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ISO 16890 Filter Media Tes

  • ISO 16890 Filter Media Tes
  • ISO 16890 Filter Media Tes
ISO 16890 Filter Media Tes ISO 16890 Filter Media Tes

ISO 16890 Filter Media Tes

  • Product description: ISO 16890 Filter Media Test Rig

ISO 16890 Filter Meida Test Rig

MFP series |Depth filters

The MFP Series filter test rigs are well proven worldwide in practical use of many applications in the development and quality control of filter media. The MFP test rig is a mobile and modular system which can be fitted with a range of particle spectrometers, aerosol / particle generators and optional components such as corona discharge neutraliser and is available for both flat filter media and small filter elements. The testing procedure can be extensively automated using the individually adjustable sequence programs of the filter test software FTControl and this, together with the clearly defined single components provides a high reliability in the measured results.
Technical parameters
• Volume flow: 1-35 m3/h in pressurized operation
• Inflow velocity: 5-100 cm/s (others on request)
• Differential pressure measurement: 0-2500 Pa
• Test surface of the medium: 100 cm2
• Test aerosols: dusts, e. g. SAE dusts; salts, e. g. NaCl, KCl; liquid aerosols, e. g. DEHS
• Particle measuring ranges:
welas® digital 1000:
0.12 – 3,5 µm, 0.2-10 µm, 0.25-17 µm, 0.6-40 µm
welas® digital 2000:
0.2-10 µm, 0.3-17,5 µm, 0.6-40 µm
• Aerosol concentrations: for SAE Fine without additional dilution up to 1000 mg/m3 (ISO A2 Fine)
• Dimensions (WxHxD): ca. 600 x 1800 x 900 mm
• Compressed air supply: 5-8 bar; = 36 m3/h
• Power supply: 115/230V , 50/60 Hz

MMTC series| Surface filters

The MMTC series provides a reliable and economical test system to be used for quality inspection and development of cleanable media used in pulse jet filters. Different media are custom designed with regard to their structure and surface treatment for a range of applications to minimise emissions and extend service life. The MMTCmodels provide standardised data from testing of these medias, but they also meet the requirements of The Association of German Engineers technical guideline VDI 3926, which defines tesing methods to be used for these media types in two catagories Type 1 and Type 2.

Technical parameters
• Powder generator: RBG 2000 for non-cohesive powders and bulks as e. g. Pural NF, Pural SB, ISO A2 fine, ISO A4 coarse, different types of TiO2 and other powders from practice
• Mass Flow: approx. from 0.2 g/m3 up to 90 g/m3 (depending on powder size and density)
• Test Area: 177 cm2
• Inflow velocity: 3 cm/s up to 8.8 cm/s (others on request)
• Volume flow: 1 m3/h up to 5.5 m3/h (others on request), mass flow controlled
• Differential pressure test filter:
measuring range 0 - 5000 Pa
• Differential pressure test absolute filter:
measuring range 0 - 5000 Pa
• Pressure for pulse jet cleaning:
adjustable up to 6 bar
• Valve opening times: 50 ms up to 500 ms
• Dimensions (HxWxL):
MMTC 2000: approx. 1200 x 630 x 1700 mm
• Compressed air supply: 6 - 8 bar
• Power supply:
Single phase connection (115/230 V; 2 A)
Power input: approx. 500 W