Test air volume range: | 300–4300 m3/h |
Test sample specifications (max.): | 1220×1220×300 mm |
Test resistance range: | 0–1000 Pa |
Diluter ratio: | 1:100-10000 |
Test efficiency range: |
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Sampling flow: | 28.3 L/min |
Source of fog and dust: | DEHS |
Power requirements: | 380 V, 50 Hz, 9 kW |
Gas source requirements: | 0.6 MPa |
Covered area: | 5400×4600×2300 mm |
Easy operation, system automatically generate report once testing finish.
The point-by-point scanning function accurately identifies leakage points and generates leakage point maps, follow that easy to repairs. It allows direct retesting of leakage points, reducing misjudgment.
The device interface and report provide specific displays of testing airflow and resistance, upstream concentration, downstream particle count three-dimensional graphs, and leakage lower limit values. This allows clear determination of whether the tested products comply with EPA, HEPA, and ULPA testing standards (EN 1822).
Adopt the latest automatic loading and unloading design, making it convenient for users to replace the tested filters during the testing process. This reduces particle contamination caused by personnel activities in the testing area.
Enables quick adjustment of the dust concentration required for testing, enhancing testing efficiency.
Equipped with its own work clean area, minimizing external environmental interference with filter frame detection and improving the accuracy of equipment testing. The entire equipment can operate normally in ordinary environments.
Uses the most efficient and advanced components in the industry, ensuring excellent product quality, reliable performance, and long-term stability.
customize the number of sampling heads and the maximum specifications of the tested filters to meet the testing requirements of different product specifications.
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