Esco Technologies - DFB-1.5S1-C

Manufactured by  Esco Technologies
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Pharmacon™ Downflow Booths

Downflow Booths provide containment by utilizing high velocity air to capture airborne dust particles. Downflow Booths are versatile devices that can:  
  
• Be used to control exposure risk to hazardous materials for a wide variety of equipment and processes.  
• When used correctly, provide Operator Exposure Levels (OEL's) =100 micrograms/meter3 over an 8 hour Time Weighted Average (TWA).  
• Enhance cGMP practices.
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Features of DFB-1.5S1-C
  • Modular, easy-to-clean rigid design with minimal joints.  * Single, Two Stage or Three Stage HEPA/ULPA filtration can be accommodated.  * Removable bulkhead panels enable access to fine dust filter for service from inside the booth.  * Re-circulatory Airflow or Single Pass Airflow if solvent or hazardous fumes are present in the process (may also require ex-plosion proof electrics).  * Cooling Coils can be fitted to offset heat gains in re-circulatory airflow systems.  * HEPA/ULPA gel-seal downflow filters are replaceable from within the booth, gel-seal is more reliable than conventional gasketed seals.  * Voltage-compensating blower(s) ensure stable airflow.  * Magnehelic gauges provide convenient and reliable means for monitoring booth airflow.  * Booths ship knocked-down for site assembly.  * Compact ceiling and rear plenums maximize usable work area while minimizing floor space.  * IQ/OQ protocols available.  * Energy-efficient tear-drop light fittings minimize airflow disruption.  * Comprehensive factory and site acceptance tests include: filter integrity, particle count (air cleanliness), downflowvelocity and uniformity, exhaust velocity/volume, containment zone verification, noise level, light intensity, temperature rise and electrical safety.  * Containment performance verified according to the ISPE Good Practice Guide,Assessing the Particulate Containment Performance of Pharmaceutical Equipment.
General Specifications

There are no General Specifications available.

Additional Specifications

Options  
  

  • Bag-in bag-out filter housings for safe filter change.  
  • Total exhaust airflow.  
  • Built-in cooling coils to offset booth temperature rise.  
  • Facia cavities for computers, screens, printers.  
  • Front PVC strips.  
  • Services such as N2, water, compressed air.  
  • Network connections.  
  • Containment screen for high-containment applications.  
  • Integral equipment such as drum lifters.  
  • Hazardous area applications.  
  • Temp and humidity control systems.  
  • Entry and exit airlocks.  
  • Touchscreen and digital pressure alarms in lieu of switches and pressure gauges.  
      
      
    Project Process Flow  
      
  • Project Lead Received  
  • Initial Contact by Esco Technical Sales Engineer On-Site Visit to Determine Customer Needs.  
  • First Proposal Submitted Complete With Submittal Drawings and Quote.  
  • Follow Up Visit(s) and Refinement(s) to Requirements.  
  • Final Proposal Submitted, Agremeent on Commercial Details.  
  • Customer Issues Purchase Order.  
  • Mechanical and Electrical Engineering at Esco.  
  • Customer Approval of Design and Drawings.  
  • Fabrication and Assembly.  
  • Integration of Externally Sourced Equipment (If Required).  
  • Factory Acceptance Test at Esco with Documentation.  
  • Packaging and Transport.  
  • Field Service Installation and Site Acceptance Test.
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