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SUPREME AIR - Laboratory Fume Hoods

SUPREME AIR - Laboratory Fume Hoods
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SUPREME AIR - Laboratory Fume Hoods

Product catalog summary
Fume Hood Construction
The Supreme Air fume hoods are built with a rigid frame for solid installation, low vibration, and sound levels. They include removable access panels, radius corner posts, and airfoils for safety and efficiency. The design is customizable with aesthetic options.
Guide to Fume Hood Selection
Selection should prioritize user safety, efficiency, and reduced air conditioning costs. Hoods must accommodate equipment and resist chemical corrosion. Types include open by-pass, low constant volume, restricted by-pass, and auxiliary air hoods.
Types of Fume Hoods
Open by-pass hoods use constant air volume systems, low constant volume hoods reduce exhaust needs, restricted by-pass hoods work with variable air volume systems, and auxiliary air hoods provide make-up air.
Configurations and Sash Arrangements
Bench hoods suit standing work, walk-in and distillation hoods for taller apparatus. ADA hoods are accessible. Sash arrangements include vertical, horizontal, and combination sashes.
Special Purpose Fume Hoods
Isotope hoods handle radioactive materials, and perchloric acid hoods are for heated acid applications, featuring specific materials and wash-down features.
Face Velocity and Baffle Design
Face velocity is crucial for contaminant control, recommended between 80 and 120 FPM. Baffle designs include fixed, internally adjustable, and single-point adjustable options.
Fume Hood Specifications and Options
Part Number Suffixes: 'A' or 'C' indicates adjustable or single-point adjustable baffles.
Liner Materials: Options include Kemglass, Phenolic Resin, and Type 304 Stainless Steel.
Work Tops: Available in Epoxy Resin and Stainless Steel.
Hood Types and Configurations: Models include Bench, Walk-In, and Distillation hoods with various volume configurations.
Accessories and Features: Include adjustable baffles, airflow alarms, service fittings, and electrical fixtures.
Dimensions and Performance: Detailed dimensions and static pressure requirements are provided.
Additional Options: Include fire extinguishers, distillation racks, and lighting configurations.
Overview: The document details Supreme Air Fume Hoods, designed for safety and efficiency, meeting standards like ASHRAE 110-1995.
Specifications: Available in various configurations with features like counterbalanced sashes and interior plumbing access panels.
Design and Standards: Designed to optimize airflow and containment, tested for international safety standards.
Dimensions and Performance: Detailed dimensions and static pressure requirements are provided.
Accessories and Options: Include electrical receptacles, light fixtures, and airflow alarms.
ADA Compliance: Certain models meet ADA guidelines.
Installation and Configuration: Guidance on components and exhaust fan selection is provided.
Overview: Detailed specifications for Supreme Air Bench Hoods and other models, focusing on safety and efficiency.
Specifications: Constructed with materials like stainless steel and phenolic resin.
Airflow and Pressure: Static pressure and CFM requirements are detailed.
Accessories and Options: Include GFI receptacles and fluorescent lighting.
Compliance and Standards: Designed and tested to meet safety standards.
Installation and Usage Notes: Recommendations for exhaust fan selection and assembly.
Overview: Specifications and options for various fume hood models, focusing on safety and efficiency.
Specifications: Models include Horizontal Sash Bench Fume Hoods and others.
Materials and Liner Options: Lined with Phenolic Resin, Kemglass, or Stainless Steel.
Features: Include radiused corner posts and interior baffles.
Optional Accessories: Include service fittings and fan switches.
Performance and Safety: Static pressure and airflow requirements are detailed.
Models and Configurations: Various configurations for specific applications.
Conclusion: A comprehensive guide for selecting and configuring fume hoods.
Overview: Specifications and features of Supreme Air Fume Hoods, designed for safety and efficiency.
Specifications: Constructed with cold rolled steel and chemical-resistant finish.
Design and Standards: Designed with radiused corner posts and airfoils.
Dimensions and Performance: Detailed dimensions and static pressure requirements.
Accessories and Options: Include GFI receptacles and fluorescent light fixtures.
Auxiliary Air Chambers: Convert Open By-Pass hoods to Auxiliary Air hoods.
Key Features: Include low-profile PVC sash tracks and heavy-gauge steel exterior panels.
Overview: Specifications and options for Supreme Air Fume Hoods, including bench and walk-in models.
Specifications: Lists different models with specific dimensions and options.
Options and Features:
