SAMPLING BOOTH/DISPENSING BOOTH

Dispensing / sampling booth provides a safe, HEPA filtered environment for the distribution of dangerous drug powder. Air is removed from the rear-wall pre-filter, trapping powder; the roof-mounted high-efficiency Particulate Air (HEPA) filter has been made efficient at 99.99% efficient at 0.3 microns. Protects operators from toxic chemicals / raw materials used to manufacture bullets, medicines, capsules etc. through external contamination during the weight loss process. Or measuring. This is ideal where a high degree of flexibility is desired. The container is obtained by air circulation. The product is also known as Pharmaceutical Sampling Booth and Pharmaceutical Dispensing Booth.

Special Features

  • Designed according to WHO-GMP.
  • 3-step filtration such as prefilter, fine filter, HEPA filter.
  • Heavy duty low noise motor blower assembly.
  • Weight machine is suitable for adjusting on the floor and table top to keep 5. Negative pressure within the booth prevents the fine powder from escaping from the work area.
  • Fully integrated system
  • Easy installation and economical.
  • Stainless steel AISI 304 structure.
  • Dynamic gasket to guarantee the correct seal of the filter
  • Down cross is equipped with N°3 fans with AC frequency control.
  • Corrosion-resistant external and internal
  • Strong construction

Applications

  • Product Dispensing
  • Large scale dispensing & weighing
  • Pharma Industry
  • Dispensing of raw materials
  • Chemical industry

Technical Specifications

Type

Front Open

Direction of flow

Vertical

Material of Construction

SS 304 / SS 316 or G I Powder Coated

Cleanliness

Class 100 as per US FED STD 209E (IS 14644-1)

Particle Retention

0.3 micron

Noise Level

65dB

Velocity

120 FPM ± 20%

Illumination

Fluorescent tubes diffusers

Light intensity

800 LUX

Power Supply

230V Single Phase, 50 Hz

Motor / Blower assembly

Direct drive continuous duty ¼ HP with sealed bearings.

Filters

Aluminum framed HEPA filter with a minimum efficiency of 99.99% on 0.3 microns.

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