RAC Technical Data Book
30Pages

RAC Technical Data Book Wind Free RAC for North America (R410A, HP) Model: AR###SW##WKNCV (Indoor Unit) AR###SW##WKKCV (Outdoor Unit)

Model Name

6. Temperature and airflow distribution 23

® NOTE • NominalCooling : Indoortemperature 26.7°C DB/19.4°C WB(80°F DB/67°FWB), Outdoortemperature 35°C DB/23.9°C WB(90°F DB/75°F WB), Refrigerant pipe length 7.5m(24.6ft), Level difference Om(Oft). • Nominal Heating : Indoortemperature 21.1°C DB/15.6°C WB(70°F DB/60°F WB), Outdoortemperature 8.3°C DB/6.1°C WB(47°F DB/43°F WB), Refrigerant pipe length 7.5m(24.6ft), Level difference Om(Oft). • Sound level was acguired in an anechoic room. Thus actual noise level may be different depending on the installation conditions. • Specifications may be subject to change without prior notice.

® NOTE • Specification may be subject to change without prior notice.DB/23.9°C WB(90°F DB/75°F WB), Refrigerant pipe length 7.5m(24.6ft), Level difference Om(Oft). 1) Performances are based on the following test conditions. - Cooling : Indoor temperature : 80°F(26.7°C) DB, 67°F(19.4°C) WB, Outdoor temperature : 95°F(35°C) DB, 75°F(23.9°C) WB - Eguivalent refrigerant piping length 5m(16.4ft), Level differences : Om(Oft)) 2) Select wire size based on the value of MCA - Sound pressure level is a relative value, depending on the distance and acoustic environment. - dBA = A-weighted sound...

Cooling TC (Total Capacity), SHC (Sensible Heat Capacity), PI (Power Input) • The performance table shows the average value of each conditions. 9

Cooling TC (Total Capacity), SHC (Sensible Heat Capacity), PI (Power Input) • The performance table shows the average value of each conditions. 10

Cooling TC (Total Capacity), SHC (Sensible Heat Capacity), PI (Power Input) • The performance table shows the average value of each conditions. 11

Cooling TC (Total Capacity), SHC (Sensible Heat Capacity), PI (Power Input) • The performance table shows the average value of each conditions. 12

© NOTE • This wiring diagram applies oniy to the indoor unit. • Colors BLK : black, BRN : brown, SKY-BLU : sky-blue, GRN/YEL : green/yeiiow, RED : red, YEL : yellow, ORG : orange, BLU : blue, WHT:white • For connection wiring indoor-outdoor transmission 3(C), refer to the installation manual • ® : Protective earth(screw)

DOWNLOAD ECO-CCMM oeoi MMTJ cwei COMNb^V rw-ir; rj-T CN23S (BLK) MAIN DOWNLOAD QNSV1 CVKI- NDOOR UNIT # N0TE1 - THERMISTOR MARK BASED ON THE TEMP 25#C 0 NOTE • This wiring diagram applies oniy to the indoor unit. • Colors BLK : black, BRN : brown, SKY-BLU : sky-blue, GRN/YEL : green/yeiiow, RED : red, YEL : yellow, ORG : orange, BLU : blue, WHT:white • For connection wiring indoor-outdoor transmission 3(C), refer to the installation manual • ® : Protective earth(screw)

0 NOTE • This wiring diagram applies oniy to the indoor unit. • Colors BLK : black, BRN : brown, SKY-BLU : sky-blue, GRN/YEL : green/yeiiow, RED : red, YEL : yellow, ORG : orange, BLU : blue, WHT:white • For connection wiring indoor-outdoor transmission 3(C), refer to the installation manual • © : Protective earth(screw)

Indoor unit Sound Pressure level 0 NOTE • Specifications may be subject to change without prior notice. • Sound pressure Level - Sound pressure level is obtained in an anechoic room. - Sound pressure level is a relative value, depending on the distance and acoustic environment. - Sound pressure level may differ depending on operation condition. - dBA = A weighted sound pressure level - Reference acoustic pressure OdB = 20pPa

Outdoor unit Sound pressure level ® NOTE • Specifications may be subject to change without prior notice. • Sound pressure Level - Sound pressure level is obtained in an anechoic room. - Sound pressure level is a relative value, depending on the distance and acoustic environment. - Sound pressure level may differ depending on operation condition. - dBA = A weighted sound pressure level - Reference acoustic pressure OdB = 20pPa

Cooling Discharge angle : 16 1) Cooling air velocity distribution Heating Discharge angle : 46°

Cooling Discharge angle : 16 1) Cooling air velocity distribution Floor distance Heating Discharge angle : 46°

6. Temperature and air flow distribution AR18NSWXCWKNCV 1) Cooling air velocity distribution 2) Cooling Temperature distribution 3) Heating air velocity distribution 4) Heating Temperature distribution

6. Temperature and air flow distribution AR24NSWXCWKNCV 1) Cooling air velocity distribution 2) Cooling Temperature distribution 3) Heating air velocity distribution 4) Heating Temperature distribution

OUTDOOR UNIT INDOOR UNIT Indoor ThermistorIndoor Room Fan Motor (IFM) (T_IR) Service ValveGas Pipe (SV_G) Thermistor IDU Heat Exchager Mid (T_IM) Thermistor- Outdoor Fan Motor (OFM) Ambient (T_A) Electronic Expansion Valve Main (E_M) Heat Exchanger Main(Outdoor unit) (HX_M) ThermistorIDU Heat Exchanger IN (T_II) Heat Exchanger Indoor unit (HX_ID) Service ValveLiquid Pipe (SV_L) Compressor (COMP)

© NOTE • The assumed installation conditions are follows - The pipe length (including elbow) is 24.6 ft. - The level difference is 0 ft.

2018. Ver. 2. Samsung Electronics Co., LTD. B2B PM / SE Head Office (Suwon Korea) 129, Samsung-Ro, Yeongtong-Gu, Suwon City, Gyeonggi-Do, Korea 16677 Website : www.samsung.com, http://btsp.samsunggsbn.com Email : airconditioner@samsung.com Images and data in this book may subject to change without prior notice.