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Promo® 1000 H

With heating regulation up to 120 °C for welas® aerosol sensors

    Measuring range of 200 nm to 40 µm (3 measuring ranges selectable in one device)
    Up to three measuring ranges in only one device:
      -   0.2 µm – 10 µm
      -   0.3 µm – 17 µm
      -   0.6 µm – 40 µm
    Up to 128 size channels per measuring range
    Concentration range from < 1 particle/cm3 to 5 • 105 particles/cm3
    Calibration curves for different refractive indices
    Very high and reproducible counting efficiency rate starting at 0.2 µm
    High temporal resolution down to 10 ms
    Analysing software PDAnalyze
    Calibration, cleaning and lamp replacement can all be performed independently by the customer
    External control via RS 232 or Ethernet
    Optional: PDControl software for operation as welas® digital
    Simple operation
    Low maintenance
    Reliable function
    Reduces your operating expenses

Description

Depending on the composition of the aerosol to be measured, i.e. the carrier gas component and the particle material, pressure and temperature changes in the carrier gas can significantly influence the particle size distribution, e.g. due to condensation or evaporation.

For this reason, the welas® aerosol sensors welas® 1100 HP and welas® 1200 HP are equipped with a heatable and, as required, pressure-tight cuvette to ensure isobaric and isothermal sampling into the sensor’s measurement volume.

The Promo® 1000 H model variant also offers heating regulation for temperatures up to 120 °C for the welas® 1100 HP and welas® 1200 HP aerosol sensors with heatable cuvette.

The Promo® is usually calibrated for the operating volume flow. In the Promo® 1000 H version, regulation of the sampling volume flow is performed independently by the customer taking the temperature and pressure into consideration.

Datasheet

Interfaces

USB, Ethernet, RS232/485, Wi-Fi

Measurement range (size)

0.2 – 10 µm,
0.3 – 17 µm,
0.6 – 40 µm

Size channels

up to 128 (64/decade)

Measuring principle

Optical light-scattering

Measurement range (number CN)

< 5 • 105 particles/cm3

Time resolution

up to 1 s

Thermodynamic conditions

10 – 40 °C, -100 – 50 mbar

Volume flow

5 l/min, 1.6 l/min

Data acquisition

20 MHz processor, 256 raw data channels, digital

Light source

Xenon high pressure lamp 75 W

User interface

Touch screen, 800 • 480 pixels, 7"
(17.78 cm)

Power supply

115 – 230 V, 50 – 60 Hz

Housing

Table housing, optionally with mounting brackets for rack-mounting

Dimensions

185 • 450 • 315 mm (H • W • D) (19")

Weight

approx. 8 kg (control unit), 18 kg (sensor)

Operating system

Windows embedded

Data logger storage

4 GB Compact Flash

Software

PDControl, FTControl

Installation conditions

+5 – +40 °C (control unit)

Benefits

    Measuring range of 200 nm to 40 µm (3 measuring ranges selectable in one device)
    Up to three measuring ranges in only one device:
      -   0.2 µm – 10 µm
      -   0.3 µm – 17 µm
      -   0.6 µm – 40 µm
    Up to 128 size channels per measuring range
    Concentration range from < 1 particle/cm3 to 5 • 105 particles/cm3
    Calibration curves for different refractive indices
    Very high and reproducible counting efficiency rate starting at 0.2 µm
    High temporal resolution down to 10 ms
    Analysing software PDAnalyze
    Calibration, cleaning and lamp replacement can all be performed independently by the customer
    External control via RS 232 or Ethernet
    Optional: PDControl software for operation as welas® digital
    Simple operation
    Low maintenance
    Reliable function
    Reduces your operating expenses

Applications

    Abscheidegradbestimmung von KFZ Innenraumfiltern, Motorluftfiltern, Raumluftfiltern, Druckluftfiltern, Staubsaugerfiltern, abreinigbaren Filtern, Elektrofiltern, Ölabscheidern, Kühlschmierstoffabscheidern, Nassabscheidern, Zyklonen und anderen Abscheidern
    Isotherme und isobare Partikelgrößen- und Mengenbestimmung, z. B. in der Automobil-, Chemie-, Pharma- und Lebensmittelindustrie
    Untersuchung schneller, instationärer Prozesse
    Partikelmessung zur Wolkenbildung
    Emissionsmessungen