HEPA FILTER HOUSINGS

ADT-HFH6800

ADT-HFH6800 Series HEPA filter housings are designed for imperviously installation of HEPA filters which are used at the last outlet in clean rooms, laboratories, surgery rooms, hospitals, chemical industry, food industry and hygienic ventilation systems. HEPA filter sets developed by ADT include three main components: HEPA housing, HEPA filter and diffuser.

There are two models of HEPA filter housing according to loaded of HEPA filter; 1. Model ADT-HFH6800/B (Bottom Loaded) 2. Model ADT-HFH6800/S (Side Loaded) The filters that are used can be within different classes from H10 to H14 according to the property required in the room. HEPA filter housings are suitable for suspended ceiling installation. It can be hanged to ceiling with rods via the hanging holes on itself. It can be connected to main distribution duct with flexible duct. Flexible duct connection can be from top or side.

ADT-HFH6800/S

ADT-HFH6800-B w-ADT-VCD8000


CONSTRUCTION

• HEPA Filter Housing: High quality Galvanized Iron Sheet (Thickness: 0.9mm – 1.62mm).

• Frame Flange: 25 mm width as standard.

FEATURES

• Provides air filtration and distribution in one unit.

• Eliminates the risks associated with a central system filtration.

• Easily removable air outlets.

• Multiple sizes and combinations.

• Model ADT-HFH6800/S has an access door to provide HEPA filter servicing.

FINISH

• Standard finish is white powder coated.

• Other finish is available as option.

SIZE
MODEL: ADT-HFH6800/B
HEPA Filter Housing Neck Size (W x L x H) HEPA Filter Size (W x H x D)
673.5 x 673.5 x 251.6 610 x 610 x 150
368.5 x 368.5 x 251.6 305 x 305 x 150
368.5 x 368.5 x 393.6 305 x 305 x 292
520.5 x 520.5 x 393.6 457 x 457 x 292
SIZE
MODEL: ADT-HFH6800/S
HEPA Filter Housing Neck Size (W x L x H) HEPA Filter Size (W x H x D)
622.7 x 622.7 x 404 610 x 610 x 150
317.7 x 317.7 x 404 305 x 305 x 150
368.5 x 368.5 x 393.6 305 x 305 x 292
487.7 x 487.7 x 546 457 x 457 x 292

• All Dimensions are in mm.

• Each housing is custom manufactured to meet specific end user requirements.