Daikin SkyAir RZQ-P Series, Engineering Data

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Capacity tables EDUS281120_a
68 RZR-P, RZQ-P(9)
9.1.3 FAQ
FAQ RZR18PVJU
FAQ RZR24PVJU
Indoor Air Temp.
Outdoor Air Temp.
°
FDB
68 77 86 90 95 104
TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
°FDB °FWB kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW
68.0 57.0 11.68 8.9 0.54 11.68 8.9 0.59 11.68 8.9 0.68 11.68 8.9 0.73 11.68 8.9 0.79 11.68 8.9 0.91
72.0 61.0 14.21 11.7 0.66 14.21 11.7 0.75 14.21 11.7 0.87 14.21 11.7 0.93 14.21 11.7 1.01 14.21 11.7 1.18
77.0 64.0 16.10 12.7 0.76 16.10 12.7 0.89 16.10 12.7 1.04 16.10 12.7 1.11 16.10 12.7 1.21 16.10 12.7 1.40
80.0 67.0 18.00 13.7 0.88 18.00 13.7 1.03 18.00 13.7 1.21 18.00 13.7 1.30 18.00 13.7 1.42 17.27 13.7 1.54
86.0 72.0 20.79 14.1 1.07 20.06 14.1 1.19 19.32 14.1 1.31 19.00 14.1 1.37 18.59 14.1 1.43 17.86 14.1 1.56
90.0 75.0 21.14 12.8 1.08 20.41 12.8 1.20 19.68 12.8 1.32 19.35 12.8 1.37 18.95 12.8 1.44 18.21 12.8 1.57
Indoor Air Temp.
Outdoor Air Temp.
°
FDB
68 77 86 90 95 104
TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI
°FDB °FWB kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW kBTUH MBh kW
68.0 57.0 15.57 14.3 0.88 15.57 14.3 0.96 15.57 14.3 1.12 15.57 14.3 1.19 15.57 14.3 1.29 15.57 14.3 1.49
72.0 61.0 18.94 15.3 1.08 18.94 15.3 1.23 18.94 15.3 1.44 18.94 15.3 1.54 18.94 15.3 1.68 18.94 15.3 1.95
77.0 64.0 21.47 16.5 1.24 21.47 16.5 1.46 21.47 16.5 1.71 21.47 16.5 1.83 21.47 16.5 2.00 21.47 16.5 2.33
80.0 67.0 24.00 18.0 1.44 24.00 18.0 1.71 24.00 18.0 2.01 24.00 18.0 2.16 24.00 18.0 2.35 23.02 18.0 2.56
86.0 72.0 27.72 18.8 1.77 26.74 18.4 1.97 25.76 18.0 2.18 25.33 17.8 2.27 24.79 17.6 2.38 23.81 17.2 2.59
90.0 75.0 28.19 17.5 1.78 27.21 17.0 1.98 26.24 16.6 2.19 25.80 16.4 2.28 25.26 16.2 2.40 24.29 15.7 2.61
C o o l i n g C a p a c i t y
2 3 0 V – 6 0 H z
C o o l i n g
I n d o o r : 8 0 ˚ F D B , 6 7 ˚ F W B
O u t d o o r : 9 5 ˚ F D B
E q u i v a l e n t P i p i n g L e n g t h
2 5 f t ( L e v e l D i f f e r e n c e : 0 )
H z , V o l t s
6 0 H z , 2 3 0 V
1 . T h e a b o v e d a t a a r e b a s e d o n t h e f o l l o w i n g c o n d i t i o n s .
2 . C a p a c i t i e s a r e n e t , i n c l u d i n g a d e d u c t i o n f o r c o o l i n g f o r i n d o o r f a n m o t o r h e a t .
3 . s h o w s n o m i n a l M A X c a p a c i t i e s
C o o l i n g C a p a c i t y
2 3 0 V – 6 0 H z
C o o l i n g
I n d o o r : 8 0 ˚ F D B , 6 7 ˚ F W B
O u t d o o r : 9 5 ˚ F D B
E q u i v a l e n t P i p i n g L e n g t h
2 5 f t ( L e v e l D i f f e r e n c e : 0 )
H z , V o l t s
6 0 H z , 2 3 0 V
1 . T h e a b o v e d a t a a r e b a s e d o n t h e f o l l o w i n g c o n d i t i o n s .
2 . C a p a c i t i e s a r e n e t , i n c l u d i n g a d e d u c t i o n f o r c o o l i n g f o r i n d o o r f a n m o t o r h e a t .
3 . s h o w s n o m i n a l M A X c a p a c i t i e s