Rigid Bag-Filters High efficiency mini-pleat ad Alta Efficienza
AH, EH, RH, SH
DESCRIPTION
TR
High Efficiency Rigid Pockets
High efficiency air filtration in reduced dimensions and high flow filtering units applications.
Thanks to its construction and high filtering surface, the filters have a longer clogging time than standard flat pockets, moreover there is no risk of loss of clogged dusts, as well as glass fibres.
Classes: F5 - F6 - F7 - F8 - F9 - H10
Models: TR_11 - TR_06 - TR_07 - TR_08
ADVANTAGES
• Strong and rigid construction that permits an easy and quick installation.
• Compact project with reduced volume (292 mm width, 25 mm flange)
• High filtering surface and long clogging time.
• Increasing efficiency during the utilisation.
TR_11
TECHNICAL CHARACTERISTICS
Media
Separators
Sealant
Frame Efficiency
Code
Eurovent 4/4 Filtration Class
Initial Efficiency, Ei %
EN 779 Classification
CEN-EN 1822 Filtration Class
Filters global efficiency % for MPPS particles
Local efficiency % for MPPS particles
Working Temperature
Relative Umidity
Fire Resistance
Neoprene Gasket Version
Glass fibre paper
Cotton threads with hot melt gluing
Two components cold moulded polyurethane
Full plastics
AH (SP 29 AH 00, SP 30 AH 00, SP 31 AH 00, SP 32 AH 00)
EU11
99,9 ≤ Ei < 99,97
H11
H11
≥ 95 %
-
80 °C
100 % max
This filter can be incinerated without the emission of toxic gases and dust in town incinerators
on request
DIMENSIONS
• Recommended final pressure drop ≤ 600 Pa • Maximum final pressure drop ≤ 1000 Pa
TR_06
TECHNICAL CHARACTERISTICS
Media
Separators
Sealant
Frame Efficiency
* = MPA NRW
# = test report RNE – CETIAT
Code
Eurovent 4/5 Classification
Average Efficiency, Em % 0,4μm CEN - EN 779
EN 779 Classification
Working Temperature
Relative Umidity
Fire Resistance
Special Models
Neoprene gasket version
Glass fibre paper
Hot melt gluing
Two components cold moulded polyurethane
Full plastics
550035 0 89-03 / 550035 0 89-05
N° 920393/6 A / N° 920393/6 B / N° 920393/6 C EH (SP 29 EH 00, SP 30 EH 00, SP 31 EH 00, SP 32 EH 00)
EU6
60 ≤ Em < 80
F6
80 °C
90 % max
This filter can be incinerated without the emission of toxic gases and dust in town incinerators.
Final code : _ _ 2 R = Two side protective grids version
Final code : _ _ 0 G = Eight grids version
on request
DIMENSIONS
• Recommended final pressure drop ≤ 600 Pa • Maximum final pressure drop ≤ 1000 Pa
TR_07
TECHNICAL CHARACTERISTICS
Media
Separators
Sealant
Frame Efficiency
* = MPA NRW
# = test report RNE – CETIAT
Code
Eurovent 4/5 Classification
Average Efficiency, Em % 0,4μm CEN - EN 779
EN 779 Classification
Working Temperature
Relative Umidity
Fire Resistance
Special Models
Neoprene gasket version
Glass fibre paper
Hot melt gluing
Two components cold moulded polyurethane
Full plastics
550035 0 89-03 / 550035 0 89-05
N° 920393/6 A / N° 920393/6 B / N° 920393/6 C RH (SP 29 RH 00, SP 30 RH 00, SP 31 RH 00, SP 32 RH 00)
EU7
80 ≤ Em < 90
F7
80 °C
90 % max
This filter can be incinerated without the emission of toxic gases and dust in town incinerators.
Final code : _ _ 2 R = Two side protective grids version
Final code : _ _ 0 G = Eight grids version
on request
DIMENSIONS
• Recommended final pressure drop ≤ 600 Pa • Maximum final pressure drop ≤ 1000 Pa
TR_08
TECHNICAL CHARACTERISTICS
Media Separators Sealant Frame Efficiency
* = MPA NRW
# = test report RNE – CETIAT Code
Eurovent 4/5 Classification
Average Efficiency, Em % 0,4μm CEN - EN 779
EN 779 Classification Working Temperature Relative Umidity Fire Resistance
Special Models
Neoprene gasket version
Glass fibre paper
Hot melt gluing
Two components cold moulded polyurethane
Full plastics
550035 0 89-03 / 550035 0 89-05
N° 920393/6 A / N° 920393/6 B / N° 920393/6 C SH (SP 29 SH 00, SP 30 SH 00, SP 31 SH 00, SP 32 SH 00)
EU8
90 ≤ Em < 95
F8
80 °C
90 % max
This filter can be incinerated without the emission of toxic gases and dust in town incinerators.
Final code : _ _ 2 R = Two side protective grids version
Final code : _ _ 0 G = Eight grids version
on request
DIMENSIONS
• Recommended final pressure drop ≤ 600 Pa • Maximum final pressure drop ≤ 1000 Pa