Opakfil GTX

for turbo machinery

Opakfil GTX Filter

Outstanding Performance

The advanced engineering behind the Opakfil GTX makes it possible for the filter to deliver one of the highest achievable energy savings in the industry, while maintaining rated efficiency throughout the full life of the filter.

Special Design Features

A unique curved form of the air inlet and outlet provides greater open area than any other V-shaped filter, resulting in a much lower pressure drop profile.

The media packs utilize a newly developed height-to-pleat spacing ratio that works in conjunction with the radial inlet and outlet to minimize pressure drop. The pleat separators ensure pleat stability to provide continual low energy usage performance.

The Opakfil GTX also has a built-in prefilter spacer section, that eliminates blockage of airflow and resultant high pressure drop when a prefilter is mounted directly.

The pack sealing flanges molded into the frame also eliminate bypass, often seen with V-filter constructions.

Reduced Environmental Impact

This highly rated energy filter, saves money not only in energy and labor, but it also has a positive impact on the environment.

Longer filter life offers advantages like:

Model Dimensions Media Area Air Flow / Pressure Loss Ship Data Filter Class Dust holding capacity at 450 PA/1.8 "wg g
inch ft² CFM/"wg ft³ /lb EN779 / *EN1822 MERV
F7 23.3x23.3x12.4 204 2500/0.37 3.9 15.4 F7 MERV 13 580
F8 23.3x23.3x12.4 204 2500/0.50 3.9 15.4 F8 MERV 14 446

The Opakfil GTX is available in half size filters on request.

Pressure Drop

Opakfil GTX Pressure Drop F7-MERV 13

Opakfil GTX Pressure Drop F8-MERV 14

Specifications

Type: High efficiency, incinerable, compact

Frame: All injection mold plastic construction

Media: Micro-Glass fiber

Separators: Hot melt

Seal: Polyurethane

Gasket: Polyurethane

Header: 20 mm

Class EN 779: 2002: F7, F8

ASHRAE 52.2: MERV 13, 14

Dust holding capacity: ASHRAE dust

Recommended final pressure drop: 600 Pa

Recommended air flow nominal: 4250 m³/h / 2500 cfm

Temperature: 80 °C max. running temp.

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