30 (g) 4800 6000 8000 9770 12000 Evaporator Supply Air Std� ESP 0�25” 1�0” Max� ESP (a) 1�0” 2�0” Size 15-9 15 - 15 Evaporator Blower Std� HP Evaporator Motors Opt� HP Rows Evaporator Coil Face Area... -
Page 6: Air-Cooled Performance Data (A) (B) (C)
Engineering Guide VertiCool ™ Classic Air-Cooled Performance Data (a) (b) (c) Entering Air Temperature (°F) Entering Air Temp. (°F) Tons Total Sensible Total Sensible Total Sensible 49530 32460 44430 30450 39570 28440 45720 31730 41090 29770 36570 27750 VA3G*ASTA 1200 62�5 42250 31390... -
Page 7: Water-Cooled Performance Data (A) (C) (D) (E)
Engineering Guide VertiCool ™ Classic Water-Cooled Performance Data (a) (c) (d) (e) Entering Water Temperature (°F) Entering Air Temp. (°F) Tons Total Sensible Total Sensible Total Sensible (Ft. H2O) (b) 50170 32820 48920 32290 47670 31770 46180 32010 45070 31480 43950 30970 VW3G*ASTA... -
Page 8: Water Source Heat Pump Performance Data (A) (C) (D) (E)
Engineering Guide VertiCool ™ Classic Water Source Heat Pump Performance Data (a) (c) (d) (e) Entering Air Temp. (°F) Tons Heating Capacity 50100 VW3G*ATA 1200 51100 62500 VW4G*ATA 1600 64000 78400 VW5G*ATA 2000 80100 94500 VW8G*ATA 3200 96500 116600 VW10G*ATA 4000 119100 136500... -
Page 9: Blower Performance Data
Engineering Guide VertiCool ™ Classic Blower Performance Data Evaporator (a) (b) External Static Pressure (ESP) Tons ≤0.25” 0.25” to 1.0” 1200 0�33 0�5 1600 0�5 1�0 2000 1�0 1�5 3200 1�0 1�5 4000 2�0 3�1�5 4800 1�5 6000 2�0 8000 5 (c) ≤... -
Page 10: Hot Water Coil Performance (A) (B) (C) (D) (E) (F) (G)
Engineering Guide VertiCool ™ Classic Hot Water Coil Performance (a) (b) (c) (d) (e) (f) (g) Tons PD Ft. H2O Capacity (MBH) 1200 48900 1600 58000 2000 66200 3200 18�1 3�4 174000 4000 21�0 4�4 204400 4800 23�5 5�4 228500 6000 27�0 7�0... -
Page 11: Electrical Data
Engineering Guide VertiCool ™ Classic Electrical Data The following sections provides the formulas and the data to calculate the Minimum Circuit Ampacity (MCA) and the Maximum Fuse Size (MOP) for your specific unit configuration. There are a variety of unit configurations. Please make sure to use the correct formulas per your configuration. It must be noted that the formulas refer to the largest motor amps�... -
Page 12: Electrical Data
Engineering Guide VertiCool ™ Classic Electrical Data Examples Cooling Only: Package Unit NOTE: Largest motor amps may not always be the compressor� MCA = (1�25 x largest motor amps) + the sum of the remaining motors MOP = (2�25 x largest motor amps) + the sum of remaining motors Dual Compressors RLA = 19�2 each Evap�... -
Page 13: Electrical Data
Engineering Guide VertiCool ™ Classic Electrical Data Cooling with Electric Heat: Package Unit NOTE: Largest motor amps may not always be the compressor� Electric Heat On equipment with multiple modes of operation (i�e� cooling or heating), each mode shall be evaluated and whichever load condition provides the highest value shall be used� Use the larger of the following: MCA = (1�25 x largest motor amps) + the sum of the remaining motors or MCA = (Heater FLA + Evap�... -
Page 14: Electrical Data
Engineering Guide VertiCool ™ Classic Electrical Data Compressor RLA Electrical Data: Tons Compressor (Qty) 208/230-3-60 460-3-60 13�5 6�0 14�5 6�3 19�2 8�7 14�5 ea� 6�3 ea� 19�2 ea� 8�7 ea� 23�2 ea� 11�2 ea� 29�5 ea� 14�7 ea� 33�3 ea� 17�9 ea�... -
Page 15: Electrical Data Air-Cooled (C) (D) (E)
Engineering Guide VertiCool ™ Classic Electrical Data Air-Cooled (c) (d) (e) Evaporator Motor Condenser Motor Electrical Heat (a) (b) Compressor Tons Voltage Nom. KW Amps 208/230- 13�5 3-60 VA3G*ASTA 460-3-60 208/230- 14�5 3-60 VA4G*ASTA 460-3-60 6�3 208/230- 19�2 3-60 VA5G*ASTA 460-3-60 8�7 1�5... -
Page 16: Electrical Data Air-Cooled (C) (D)
