Owner's Manual for AstroPak models including: H13, H14, H13 Hepa Filter, H13, Hepa Filter, Filter

AstroPak

2024-12-18 — Filter media. Glassfibre. Pocket design. Mini-pleat. Separator. Thermoplastic. Standard pack depths**. 48, 72, 96, 120, 180 mm. Frame material**.


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20241218 AAF Product leaflet AstroPak EN 01
AstroPak®
THE HIGH VELOCITY HEPA PANEL FILTER

Features and Benefits

· Can be scanned for leakage when installed according to ISO14644-3
· Optimised media pack utilising thermoplastic separator technology
· Available in 292mm depth box configurations giving: · Improved performance* · Increased robustness* · Improved total cost of ownership
*Measured against traditional "deep-pleat" filters.

· Available in efficiencies from E12 to H14 according to EN1822
· Available in a wide range of dimensions · Available in aluminium and MDF frames
Applications
· Final HEPA filtration stage for air handling units
· Cleanroom terminal housings requiring high air velocities
· Containment systems requiring filter validation

Configurations

Filter media Pocket design Separator Standard pack depths** Frame material** Sealant Gasket** Faceguard (optional) Recommended max. resistance Max. operating temperature Labelling Enclosed documentation Moisture resistance **Other options available.

Glassfibre Mini-pleat Thermoplastic 48, 72, 96, 120, 180 mm Anodized extruded aluminium, MDF Polyurethane (PU) Polyurethane foam, neoprene Epoxy coated steel, stainless steel 600 Pa 70 °C Duplicate air filter label, double tear-off air filter label Individual test report to EN1822 100% relative humidity

AstroPak®

Filter Dimensions H (mm) W (mm) D (mm)
69 78 200 to 150 to 149 1200 1830 149
292 292

Media Pack Height (mm)
48 48 72 120 96 180

Rated Velocity (m/s)
0.75 0.75
1 1.5 1.25 2.25

Initial Resistance (Pa)

H13

H14

250

320

250

320

250

320

250

320

250

320

290

370

Common Sizes
305x305 305x610 287x592 457x457 592x592 610x610

Volumetric Flow (m3/h)

0.75 m/s

1 m/s

1.25 m/s

250

330

420

500

670

840

460

610

760

560

750

940

950

1300

1600

1000

1300

1700

1.5 m/s 2.25 m/s

500 1000 920 1100 1900 2000

750 1500 1400 1700 2800 3000

Initial Resistance (Pa) Initial Resistance (Pa)

Resistance vs Face Velocity (H13)

500

450

400

350

300

250

200

150

100

50

0

0

0.5

1

1.5

2

2.5

3

3.5

4

Face Velocity (m/s)

48mm Pack 120mm Pack

72mm Pack 180mm Pack

96mm Pack

Resistance vs Face Velocity (H14)

700

600

500

400

300

200

100

0

0

0.5

1

1.5

2

2.5

3

3.5

4

Face Velocity (m/s)

48mm Pack 120mm Pack

72mm Pack 180mm Pack

96mm Pack

AstroPak®
Related Products AstroCel I and MEGAcel I

Features and Benefits
The AstroCel I provides HEPA filtration in medium and high velocity applications, deep-pleat technology with corrugated aluminium separators allows: · Operation in elevated temperatures up to 90°C (over
200°C possible in some executions) · A uniform airflow for in-situ scan validation testing
With AAF's MEGAcel I, membrane media provides significantly reduced operating costs and improved reliability.

AstroCel II and MEGAcel II

Features and Benefits
The AstroCel II is the standard for clean room applications, designed for velocities of 0.45m/s. Thermoplastic separator technology provides: · An optimised pleat pack offering low resistance and reli-
able service · Unidirectional clean air in efficiencies up to U17
Upgrading to the MEGAcel II product family builds on this with AAF's membrane media technology, offering unrivalled low operating costs and durability.

AAF International European Headquarters Odenwaldstrasse 4, 64646 Heppenheim Tel: +49 (0)6252 69977-0
aafeurope.com

American Air Filter Company, Inc. has a policy of continuous product improvement. This document is provided for informal review and establishes no commitment or contract. We reserve the right to change any designs, specifications and products without notice, and we make no warranties regarding the subject matter of this document. Any use, copying or distribution of this document or any part of this document without our permission is prohibited.
©2024 AAF International and its affiliated companies.
EHU_506_EN_122024



References

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