Applications

  • Capturing fine particles
  • Suitable for ATEX environment
  • High temperature conditions

Highlights

  • Static electricity grounding (optional)
  • Corrugated aluminium seperator
  • Robust construction with metal frame

Technical Specifications

Filter Standard:ISO 16890Max.
Operating Tempature:
up to 120˚C, 260˚C
Filter Class:ISO ePM1 - ISO ePM2,5
- ISO ePM10
Gasket:Silicon, EPDM
and PU Foam
Media:Glass fiberFlange:Without, single, double
Frame: Galvanized,
Stainless Steel
Sealing Compound:Two component
polyurethane,
glass fiber
Rec. Final Pressure Drop
EN13053:
Initial ΔP +100 Pa or initial ΔP x3
whichever is lower
Seperators:Corrugated Aluminium

Order Code

Filter TypeFilter
Class
FrameFlangeMax.
Temp.
Static Electricity
Grounding Cable
Dimensions
(mm)
FaceguardGasket
FCA : Fine Dust
Filter with
Aluminium
Seperator
(Metal Frame)
M6
F7
F8
F9
A: Aluminium
G: Galvanized
Metal
SS: Stainless
Steel
SS316: Stainless
Steel 316
S: Single
Side,25 mm
D: Double
Side,25 mm
W: Without
T: 120°C
HT: 260°C
SG:Exist
W: Without
610x610x292FW: Without
FC: On Clean Side
FD: On Dirty Side
FB: On Both Sides
W: Without
P: Continuous Pu Foam
PP: Pu Foam on Both Side
E: EPDM Flat
EE: EPDM Flat on Both Side
C: Continuous Grey EPDM
CC: Grey EPDM on Both Side
S: Silicon
SS: Silicon on Both Sides
Filter ModelEN 779
(cancelled)
ISO 16890Dimensions
WxHxD
(mm)
Filtration
Area
(m²)
Max. Continous
Temperature
(˚C)
Nominal
Airflow
(m³/h)
Initial
Pressure Drop
(Pa)
FCA-M6-G-W-T-W-305-610-292-FW-WM6ePM10 70%305x610x2928,5120170090
FCA-M6-G-W-T-W-610-610-292-FW-WM6ePM10 70%610x610x29217120340090
FCA-F7-G-W-T-W-305-610-292-FW-WF7ePM1 55%305x610x2928,51201700110
FCA-F7-G-W-T-W-610-610-292-FW-WF7ePM1 55%610x610x292171203400110
FCA-F8-G-W-T-W-305-610-292-FW-WF8ePM1 70%305x610x2928,51201700125
FCA-F8-G-W-T-W-610-610-292-FW-WF8ePM1 70%610x610x292171203400125
FCA-F9-G-W-T-W-305-610-292-FW-WF9ePM1 80%305x610x2928,51201700150
FCA-F9-G-W-T-W-610-610-292-FW-WF9ePM1 80%610x610x292171203400150

“Other dimensions are available on request.”
“Differential Pressure Tolerance ( ±10% + 5 Pa ) or ( 10 Pa + 5 Pa ) whichever is greater”