CamGT 3V-440

  • Hydrofóbny filtračný materiál
  • Dvojité tesnenie
  • Nízky prevádzkový pokles tlaku
  • Odolný voči turbulenciám a extrémnej tlakovej strate
  • Patentovaná aerodynamická mriežka pre nižšiu tlakovú stratu
  • Optimalizovaná oblasť médií pre najmenší pokles tlaku pri účinnosti EPA
  • ICON34 gasket_01_00_10
  • ICON3 efficiency guarantee
  • ICON5 Low Pressure Drop
  • ICON7 iso16890.ai
  • ICON9 en1822
  • ICON15 LCC optimized
  • ICON54 ISO 29461 icon
Typ položky ISO 29461 ISO hodnotenie ISO 16890 Filtračná trieda EN779 Filtračná trieda EN1822 Šírka (mm) Výška (mm) Hĺbka (mm) Prietok vzduchu (m3/h) Počiatočná tlaková strata (Pa)
CamGT 3V-440-T8 T8 ePM1 80% F8 592 592 440 4250 105
CamGT 3V-440-T9 T9 ePM1 85% F9 592 592 440 4250 120
CamGT 3V-440-T10 T10 E10 592 592 440 4250 155
CamGT 3V-440-T11A T11 E11 592 592 440 4250 175
CamGT 3V-440-T12 T12 E12 592 592 440 4250 310
CamGTR 3V-440-T8 T8 ePM1 80% F8 592 592 440 4250 120
CamGTR 3V-440-T9 T9 ePM1 85% F9 592 592 440 4250 150

Technické údaje/parametre

Aplikácia
Pre všetky aplikácie, kde je dôležitá bezpečnosť a spoľahlivosť. Všetky inštalácie v prostredí s vysokou vlhkosťou/silným dažďom.
Rám
Plastové výlisky, ABS
Médium
Sklenené vlákno
Max Teplota (°C)
70°C
Relatívna vlhkosť
100%
Odporúčaná konečná tlaková strata
600 Pa
Separátor
Tavné lepidlo
Tesnenie
Polyuretán, bezšvový spoj
Mriežka, po prúde
Podporná mriežka pre filtračné médium
Tesniaci materiál
Polyuretán
Max. prietok vzduchu
1,8 x nominálny prietok
Komentár
Požiarna odolnosť: Dostupný podľa klasifikácie DIN4102 trieda b2 na požiadanie.
Deštrukčný tlak : > 6250 Pa neustále mokré/nasiaknuté
Verzia so spätným tokom: Dostupné s podpornou kovovou mriežkou na požiadanie
Doplňujúca informácia: Na žiadosť dostupný tiež v ½ a ¾ veľkosti.

Súvisiace produkty

Články súvisiace s CamGT

Gulf coast of louisiana power generation camflo camgt

Egat North, the largest energy producer in Thailand, upgraded to Hi-Flo and CamClose air intake pre-filters as well as CamGT final EPA air filters and lowered degradation by 70%, reduced water wash requirements, and saved approximately $1.24M USD per year.

Energy and Power Systems Manufacturing and Machinery Case Studies

Gulf of thailand oil and gas camflo camgt 3v600

Frequent pressure and short filter replacement intervals led to high operational costs. Camfil's Cam-Flo air intake pre-filters and CamGT EPA air filters met their goal of 8000 hours of life and reduced pressure drop by 50%.

Energy and Power Systems Manufacturing and Machinery Case Studies

Gas Turbines Breathe New Life

Camfil designs a static EPA retrofit gas turbine filtration solution for LM6000 turbines to ensure they deliver reliable power & heating to the district. The result of the upgrade was 3x more filter life, reduction in CO2 emissions by 1 100 tons per year, and fuel consumption savings of 650 000 Sm3 per year.

Energy and Power Systems Case Studies

Tata power trombay retrofits their filtration system to improve corrosion, pressure drop, and diverter dampers within deadline

Tata Power Ltd, India's largest integrated power company requests Camfil for a Cam-Flo pocket bag filter and CamGT static air filter retrofit after heavy hot corrosion in the gas turbine and high pressure drop jeopardized performance and safety.

Energy and Power Systems Case Studies

Dalkia power saves €172 000 / season with camfil e10 epa filters

Dalkia, a leader in the French gas turbine market, launched a national comparative test for various air intake filters, including Camfil's Hi-Flo pre-filters and CamGT EPA filters, to increase power production for their 10 GE LM6000 gas turbines.

Energy and Power Systems Case Studies

Camgt static filters reduce noise & bring additional profits due to lower pressure drop

Noise complaints from neighboring communities in Thailand prompted the plants to evaluate a noise-reducing filtration system. The CamGT high efficiency air filter solution not only improved the noise levels, it also increased turbine availability, improved pressure drop and helped the gas turbine produce more power.

Energy and Power Systems Case Studies