Engineering Guide VertiCool ™ Classic Electrical Data Air-Cooled (c) (d) Evaporator Motor Condenser Motor Electrical Heat (a) (b) Compressor Tons Voltage Nom. KW Amps 9�2 13�6 - - - - - - 75�0 13�6 13�6 - - - - - - 79�4 208/230- 23�2 ea�... -
Page 17: Electrical Data Water-Cooled (C) (D) (E)
Engineering Guide VertiCool ™ Classic Electrical Data Water-Cooled (c) (d) (e) Evaporator Motor Electrical Heat (a) (b) Compressor Tons Voltage Nom. KW Amps 1�5 4�8 - - - - - - 37�4 6�2 - - - - - - 38�8 208/230-3-60 14�5 ea�... -
Page 18: Electrical Data Water-Cooled (C) (D)
Engineering Guide VertiCool ™ Classic Electrical Data Water-Cooled (c) (d) Evaporator Motor Electrical Heat (a) (b) Compressor Tons Voltage Nom. KW Amps 9�2 - - - - - - 61�4 13�6 - - - - - - 65�8 208/230-3-60 23�2 ea� 9�2 41�2 63�0... -
Page 19: Basic Unit Configurations
Engineering Guide VertiCool ™ Classic Basic Unit Configurations Subject to change without notice. 20.10-TD (0816) -
Page 20: Basic Unit Dimensions
Engineering Guide VertiCool ™ Classic Basic Unit Dimensions TONS 3, 4, 5 64 ½ 8 & 10 73 ⅝ 27 ⅞ 45 ¾ 12 & 15 79 ¼ 88 ¼ 32 ¼ 28 ¼ 20 & 25 87 ¼ 88 ¼ 32 ¼... -
Page 21: Cabinet Configurations And Unit Drawings
Engineering Guide VertiCool ™ Classic Cabinet Configurations and Unit Drawings Not to Scale Subject to change without notice. 20.10-TD (0816) - Page 22 Engineering Guide VertiCool ™ Classic Cabinet Configurations and Unit Drawings Not to Scale Subject to change without notice. 20.10-TD (0816)
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Page 23: Cabinet Configurations And Unit Drawings
Engineering Guide VertiCool ™ Classic Cabinet Configurations and Unit Drawings Not to Scale For specific unit dimensions, please visit our website at www.unitedcoolair.com/classic-drawings or click here if you are viewing this document electronically� Subject to change without notice. 20.10-TD (0816) -
Page 24: Service Clearance
Engineering Guide VertiCool ™ Classic Service Clearance (Plan View) Notes: (a) If evaporator is not ducted, maintain a 24” clearance from the wall for air intake� (b) Control box location may change or it could be located externally� Subject to change without notice. 20.10-TD (0816) -
Page 25: Application Data
Condensate Drain Pipes: 3/4” IPS Notes: Reference United CoolAir’s Louver and Ducting Guidelines TechTip for proper selection andapplication of wall louvers� You can view it on our website at www�unitedcoolair�com/ tips or click here if you are reading this document electronically�... -
Page 26: Shipment Configurations
Engineering Guide VertiCool ™ Classic Shipment Configurations Subject to change without notice. 20.10-TD (0816) - Page 27 Engineering Guide VertiCool ™ Classic Shipment Configurations Subject to change without notice. 20.10-TD (0816)
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Page 28: Shipment Configurations
Engineering Guide VertiCool ™ Classic Shipment Configurations Subject to change without notice. 20.10-TD (0816) - Page 29 Engineering Guide VertiCool ™ Classic NOTES: Subject to change without notice. 20.10-TD (0816)
- Page 30 Engineering Guide VertiCool ™ Classic NOTES: Subject to change without notice. 20.10-TD (0816)
- Page 31 Engineering Guide VertiCool ™ Classic NOTES: Subject to change without notice. 20.10-TD (0816)
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Page 32: Basic Model Designation
Engineering Guide VertiCool ™ Classic BASIC MODEL DESIGNATION EXAMPLE: — — a� “VA”, “VW”, “VHW”, “E”, “BVA”, “BCVA”, “BVW” or “VCW” “VA” Air-Cooled Air Conditioner “VW” Water-Cooled Air Conditioner “VHW” Water Source Heat Pump “E” Evaporator Section only as a prefix to any of the above “BVA”... - Page 33 Engineered to Order LIMITED WARRANTY Authorized Distributor: United CoolAir Units are backed by a 1 year limited warranty on parts and a 5 year limited warranty on the compressor (labor not included). Maintenance items such as filters and belts are excluded under this limited warranty�...