  • Adjustable Baffles: Internally adjustable and single-point adjustable baffles.
  • Lighting: Vapor-proof and explosion-proof options.
  • Distillation Racks: Available for bench and walk-in hoods.
  • Fire Extinguisher System: Integrated ABC dry chemical extinguishers.
  • Safety Shield: Polycarbonate shields for protection.
  • Stainless Steel Options: Includes lower deflector vanes and sash handles.
  • Sash and Glass Options: Various configurations of sash frames and glass types.
  • Work Surfaces: Options for Kemresin or stainless steel tops.
Worktops and Shelves: Detailed specifications for worktops and optional shelves.
Enclosures and Trim: Ceiling enclosures and finished backs for a polished appearance.
Overview: Specifications and options for Supreme Air Fume Hoods, including pre-wiring and pre-piping options.
Specifications:
  • Pre-Wired Hoods: Wired using flexible metallic conduit.
  • Pre-Piped Hoods: Piping options for top or bottom routing.
Fume Hood Models:
  • Bench Fume Hoods: Available in 54" height.
  • Walk-In Fume Hoods: Available in 90" height.
Service Fittings:
  • Include brass valves with replaceable seats.
  • Available for different services with specific color codes.
Electrical Fixtures:
  • Include fan switches and receptacles.
Sinks and Cupsinks:
  • Available in various materials.
Key Considerations:
  • Ensure compatibility with UL 61010A-1 listing.
  • Consider pre-piping and pre-wiring options.
Fume Hood Alarms & Safety Devices
Options for fume hood alarms include the Air Alert 300 and 600 systems, providing visual and audible alarms for airflow safety.
Fume Hood Base Cabinets
Specifications for base cabinets, available in wood and steel, with ADA height options.
Solvent Storage Cabinets
Designed for flammable liquids, meeting UFC, OSHA, and NFPA standards.
Acid Storage Cabinets
Designed for corrosive chemicals, with polyethylene liner and venting options.
Vacuum Pump Storage Cabinets
Designed without a bottom for easy access, with sound-absorbing foam.
Canopy Hoods
Used for heat removal, available in various lengths and materials.
Filter Housings and Filters
High-efficiency filters and charcoal absorbers for trapping airborne contamination.
TruView® Teaching Hoods
Available in single or double-sided configurations, meeting ASHRAE standards.
Ordering Instructions
Instructions for ordering TruView® Teaching Hoods, including selecting configurations and options.
Overview: Technical specifications and installation guidelines for laboratory hoods and accessories.
Specifications: Different models with specific dimensions and airflow requirements.
Procedures: Installation instructions for base cabinets and pedestal legs.
Standards and Recommendations: Recommendations for exhaust system installation and materials.
Accessories and Options: Description of worktops, service fittings, and electrical fixtures.
Key Data from Tables: Critical data on hood dimensions and airflow requirements.
Critical Information: Importance of maintaining proper airflow and static pressure.
Introduction
Guidelines for selecting and installing fume hood exhaust fans, focusing on noise reduction and efficiency.
Noise Reduction Measures
Suggestions for minimizing noise in exhaust systems.
Exhaust Fan Specifications
Specifications for ordering exhaust fans, including discharge orientation.
Fume Hood Exhaust Fan Selection
Step-by-step process for selecting a fume hood exhaust fan.
Fan Recommendation Charts
Charts for recommended fan models based on hood size and configuration.
General Fan Information
Guidelines for sizing a fan and calculating static pressure losses.
Tables and Charts
Data on duct velocities and static pressure losses.
Conclusion
Emphasis on proper fan selection and installation for efficient operation.
Specifications and Performance Data
Specifications and performance data for V-Belt Drive Fans.
Fan Dimensions and Accessories
Dimensions for fan models and descriptions of accessories.
Recommended Fume Hood Work Practices
Safety practices for maintaining a safe work environment.
Checking and Maintaining Fume Hood Performance
Guidelines for testing and adjusting fume hood performance.
Figures and Illustrations
Visual guidance for optimal fume hood operation.
Fume Hood Safety and Operation Guidelines
Specifications and Procedures:
Design to maintain a protective air barrier and ensure safety.
Recommendations:
Operators should wear gloves and maintain proper sash positions.
Fume Hood Safety Checklist:
  • Ensure appropriate hood type and air flow.
  • Set baffles correctly and remove unnecessary chemicals.
  • Position equipment properly and lower the sash.
  • Ensure nearby safety equipment.
Glossary of Terms:
Definitions for terms related to fume hoods.
Testing Protocols and Standards:
Tested according to standards like ASHRAE 110.
Contact Information:
Contact details for Kewaunee Scientific Corporation.
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Catalog excerpts

