10915 16TH AVE SE 2025-02-28 - Laserfiche WebLink

MITSUBISHI ELECTRIC TRANE HVAC US: CITY MULTI VRF INDOOR UNIT SCHEDULE 00 ing esign ea ing esign Corrected Ca acitMax Fan ESP Entering Temp Entering Temp Cooling Diversity Heating Diversity Refrig Pipe Dim Peak Fan Airnow Setting Nominal Heating DB/WB(°F)/ DB/WB(°F)/ Full/Partial(See Cooling Total Cooling Sensible Full/Partial(See Heating Capacity Liquid/Suction Fan Speed (cfm)/ [Design 208V/230V(IN Electrical System Tag Room Name Tag Reference Model Type Nominal Cooling Ca aci BTU/h Capacity BTU/h Water in tem [Water in temp] Note 5,6 Capacity BTU/h Capacity BTU/h Note 5,6 BTU/h inch Settin m G US/min WG Voltage/Phase MCA/MFS Notes/Options MSZ-GS09NA- 208/230V/1- Powered by CU-1 FU-1 U1 Wall-Mounted 9,000 10,900 80.0/67.0 70 FULL DEMAND 9,405.7 7,977.4 FULL DEMAND 6,365.9 3/8/1/4 HIGH 390 phase Outdoor 1,2,3,4 Notes&Options: 1 Nominal cooling capacities are based on indoor coil EAT of 80/67°F(DB/WB),outdoor of 95°F(DB; 2 Nominal heating capacities are based on indoor coil EAT of 70°F(DB),outdoor of 43°F(WB; 3 See outdoor unit schedule for outdoor ambient conditions,connected capacity,and other factors associated with corrected capacitiee 4 See schematic piping/control diagram for indication of required indoor unit remote controllers,system controllers,and integration device: 5 Full demand corrected capacity includes de-rate associated with indoor vs.outdoor connected capacity indicated on outdoor unit schedule for associated system. Partial corrected capacity assumes sufficient diversity exists such that the connected capacity de-rate does not apply. It is the designer's responsibility to ensure"Diamond System Builder"is set in the appropriate output capacity settinq(full demand/partial demand)prior to qeneratinq this schedule 6 It is recommended to always base heating corrected capacity on full demand 2