DUCT-M HT F400/2h. Smoke exhaust ducted axial fan APPLICATIONS TECHNICAL SPECIFICATIONS VERSIONS ACCESSORIES ON REQUEST. May 2018 Catalog N 000 Rev.

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1 DUCT-M HT F/h Smoke exhaust ducted axial fan APPLICATIONS The fans of the DUCT-M HT line have been designed to be employed in all the plants where it is prescribed the necessity to guarantee the smoke extraction in environments as car parks, commercial centers, hospitals, theatres, museums, buildings etc. DUCT-M HT fans have been designed and manufactured according to the European Directive EN - obtaining the certification from an authorized autonomous certification body. This line is suitable to work in continuous at the temperature of C and in case of emergency (fire) at the temperature of: C for minutes (F) C for 6 minutes (F) - for minutes (F/) C for minutes (F) This concept of double operation is exactly translated by the term dual purpose introduced in the specific by the EN - norm. TECHNICAL SPECIFICATIONS DUCT-M HT Conveyed Fluid: clean or slightly dusty, not abrasive. Voltage: three phase (T) V ph Hz Fluid direction: from impeller to motor (B) FGM VERSIONS DUCT-ML: long casing. Motor/ impeller assembly completely included in the length of the casing. DUCT-Mm: medium casing. Motor slightly protruding from the casing, free access for electrical connection. ACCESSORIES Inlet nozzle (IN). Silencers (SIL-DU). Flat protection grid (FPG-DU) and conic (CPG-DU) (Necessary for use in free air). AV mounts (AV). Counter-flange (CF-DU). External terminal box (OTB-HT). Fixing feet (FF-DU). Overpressure circular dumper GSC Elektrovent srl certifies that the Elektrovent model Duct-M HT F/h from to shown herein are licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication and comply with the requirements of the AMCA Certified Ratings Program. ON REQUEST different from the catalogue. Versions with air flow from motor to impeller, position A (FMG). Hot dipped galvanized casing. May Catalog N Rev.

2 DUCT-M HT 9, 7, 7 6, 7,,,,7,6,,7,,,,9,7,, Static Pressure Electrical Power,, shown in the diagrams refer to air density. kg/m.,6,, Peak absorbed power N [],76,7,7,6,6,,,6,,6,,,9,7 9,6,,96,76,6,,9

3 DUCT-M HT ,,, shown in the diagrams refer to air density. kg/m. Static Pressure 7 6,,,,9,,,,7,6,,,,, Electrical Power,, Peak absorbed power N [],77,7,7,6,6,,,7,,6,,,9,7 9,6,,96,76,7,,9

4 DUCT-M HT 9 6 shown in the diagrams refer to air density. kg/m. Static Pressure 6,,,,,6,,,,, Electrical Power 6, Peak absorbed power N [],,,6,,,,,,69,7,,7,, 9,66,,7,96,7,7,

5 DUCT-M HT 7 6 shown in the diagrams refer to air density. kg/m. 7 Static Pressure 6,,,,,6 Electrical Power,6,,,,6,6,,,,6, 6 7 Peak absorbed power 7,,,7,6,66,,,,9,97,,,7,9,6,,69,,,, 6 N [] 9 7

6 DUCT-M HT ,7,, 7, Electrical Power,,,,6,6 7,,6,7,,,,6, Static Pressure shown in the diagrams refer to air density. kg/m., 6 6 Peak absorbed power 7, 7,7,6,,9,9,66,,9,,96,7,,,7,9,,,76,7,9, 7 Air Flow -[m/h] N [] 6 7

7 DUCT-M 6 HT Static Pressure,,7,, 6,,, shown in the diagrams refer to air density. kg/m.,6,,,, 7, Electrical Power 7,,,,, Peak absorbed power N [] 7, 7,9,,6,,,,6,,7,,,,,,7,7,,6,6,66,

8 DUCT-M 6 HT 7 6 shown in the diagrams refer to air density. kg/m. Static Pressure 6 6,,,,,,, Electrical Power,6,, Peak absorbed power N [], 7,,6,76,,,6,,9,697,67,,6,6,7,,,,77,7,9,79 7 7

9 DUCT-M 7 HT 7 6 shown in the diagrams refer to air density. kg/m. Static Pressure 6,6,,, 6,,,,6,,, Electrical Power, 7 7 Peak absorbed power 7,,9,6,7,7,,,9,7,6,6,6,,9,6,99,,9 7 N [] 7

10 DUCT-M HT 7 6 6,6, 7 6,,,, 7, Electrical Power, Static Pressure shown in the diagrams refer to air density. kg/m ,, 7 7 Peak absorbed power 7,, 7,9,77,66,7,9,,7,9,,6,,,,97,9,76 7,,6,96,,676,,,67 9 Air Flow -[m/h] N [] 7

11 DUCT-M 9 HT 7 6 6,,,,6 Static Pressure 7 6 shown in the diagrams refer to air density. kg/m.,,, 7, Electrical Power 6,,,, 7, 6 7 Peak absorbed power N [] 7,, 7,9,77,66,7,9,,7,9,,6,,,,97,9,76 7,,6,96,,676,,,67

12 DUCT-M EK HT 7 6 6, 6, 7, Electrical Power, 7, Static Pressure shown in the diagrams refer to air density. kg/m., 7, 6 Air Flow -[m/h] Peak absorbed power N [] 7,, 7,799,66,,96,7,,,,9,,69,,97,9,9,7,96, 9,66 7,9 6,779 6,6,,66 7 7

13 DUCT-M EN HT 7 6 6,, 6 9 Electrical Power 9 6, 6, Static Pressure shown in the diagrams refer to air density. kg/m Peak absorbed power N [] 9 6 7,,,,7 7,7,, 6,,97 9, 7,69,97 7

14 DUCT-M HT 7 shown in the diagrams refer to air density. kg/m. Static Pressure Electrical Power Peak absorbed power N [] 6 6 7,6,7,6,,6,,,9,9,7 9,9 9,,9 7,67 6,7,77,,9,99,7,,,,6,769, 7,77,7 7,,7 7

15 DUCT-M EN HT Electrical Power Static Pressure shown in the diagrams refer to air density. kg/m Peak absorbed power N [] ,9,67,,797,77,,6,,9,7,6,77,9,77,99,9 7, 6,9 6,6,,77,7,7,9,779,7,,76,,7 9,,69,

16 DUCT-M HT Static Pressure shown in the diagrams refer to air density. kg/m Electrical Power Peak absorbed power N [] 6 6 7,6 6, 6,,,69,,999,,, 9,9,6,96,9,67 9,7 9,9 7,,6, 66,9,7 9,6,9 7,,6,99,67,,6 7

17 DUCT-M ht Dimensions DUCT-Ms ht DUCT-Mm ht E DUCT-Ml ht ØC B E ØD ØA ØD ØA ØA ØD B Std Std Std B Model n FØ G A Mot.(H) B (Ms) B (Mm) B (Ml) C D *E F G / / / /9 /9 /9 /9 /9 /6 / / / / / Dimensions in mm (*) Indicative - Motor - Casing - Impeller - Grid accessory (mandatory for free air) 6