CamGT 4V-300

  • Hydrophobic filter construction and media
  • Low operational pressure drop, even when wet, with patented built-in drainage
  • Sealed on all sides and featuring our patented double sealing process
  • Resistant to turbulence and extreme pressure drop
  • Patented Aerodynamic support grid for lower pressure drop
  • Optimized media area for the lowest pressure drop at EPA efficiency
  • ICON34 gasket_01_00_10
  • ICON3 efficiency guarantee
  • ICON5 Low Pressure Drop
  • ICON7 iso16890.ai
  • ICON9 en1822
  • ICON15 LCC optimized
  • ICON54 ISO 29461 icon
Classe ISO 16890 Classe de filtration EN779 Classe de filtration EN1822 Largeur (mm) Hauteur (mm) Profondeur (mm) Débit (m3/h) Perte de charge initiale (Pa) Classification des filtres ASHRAE US
ePM1 70% F7 592 592 300 4250 130 MERV 13
ePM1 70% F7 592 592 300 4250 125 MERV 13
ePM1 80% F8 592 592 300 4250 140 MERV 14
ePM1 80% F8 592 592 300 4250 135 MERV 14
ePM1 85% F9 592 592 300 4250 165 MERV 15
ePM1 85% F9 592 592 300 4250 160 MERV 15
/ E10 592 592 300 4250 200
/ E11 592 592 300 4250 225
/ E12 592 592 300 3400 260
/ E12 592 592 300
 L'outil de calcul de la perte de charge est disponible

Calculer la perte de charge

Choisissez un filtre de "pleine taille" dans le tableau ci-dessous pour calculer la perte de charge.
Les dimensions des filtres de "pleine taille" sont généralement de 592x592 mm pour les filtres à poches et panneaux filtrants, et de 610x610 mm pour les filtres HEPA.

Spécifications

Application
Admission d’air de turbines à gaz
Cadre
Plastique PS moulé, ABS
Média
Fibre de verre
Max temperature (°C)
70°C
Humidite relative
100%
Perte de charge finale recommandée
600 Pa
Separator
Hot-melt
Joint
Polyuréthane coulé d'une pièce
Grille, aval
De renfort ABS
Sealant
Polyuréthane
Débit max
1,3 x débit nominal
Commentaire
Pression d'éclatement: > 6250 Pa

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