High-Efficiency V-COMPACT Filter (Metal Frame)
High-Efficiency V-COMPACT Filter (Metal Frame) is a high-efficiency air filter that provides a large filtration area within a compact housing and can be manufactured with galvanized or stainless steel frame options. Available in E10, E11, E12, H13 and H14 filter classes, it can be used as a final-stage filter in HVAC equipment, cleanrooms and gas turbine air intake systems.
V-shaped filter packs provide a large filter surface within a limited installation space. The combination of glass fibre filter media, hot-melt separators, two-component polyurethane sealing compound and a metal frame creates a filter solution suitable for high-airflow applications that require mechanical strength.
Galvanized Frame
Stainless Steel
Maximum 80°C
Metal-Framed V-Compact Filter Construction
Metal-framed V-compact filters are constructed by placing multiple mini-pleated filter packs in a V configuration inside a galvanized or stainless steel frame. The V geometry allows a larger amount of filter media to be used without increasing the external dimensions of the filter.
The metal frame is particularly advantageous in industrial applications where mechanical strength, frame rigidity or stainless steel construction is required. The stainless steel option can be considered for projects where corrosion resistance, hygiene requirements or plant standards require stainless materials.
Nominal filter performance should be evaluated together with the filter class, airflow, filtration area, metal frame type, surface protection, gasket construction and sealing conditions within the filter housing.
Filter Selection and Application Process
Technical Specifications
| Filter Standard | EN 1822 and ISO 29463 | Maximum Operating Temperature | 80°C |
|---|---|---|---|
| Filter Classes | E10, E11, E12, H13 and H14 | Surface Protection | Optional |
| Filter Media | Glass fibre | Gasket | Optional |
| Frame Type | Galvanized or stainless steel | Sealing Compound | Two-component polyurethane |
| Recommended Final Pressure Drop | 2 times the initial pressure drop, maximum 600 Pa | Separator | Hot-melt adhesive |
Product Coding System
The product code defines the filter type, filter class, metal frame material, physical dimensions, surface protection and gasket option.
| Code Section | Options | Description |
|---|---|---|
| Filter Type | AR | High-Efficiency V-COMPACT Filter, metal-framed construction |
| Filter Class | E10 / E11 / E12 / H13 / H14 | Filter class according to EN 1822 and ISO 29463 classification |
| Frame | G / SS | G: Galvanized frame SS: Stainless steel frame |
| Dimensions | Width × Height × Depth | Example: 592 × 592 × 292 mm |
| Surface Protection | FW / FC2 / FC8 | FW: No surface protection FC2: Surface protection on two sides FC8: Surface protection on eight sides |
| Gasket | W / P / PP / E / EE / C / CC | W: No gasket P: Poured gasket PP: Double-sided poured gasket E: EPDM gasket EE: Double-sided EPDM gasket C: Grey EPDM gasket CC: Double-sided grey EPDM gasket |
Filter Models and Performance Values
| Filter Model | EN 1822 | ISO 29463 | Dimensions W×H×D (mm) |
Filtration Area (m²) |
Nominal Airflow (m³/h) |
Initial Pressure Drop (Pa) |
|---|---|---|---|---|---|---|
| AR-E10-287-592-292-FW-W | E10 | – | 287 × 592 × 292 | 9 | 1.700 | 200 |
| AR-E10-490-592-292-FW-W | E10 | – | 490 × 592 × 292 | 15,5 | 2.800 | 200 |
| AR-E10-592-592-292-FW-W | E10 | – | 592 × 592 × 292 | 19 | 3.400 | 200 |
| AR-E11-287-592-292-FW-W | E11 | ISO 15 E | 287 × 592 × 292 | 9 | 1.700 | 190 |
| AR-E11-490-592-292-FW-W | E11 | ISO 15 E | 490 × 592 × 292 | 15,5 | 2.800 | 190 |
| AR-E11-592-592-292-FW-W | E11 | ISO 15 E | 592 × 592 × 292 | 19 | 3.400 | 190 |
| AR-E12-287-592-292-FW-W | E12 | ISO 25 E | 287 × 592 × 292 | 9 | 1.250 | 270 |
| AR-E12-490-592-292-FW-W | E12 | ISO 25 E | 490 × 592 × 292 | 15,5 | 2.000 | 270 |
| AR-E12-592-592-292-FW-W | E12 | ISO 25 E | 592 × 592 × 292 | 19 | 2.500 | 270 |
| AR-H13-287-592-292-FC2-P | H13 | ISO 35 H | 287 × 592 × 292 | 9 | 1.250 | 250 |
| AR-H13-490-592-292-FC2-P | H13 | ISO 35 H | 490 × 592 × 292 | 15,5 | 2.000 | 250 |
| AR-H13-592-592-292-FC2-P | H13 | ISO 35 H | 592 × 592 × 292 | 19 | 2.500 | 250 |
| AR-H14-287-592-292-FC2-P | H14 | ISO 45 H | 287 × 592 × 292 | 9 | 1.100 | 250 |
| AR-H14-490-592-292-FC2-P | H14 | ISO 45 H | 490 × 592 × 292 | 15,5 | 1.800 | 250 |
| AR-H14-592-592-292-FC2-P | H14 | ISO 45 H | 592 × 592 × 292 | 19 | 2.200 | 250 |
Structural Components
Application Areas
- Final-stage filtration in HVAC equipment
- Cleanroom ventilation and air-conditioning systems
- Gas turbine air intake systems
- High-airflow industrial air filtration
- Filter housings requiring metal-frame strength
- Hygienic or corrosive environments requiring stainless steel materials
Product Advantages
- Large filtration area within a compact housing
- Galvanized and stainless steel frame options
- E10, E11, E12, H13 and H14 class alternatives
- Metal construction providing high mechanical strength
- Optional gasket and surface protection options
- Nominal airflow alternatives from 1.100–3.400 m³/h
Filter Selection Criteria
Select from E10–H14 according to the required particle retention efficiency.
Galvanized or stainless steel should be selected according to corrosion, hygiene and mechanical strength requirements.
The actual operating airflow should be compared with the nominal airflow stated in the model table.
The clean-filter initial pressure drop should be considered when evaluating fan selection and energy consumption.
A suitable gasket and surface protection option should be selected according to the filter housing and sealing requirements.
Width options of 287, 490 or 592 mm should be verified against the clear dimensions of the existing filter housing.
Maintenance and Replacement Principles
The pressure difference between the inlet and outlet sides of the filter should be monitored regularly. The metal frame, filter packs, gasket surfaces, connection points and seating within the filter housing should be checked during periodic maintenance.
The recommended final pressure drop is twice the initial pressure drop and should not exceed 600 Pa. Filter replacement timing should be determined by considering pressure drop, energy consumption, air quality and process requirements together.
Compressed air should not be applied to the filter media, the filter should not be washed and the V-shaped packs should not be subjected to mechanical impact. Used filters should be removed and disposed of according to the facility’s occupational safety and waste management procedures.
Technical Application Note
The airflow and initial pressure drop values shown in the table are nominal product data. Actual filter performance may vary depending on process conditions, including frame material, installation method, test area, filter housing and duct tightness, actual airflow, system pressure, calibration of measuring instruments, dust load, relative humidity, temperature, filter loading and airflow distribution. The required individual test and certification scope for H13 and H14 filters should be defined before ordering.
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