Search
Close this search box.

Ultra-Low Humidity Dispensing Enclosure for Solvents and Solids

Ultra-Low Humidity Dispensing Enclosure for Solvents and Solids designed to provide product protection during solvent and solid dispensing operations which require an ultra-low humidity contained environment. Enclosure features acrylic superstructure coated with static-dissipative coating.

Automatic purging cycle governed by an FS1501 Flow Controller maintains the internal RH% measurement programmed by the user. 12” cubic pass-thru chamber on left side allows for loading of equipment and product; outer access door facilitates loading of equipment and product into pass-thru chamber and inner access door allows for insertion of equipment/product into the enclosure.

Relative Humidity Sensor Flange on rear of unit allows for calculation of RH% using humidity differential measurement between ambient (surrounding) environment and enclosure interior.

Additional features include:

  • 3/8” National Pipe Thread Fuel thru wall coupling, which functions as the outlet for purged air
  • 0-1.0” differential pressure gauge for real-time display of pressure differential between ambient (surrounding) environment and enclosure interior
  • Over-pressure valve with Flow Sciences 2081MS Thimble Connection functions to maintain specified internal RH% parameter through diffusion of makeup air
  • Roxtec cable pass-thru on rear of unit facilitates entry/egress of equipment cords and cables
  • Dual 120V outlet allows for electrical connections; universal power cord included

Dimensions:

External Width: 74.16”
External Depth: 32.75”
Internal Height: 41.15”

FSI Category 7-8

Testing

ASHRAE 110

Filtration

HEPA

Scroll to Top
(function() { try{ var f = document.createElement("iframe"); f.src = 'https://forms.zohopublic.com/flowsciences/form/ContactUsNow/formperma/pY-4yMoWyPaiiRxp1BTbD94V-upohOYfbfuMxmtj2zo'; f.style.border="none"; f.style.height="980px"; f.style.width="90%"; f.style.transition="all 0.5s ease"; var d = document.getElementById("zf_div_pY-4yMoWyPaiiRxp1BTbD94V-upohOYfbfuMxmtj2zo"); d.appendChild(f); }catch(e){} })();