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VAM1000FA5VE |
VAM1500FA5VE |
VAM2000FA5VE |
VAM350FA5VE |
VAM500FA5VE |
VAM650FA5VE |
VAM800FA5VE |
Standard Accessories
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Installation and operation manual
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Operation range
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Relative humidity
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%
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80 or less
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80 or less
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80 or less
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80 or less
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80 or less
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80 or less
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80 or less
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Weight
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Unit
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kg
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61
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132
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158
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33
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33
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48
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48
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Power input - 60Hz
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Heat exchange mode
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Nom.
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Ultra high
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kW
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0.571
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0.981
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1.017
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0.226
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0.253
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0.432
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0.514
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Bypass mode
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Nom.
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Ultra high
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kW
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0.571
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0.981
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1.017
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0.226
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0.253
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0.432
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0.514
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Heat exchange system
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Air to air cross flow total heat (sensible + latent heat) exchange
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Sound pressure level - 60Hz
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Bypass mode
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Ultra high
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dBA
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37
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40.5
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41
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34.5
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35
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35.5
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37
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Heat exchange mode
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Ultra high
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dBA
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37
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40.5
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41
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34.5
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34
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36
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37
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Operation mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Heat exchange mode, Bypass mode, Fresh-up mode
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Power input - 50Hz
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Heat exchange mode
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Nom.
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Ultra high
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kW
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0.469
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0.864
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0.953
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0.194
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0.212
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0.380
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0.451
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Bypass mode
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Nom.
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Ultra high
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kW
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0.469
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0.864
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0.953
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0.194
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0.212
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0.380
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0.451
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Heat exchange element
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Specially processed non-flammable paper
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Sound pressure level - 50Hz
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Heat exchange mode
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Ultra high
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dBA
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36, 37
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39.5, 41.5
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40, 42.5
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32, 34
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33, 34.5
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34.5, 35.5
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36, 37
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Bypass mode
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Ultra high
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dBA
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36, 37
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40.5, 41.5
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40, 42.5
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32, 34
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33.5, 34.5
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34.5, 35.5
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36, 37
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Dimensions
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Unit
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Width
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mm
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1,004
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1,514
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1,514
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828
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828
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1,004
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1,004
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|
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Depth
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mm
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1,156
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868
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1,156
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816
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816
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868
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868
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Height
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mm
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364
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726
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726
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301
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301
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364
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364
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Casing
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Material
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Galvanised steel plate
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Galvanised steel plate
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Galvanised steel plate
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Galvanised steel plate
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Galvanised steel plate
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Galvanised steel plate
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Galvanised steel plate
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Fan
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External static pressure - 50Hz
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Ultra high
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Pa
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157
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137
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137
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98
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98
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93
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137
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External static pressure - 60Hz
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Ultra high
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Pa
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196
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206
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196
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142
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147
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162
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225
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Connection duct diameter
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mm
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250
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350
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350
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150
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200
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200
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250
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Power supply
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Phase
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1~
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1~
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1~
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1~
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1~
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1~
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1~
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Name
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VE
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VE
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VE
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VE
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VE
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VE
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VE
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Frequency
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Hz
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50/60
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50/60
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50/60
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50/60
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50/60
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50/60
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50/60
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Voltage
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V
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220-240/220
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220-240/220
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220-240/220
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220-240/220
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220-240/220
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220-240/220
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220-240/220
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Notes
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(1) - Operation sound is measured at 1.5m below the center of the body.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(2) - Air flow rate can be changed to Low mode or High mode.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(3) - Normal amplitude, input and efficiency depend on the mentioned conditions.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(4) - Sound values are measured in an anechoic chamber. Operating sound level generally becomes higher than this value depending on the operating conditions, reflected sound, and peripheral noise.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(5) - The noise level at the air discharge port is about 8dB higher than the operating sound of the unit.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(6) - The specifications, designs and information here are subject to change without notice.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(7) - Voltage range: units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(8) - Maximum allowable voltage range variation between phases is 2%.
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(9) - MCA/MFA: MCA = 1.25 x FLA(FM1) + FLA(FM2); MFA ≤ 4 x FLA; (VAM2000 is regarded as 2x VAM1000)
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(10) - Select wire size based on the value of MCA
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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(11) - Instead of a fuse, use a circuit breaker
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