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PERFORMANCE DATA - DEFLECTOR HOODS <br /> %OD/NE <br /> Figure 12.1 - 30°, 60°, & 90° Deflector Hoods Figure 12.3 - 90° Hood Throw/Floor Coverage <br /> H <br /> 30°HOOD 60°HOOD 90°HOOD <br /> Figure 12.2 -30° & 60° Hood Throw/Floor Coverage <br /> /` 30 DOWNTURN s <br /> We � s <br /> 60 DOWNTURN r f <br /> 1 i♦i <br /> �% •; 30 <br /> MOUNTING •� '•.• 60 •�•••..•••�•• Table 12.2 - Deflector Hood General Performance <br /> HEIGHT ;♦ •.• ,�, ••...••• Data - Model PTC <br /> .: <br /> % :•1 <br /> X1 _� �� •....•••''*•••••• Model Airflow Rise Temp Mounting Angle 30°Hood 60°Hood Hood <br /> 60 DOWNTURN Y Height <br /> Size X Y 2. X Y 2. S <br /> 0.III X 30 DOWNTURN Y (CFM) (°F) (ft) O (ft) (ft) (ft) (ft) (ft) (ft) (ft) <br /> v- Z 8 55 12 27 37 0 28 39 19 <br /> Note; 55 1097 43 10 44 11 25 35 0 26 35 17 <br /> X=Feet from Heater to Start of Floor Coverage <br /> 0=Feet to End of Floor Coverage 12 31 9 23 32 0 22J 30 15 <br /> Z=Feet to End of Throw <br /> 8 54 12 26 36 0 27 38 18 <br /> 65 1141 49 10 43 10 24 34 0 25 34 16 <br /> Table 12.1 - Deflector Hood General Performance 12 29 8 21 30 0 20 28 15 <br /> Data Model BTC 8 59 14 30 41 0 32 43 17 <br /> 85 1650 44 10 49 12 29 39 0 29 40 16 <br /> 90° 12 39 11 26 37 0 26 36 14 <br /> Temp Mounting Blade 30°Hood 60°Hood Hood 13 32 10 25 35 0 24 33 14 <br /> - <br /> Model Airflow Rise Height Angle -- 8 57 13 29 39 0 30 41 16 <br /> Size X Y Z XYZ S 10 47 11 27 37 0 28 38 15 <br /> 110 1750 54 12 35 10 25 34 0 24 33 13 <br /> (CFM) (°F) (ft) (°) (ft) (ft) (ft) (ft) (ft) (ft) (ft) <br /> 8 59 14 31 42 27 32 44 22 13 28 9 23 32 0 22 30 13 <br /> _ 8 60 15 32 44 0 34 47 24 <br /> 10 50 13 29 40 36 30 41 20 135 2160 53 10 52 13 31 42 0 32 44 21 <br /> 215 3366 55 12 40 11 27 37 40 27 37 18 12 42 12 29 40 0 29 40 18 <br /> 14 30 10 26 36 0 25 34 18 <br /> 14 27 9 24 33 35 22 31 17 8 60 19 41 56 0 43 60 26 <br /> 15 17 7 21 30 28 18 25 16 10 51 18 40 55 0 42 57 23 <br /> 156 2600 51 12 41 17 38 53 0 40 55 21 <br /> 8 65 18 38 52 34 40 55 29_ 14 29 15 37 51 0 37 51 20 <br /> 10 58 17 37 50 48 39 53 26 16 8 14 34 48 0 34 47 18 <br /> 12 51 15 35 49 59 36 50 24 8 63 16 35 48 0 37 51 26 <br /> 180 3020 51 10 55 15 34 46 0 35 48 23 <br /> 260 4071 55 14 42 14 33 46 64 33 46 22 12 46 13 32 44 0 32 45 21 <br /> 16 33 12 30 42 61 29 40 21 14 36 12 29 41 0 29 40 20 <br /> 18 18 9 26 37 42 23 32 19 8 66 19 41 56 0 43 59 32 <br /> 10 60 18 40 54 0 42 57 29 <br /> 19 2 6 20 30 52 23 32 19 215 3865 48 12 53 17 38 53 0 40 54 26 <br /> 8 64 17 37 51 33 39 54 28 14 46 15 36 50 0 37 51 24 <br /> 16 37 14 34 47 0 33 46 23 <br /> 10 57 16 36 49 47 37 51 21 -- <br /> 8 69 22 45 62 0 48 66 37 <br /> 12 50 15 34 47 56 35 48 16 10 63 21 44 61 0 47 64 33 <br /> 310 4854 55 12 57 19 43 59 0 45 62 30 <br /> 14 41 13 32 44 61 32 44 13 <br /> 260 4585 49 14 51 18 42 57 0 43 59 28 <br /> 16 30 11 29 41 56 27 38 11 16 44 17 40 55 0 40 55 26 <br /> 18 14 8 23 33 30 20 28 9 18 35 15 37 52 0 36 50 25 <br /> 20 25 13 33 47 0 31 43 24 <br /> Note:Refer to Figures 12.1 through 12.3. 8 68 20 43 58 0 45 62 34 <br /> 10 61 19 42 57 0 44 60 31 <br /> 310 5400 49 12 55 18 40 55 0 42 58 28 <br /> 14 48 17 39 53 0 40 54 26 <br /> _ 16 40 15 37 51 0 36 50 24 <br /> 18 31 13 34 47 0 32 44 23 <br /> Note:Refer to Figures 12.1 through 12.3. <br /> 12 6-170.7 <br />