Dramm - 350mm AME - Horizontal Air Flow (HAF) Fan Brochure

""" North #$th Street • PO Box #%&" • Manitowoc' WI ()#*#%&" USAdramm+com%"+&$)+", • Order Fax: %"+&$)+))%% • Parts & Service Fax: %"+&$)+"#%- • $""*($*"$)$information@dramm+comDramm technical staff and authorized dealers are available for consultation and implementation of the AME system+PLEASE PROVIDE A SKETCH BELOW:AME Air Circulation SystemThe Dramm AME HAF System maximizes air flow in a greenhouse by matching specific fans to specificgreenhouses+ By providing us with information about your greenhouse' we can customize ahorizontal air flow system to your greenhouse+Business Name: Business Address:Contact: Distributor:Phone .: Fax .: e*mail:Greenhouse Dimensions Greenhouse Systems InformationCrop InformationBay Length:____________________________Bay Width: ____________________________Number of Bays: _______________________Post Spacing: __________________________Gutter Height: _________________________Truss Height: __________________________Manufacturer: _________________________Type of Heating:_____________________________Crops Grown: _______________________________Any Hanging Baskets: ________________________How Many Runs/Bay: ________________________Single or Double Hung: _______________________AME Air Circulation SystemAERODYNAMICHOUSINGAERODYNAMIC, WINDTUNNEL TESTED DESIGNHIGH EFFICIENCY MOTORANTI-CORROSION PLASTICHOUSING AND BLADESREVERSIBLE,AERODYNAMIC FAN BLADESHOODED DESIGNOFFERS PUSH/PULLOF AIRGUARDS: Dramm AME fans do not use fan guards– fan guards limit the out*put of any fan+ When fans are placed high enough' no guard isnecessary+ If fans are to be placed within reaching distance' guardsmay be added+The AME Fan system evens air flow by combining our high efficiency motor and a specialized aerodynamicdesign+ While typical basket fans stir up the air inefficiently' the AME fan provides leverage for air move*ment+ The result is not only increased forward propulsion but a pull from behind the fan as well+ This helpsto even air speeds by creating momentum throughout the house+The AME HAF fans work best when used in conjunctionwith AME speed regulators+ By varying the speed of thefans' increased flexibility results+ For young plants sloweroverall air speeds are desired+ As plants mature' the increasein foliar mass reduces airflow requiring higher fan output tomaintain ideal air speeds+ Variable speed is also useful inpreventing condensation and disease' in changing green*house temperatures rapidly and in chemical application+1260 1160 10201930 1740 1530 12303130 2940 2660 2370 16303660 3410 3190 2960 26604720 4500 4210 3900 35902140 1930 17603275 2960 26755310 4880 4560 4010 35256215 5665 5260 4730 40408020 7450 7030 6240 5670* * Imax is the maximum current by -*wire electronic regulation+ This value is needed for thecapacity calculation of an electronic controller+* AME and air movement efficiency are trademarks of the Dramm Corporation+ © ""- all rights reservedAABB CCDDEEGG HHJJF()X)Air Volumes at VaryingStatic PressuresSystem Approach0Pa 30Pa 50Pa 80Pa 100PaWIF 300/4 1500 121 56.5 46 0.53 0.6WIF 350/4 1450 190 58 47 0.82 0.9WIF 400/4 1575 330 62 50 1.15 1.8WIF 450/4 1650 295 47.5 52 1.3 1.7WIF 500/4 1600 440 54.8 54 2.3 3.0Results at No Static PressureCubic Feet/MinuteCubic Meters/HourMetric/ RPM Watt Watt/ dB(A) Inom Imax*US 1000m30 In. 0.1 In. 0.2 In. 0.3 In. 0.4 In.WG WG WG WG WGAME Air Circulation SystemDramm AME HAF fans represent a different theory in air movement+ The AME fan offers efficiency'flexibility and simplicity+ Utilizing an aerodynamic design and a high*efficiency motor' the AME fan isequipped to maximize the air flow potential of any situation+ When combined with speed controllers'the AME fans offer unmatched flexibility in air flow as plants grow and mature+ Because of theirshrouded' aerodynamic design and high*efficiency motor' AME fans cover greater distances with better'more even air speeds+ This results in fewer fans needed with an increase in efficacy and reduction inelectrical costs+A B C D E F G H JWIF 300/4 395 350 30 140 126 9.5 300 314 68WIF 350/4 445 400 30 140 126 9.5 350 364 68WIF 400/4 495 444 30 140 126 9.5 400 414 68WIF 450/4 575 505 30 150 136 13 450 464 68WIF 500/4 635 565 30 150 136 13 500 514 68A B C D E F G H JWIF 300/4 15.8 14 1.2 5.6 5.04 .38 12 12.56 2.72WIF 350/4 17.8 16 1.2 5.6 5.04 .38 14 14.56 2.72WIF 400/4 19.8 17.76 1.2 5.6 5.04 .38 16 16.56 2.72WIF 450/4 23 20.2 1.2 6.0 5.44 .52 18 18.56 2.72WIF 500/4 25.4 22.6 1.2 6.0 5.44 .52 20 20.56 2.72Dimensions (metric)Dimensions (US)• INCREASED EFFICIENCY• SPEED REGULATION FOR FLEXIBILITY• REDUCED NUMBER OF FANS• LOW MAINTENANCE• ANTI-CORROSION DESIGN• THERMAL OVERLOAD PROTECTION