AirClean Systems Robotic Safety Enclosure

Description
Robotic enclosures are designed to protect either the process or the operator from fumes, vapors, or particulate. A variety of sizes, construction materials, sash types and airflow options are available to match your robotic apparatus. Operator protection enclosures utilize the AirSafe™ automatic safety controller technology. For enclosures designed to provide process protection only, the UVTect™ microprocessor controller is incorporated. Standard Features AirSafe™ automatic safety controller UVTect™ microprocessor controller Encloses equipment while retaining full operator access Integral vapor-proof fluorescent lighting No ductwork required No installation required - plugs directly into a standard 110V or 220V electrical outlet Wide range of bonded activated carbon and HEPA filters for containment of virtually any toxic vapor, fume, gas, or particulate Clear polycarbonate shell for 360° visibility Constant monitoring of fume hood face velocity with variable airflow control to user preset value HEPA filtration for capture of particulate to 0.3 microns in size Seamless plastic design -no joints or gaps in construction UV and fluorescent lights Gas phase bonded carbon filtration Horizontal sliding access doors for equipment manipulation Integral base with deep spill lip Lab event timer Safety Features Filter safety lockout to ensure correct filter replacement Low airflow alarm warns the user both visually and audibly Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas Tested to UL 61010- C22.2 No. 61010-1, and EN 61326-1 Real time monitoring of installed filtration bed
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Description
Robotic enclosures are designed to protect either the process or the operator from fumes, vapors, or particulate. A variety of sizes, construction materials, sash types and airflow options are available to match your robotic apparatus. Operator protection enclosures utilize the AirSafe™ automatic safety controller technology. For enclosures designed to provide process protection only, the UVTect™ microprocessor controller is incorporated. Standard Features AirSafe™ automatic safety controller UVTect™ microprocessor controller Encloses equipment while retaining full operator access Integral vapor-proof fluorescent lighting No ductwork required No installation required - plugs directly into a standard 110V or 220V electrical outlet Wide range of bonded activated carbon and HEPA filters for containment of virtually any toxic vapor, fume, gas, or particulate Clear polycarbonate shell for 360° visibility Constant monitoring of fume hood face velocity with variable airflow control to user preset value HEPA filtration for capture of particulate to 0.3 microns in size Seamless plastic design -no joints or gaps in construction UV and fluorescent lights Gas phase bonded carbon filtration Horizontal sliding access doors for equipment manipulation Integral base with deep spill lip Lab event timer Safety Features Filter safety lockout to ensure correct filter replacement Low airflow alarm warns the user both visually and audibly Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas Tested to UL 61010- C22.2 No. 61010-1, and EN 61326-1 Real time monitoring of installed filtration bed
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Suppliers

Company
Product
Description
Supplier Links
Robotic Safety Enclosure -  - AirClean Systems
Creedmoor, NC, United States
Robotic Safety Enclosure
Robotic Safety Enclosure
Robotic enclosures are designed to protect either the process or the operator from fumes, vapors, or particulate. A variety of sizes, construction materials, sash types and airflow options are available to match your robotic apparatus. Operator protection enclosures utilize the AirSafe™ automatic safety controller technology. For enclosures designed to provide process protection only, the UVTect™ microprocessor controller is incorporated. Standard Features AirSafe™ automatic safety controller UVTect™ microprocessor controller Encloses equipment while retaining full operator access Integral vapor-proof fluorescent lighting No ductwork required No installation required - plugs directly into a standard 110V or 220V electrical outlet Wide range of bonded activated carbon and HEPA filters for containment of virtually any toxic vapor, fume, gas, or particulate Clear polycarbonate shell for 360° visibility Constant monitoring of fume hood face velocity with variable airflow control to user preset value HEPA filtration for capture of particulate to 0.3 microns in size Seamless plastic design -no joints or gaps in construction UV and fluorescent lights Gas phase bonded carbon filtration Horizontal sliding access doors for equipment manipulation Integral base with deep spill lip Lab event timer Safety Features Filter safety lockout to ensure correct filter replacement Low airflow alarm warns the user both visually and audibly Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas Tested to UL 61010- C22.2 No. 61010-1, and EN 61326-1 Real time monitoring of installed filtration bed

Robotic enclosures are designed to protect either the process or the operator from fumes, vapors, or particulate. A variety of sizes, construction materials, sash types and airflow options are available to match your robotic apparatus. Operator protection enclosures utilize the AirSafe automatic safety controller technology. For enclosures designed to provide process protection only, the UVTect microprocessor controller is incorporated.

Standard Features

  • AirSafe™ automatic safety controller
  • UVTect™ microprocessor controller
  • Encloses equipment while retaining full operator access
  • Integral vapor-proof fluorescent lighting
  • No ductwork required
  • No installation required - plugs directly into a standard 110V or 220V electrical outlet
  • Wide range of bonded activated carbon and HEPA filters for containment of virtually any toxic vapor, fume, gas, or particulate
  • Clear polycarbonate shell for 360° visibility
  • Constant monitoring of fume hood face velocity with variable airflow control to user preset value
  • HEPA filtration for capture of particulate to 0.3 microns in size
  • Seamless plastic design -no joints or gaps in construction
  • UV and fluorescent lights
  • Gas phase bonded carbon filtration
  • Horizontal sliding access doors for equipment manipulation
  • Integral base with deep spill lip
  • Lab event timer

Safety Features

  • Filter safety lockout to ensure correct filter replacement
  • Low airflow alarm warns the user both visually and audibly
  • Filter and electronics are located above the workspace, eliminating the chance of a chemical spill entering these sensitive areas
  • Tested to UL 61010- C22.2 No. 61010-1, and EN 61326-1
  • Real time monitoring of installed filtration bed
Supplier's Site

Technical Specifications

  AirClean Systems
Product Category Clean Benches
Product Name Robotic Safety Enclosure
Laminar Flow Direction Vertical
Air Cleanliness Class Class 100
Features and Options Lighting
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