Pulse-jet filter cartridges
GTS 12 conical-cylindrical
The power cartridge for demanding turbomachinery conditions
The Viledon GTS 12 pulse-jet filter cartridges, which feature the innovative GORE® Turbine Filters Laminate, provide reliable protection against water and salt ingress for gas turbines and compressors.
Applications Features
| Article | Article number | Construction height [mm] | Outer diameter [mm] | Filter class acc. to EN 1822 | MPPS efficiency [%] 1 | Filter class acc. to ISO 29461-1 | Filter class acc. to ISO 29463 |
Nominal volume flow [m³/h] |
Initial pressure drop [Pa] | |
|---|---|---|---|---|---|---|---|---|---|---|
| GTS12 324A/324C/660-GGG-23G45-BBA | 53636880 | 660 | 324 | E12 | 99.5 | ISO T12 | ISO 25E | 1,100 | ||
| GTS12 445A/324A/660-GGG-28G45-BBA | 53636881 | 660 | 445 / 324 | E12 | 99.5 | ISO T12 | ISO 25E | 1,400 | ||
| GTS12 324-445 Set (Conical-Cylindrical) | 1,330 | 445 / 324 | E12 | 99.5 | ISO T12 | ISO 25E | 2,500 | 210 |
Applications
Pulse-jet filter cartridges of the GTS 12 conical-cylindrical series are used for intake air filtration of gas turbines and turbo compressors especially for offshore oil and gas production facilities as well as coastal gas-fired power plants.
Features
The Viledon GTS 12 conical-cylindrical pulse-jet filter cartridges use the sturdy Freudenberg filter design construction and combines it with the well proven 3-layer GORE® Turbine Filters Laminate to get the best of both worlds.
Design construction of the Viledon GTS pulse-jet filter cartridge combined with the well proven hydrophobic 3-layer Gore laminate as filter media.
GORE® Turbine Filters Laminate withstands much higher water ingress than conventional glass fiber media with a hydrophobic finish.
The extremely robust filter design concept protects machinery even under extremely harsh environmental conditions such as heavy rain, storms, mist, and constantly high humidity.
Viledon GTS 12 conical-cylindrical pulse-jet filter cartridges, with their optimized self-cleaning characteristics, maximize the lifetimes of intake air systems for turbomachinery and reduce the operating costs significantly.
