CamFlo GT
High velocity air inlet filter for turbo machinery
Applications
Gas turbines operating in offshore and marine installations and equipped with high velocity air inlet systems are in many cases suffering from extensive maintenance, high pressure drop and poor engine protection. These shortcomings are mainly a result of the high air-to-filter media ratio, limiting dust holding capacity and filtration efficiency. CamFlo GT is developed to offer a better alternative for these types of installations.
Design Features
- Large filter surface – improves dust holding capacity and reduces pressure drop. It also allows for the use of filter media with higher efficiency.
- Ridged filter pocket design – assures efficient pocket shape is always maintained.
- Dual layer filter media – pre- and high efficiency filtration in one composite media, means high dust holding capacity in one instead of two separate filter stages.
Construction
Continuous R&D ensures that Camfil Farr filters perform as specified and to our customer´s expectations. The special shape of the filter bag ensures lowest possible pressure drop. The individual filter bags, made of dual layers of synthetic media, are fixed in place with adhesive and secured for maximum strength in a special stainless steel frame. Reinforcements are located between the bags to ensure the filter´s stability and shape during max airflow. It can operate in temperatures up to 70°C/158°F and 100% RH.
Performance Data
Technical Data
| Model | Dimensions | Media Area | ASHRAE Dust holding capacity at 450 Pa (1.8” wg) | Filter Class |
| CamFlo GT F8 | 592x592x690 mm *24 x 24 x 28 ” | 5.3 m² 57 ft² | 523 g 1.15 lbs |
F8 |
Available in customized dimensions on request. *Nominal size
Specifications
- Frame: Stainless steel, AISI 316 galvanized steel available on request
- Media: Synthetic
- Seal: Polyurethane
- Class EN 779:2002: F8
- Discharge efficiency: 31%
- Recommended max.: final pressure drop 850 Pa (3.4” wg)
- Recommended air flow max.: 7.200 m³/h (4235 CFM)
- Operating temperature: 70°C/158°F max. running
Contact us for additional information on:
- Gas turbine intake filtration
- Mist elimination
- Intake & Exhaust silencing
- Acoustic packages
- Inlet cooling
- Filtration upgrades / Retrofits
- Life cycle projections for your applications