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performance data <br /> Inlet filters 9 Performance <br /> The application of Modine filter kits require the addition of a Nozzles • Performance '- <br /> blower enclosure kit, therefore, to determine filter resistance, A choice of four air discharge nozzles <br /> select unit size and Cfm from table on page 13.Enter chart below (above) accommodate various heat <br /> at corresponding Cfm(top of chart for 0-1000 Cfm—bottom of throw patterns illustrated on the facing <br /> chartfor 1000-10,000 Cfm)and proceed up or down vertical line Page. Equipped with adjustable <br /> to a point where it intersects the diagonal line for the unit louver blades, nozzles are fabri- <br /> selected.Move to the left edge of chart and read filter resistance. cated from galvanized steel and ; <br /> are offered either unpainted or <br /> CFM X 100 FOR MODELS BAE-50,BAE-75, BAE-100 <br /> painted to match the finish of °# <br /> 1.0o the blower unit heaters.Noz- <br /> .80 zles are flanged for easy <br /> - <br /> 70 attachment over the air <br /> ` <br /> 60 discharge opening of the. <br /> 1"FILTER RESISTANCE blower unit heater. x <br /> .50 <br /> k'.a ass <br /> 40 T <br /> .30 S <br /> a 400 DOWNWARD <br /> 0 20 NOZZLE <br /> 0 <br /> w <br /> tt <br /> W <br /> w <br /> Cr .10 t <br /> 09 <br /> c� .08 H <br /> 3 .07 <br /> LL .06 <br /> U) .05 <br /> U .04 ' T <br /> z BAE-75 " ' <br /> .03 BAE-50 <br /> a BAE 300 � #' <br /> BAE-100 BA-350 . <br /> 02 BAE-125 BA-400 <br /> t <br /> BAE-145 BAE-175 S 1< <br /> BAE-200 ' <br /> BAE-225 400 SPUTTER 'k <br /> BAE-250 ' <br /> NOZZLE , n " <br /> 01 <br /> 4 5 6 7 8 910 20 30 40 50 60 <br /> CFM X 100 FOR MODELS BAE-100 THROUGH BA-400 <br /> Nozzle performance* mounting height, heat throw, heat spread (in feet) <br /> NOZZLE MODEL NUMBER <br /> TYPE BAE-50 BAE-75 BAE-100 BAE-125 BAE-145 BAE-175 BAE-200 BAE-225 BAE-250 BAE-300 BA-350 BA-400 <br /> 400 tMax.Mounting Ht.(ft.)H 14 16 18 22 21 24 27 24 26 28 32 32 <br /> Downward Heat Throw(ft.)T 41 49 54 66 63 72 81 71 78 83 96 96 <br /> Nozzle Heat Spread(ft.)S 14 16 18 22 21 24 27 24 26 28 32 32 <br /> Vertical tMax.Mounting Ht.(ft.)H 15 17 18 22 22 21 24 24 26 28 32 32 <br /> Nozzle Heat Spread(ft.)S 15 17 18 22 22 21 24 24 26 28 32 32 <br /> 400 tMax.Mounting Ht.(ft.)H — — 16 20 `20 21 24 21 23 26 30 32 <br /> Splatter Heat Throw(ft.)T — — 41 50 49 52 59 53 58 65 75 80 <br /> Nozzle Heat Spread(ft.)S — — 81 100 97 104 117 106 116 129 151 160 <br /> 5-way tMax.Mounting Ht.(8.)H — — 15 18 17 18 20 20 21 20 23 26 <br /> Nozzle Heat Spread(ft.)S — — 21 26 24 25 28 27 30 27 32 37 <br /> The above table is based on an inlet air temperature 70-F and an air temperature rise of 55°F.Air deflectors on,401 and 901 discharge nozzles set perpendicular to the face of the air discharge open- <br /> ing.On 5-way nozzles all air deflectors set perpendicular to floor.Static pressure measured at 0.1"W.C.for 90'nozzle,0.2"W.C.for 40'downward and Sway nozzle,and 0.3"W.C.for 400 splitter nozzle. <br /> Outlet velocities are approximately 1750 FIRM for the 400 nozzles,1000 FIRM for the 90°nozzle,and 1300 FIRM for 5-way.For motor size,drive and blower rpm refer to pages 12 and 13. <br /> t Mounting height measured from bottom of unit. <br /> Page 14 <br />