SUPREME AIR - Laboratory Fume Hoods-1

SUPREME AIR Laboratory Fume Hoods

 Open the catalog to page 1
SUPREME AIR - Laboratory Fume Hoods-2

Supreme Air Fume Hoods Kewaunee’s Fume Hood Offering • Traditional Constant Volume • Dynamic Barrier - Ultra Low Flow • ADA Accessible • Full Access Walk-in • Isotope • Perchloric Acid • Teaching • Custom Enclosures • Liners - Kemglass - FRP - Stainless Steel - Phenolic Resin H30 Walk-in Fume Hood

 Open the catalog to page 2
SUPREME AIR - Laboratory Fume Hoods-3

Supreme Air Fume Hood Construction The design is based on rigid frame construction that assures a solid installation and low vibration and sound levels. Access panels are easily removable to access service lines and fittings. Radius corner posts and airfoils, plus, easy operator control of interior baffle settings assure a high level of comfort, safety and efficiency. Given the variety of models available and the comprehensive option packages to be selected, Energy saving lighting with exterior relamping • Single bulb, low profile T5 fluorescent light fixture • Optional special purpose lighting...

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SUPREME AIR - Laboratory Fume Hoods-4

Dynamic Barrier Fume Hood Features The Dynamic Barrier fume hood requires over 70 percent less exhaust air volume than a traditional by-pass fume hood. The design conserves natural resources while saving thousands of dollars per fume hood on initial HVAC system requirements and on annual energy consumption. The Dynamic Barrier fume hood is an ultra low constant volume design based on Kewaunee’s Supreme Air fume hood line. Its basic size, shape, and construction is the same as the standard Supreme Air design; but, it incorporates new and innovative features that reduce Double vertical sash design...

 Open the catalog to page 4
SUPREME AIR - Laboratory Fume Hoods-5

Guide to Fume Hood Selection Introduction Selection of the proper type of fume hood to use in a laboratory should be based upon two interrelated considerations: 1. The hood must allow the user to perform the work in a safe, efficient manner. 2. The need to reduce air conditioning cost. The hood must be large enough to accommodate the required containers and apparatus within the prescribed safe work area of the hood (6" behind the plane of the sash). The configuration of the hood should be such that containers can be moved in and out of the hood easily. The sash opening of the hood must allow...

 Open the catalog to page 5
SUPREME AIR - Laboratory Fume Hoods-6

Guide to Fume Hood Selection Face Velocity In a laboratory fume hood, the control of contaminants is achieved by drawing air through the face (sash) opening. The face velocity is defined as the average velocity of the air in this opening and is expressed in units of feet per minute (FPM). The Occupational Safety and Health Administration (OSHA) in its Laboratory Standard does not specify a required fume hood face velocity. As a result, hood users must look to published guidelines for recommendations on proper face velocities. The most authoritative of these published guidelines is the ANSI/AIHA...

 Open the catalog to page 6
SUPREME AIR - Laboratory Fume Hoods-7

Guide to Fume Hood Selection Baffle Design Fixed baffles come with fixed slots in the rear baffle. The size of the slots are optimized to provide the best performance for general purpose use. Internally adjustable baffles come with movable baffle strips which can adjust the relative size of the top and bottom slots. The middle slot in the baffle is fixed. In some instances (e.g. use of large hot plates) it is advantageous to be able to change the air flow patterns within the hood by adjusting the slots in the rear baffle. This adjustment should only be done by someone familiar with hood air flows...

 Open the catalog to page 7
SUPREME AIR - Laboratory Fume Hoods-8

Fume Hood Selection Chart Hood Number Purpose Sash Type By-pass Constant Volume Page No. Click Page Number General Purpose Perchloric Acid General Purpose Click Page Number General Purpose Ultra Low Volume Telescoping Combination Dynamic Barrier General Purpose General Purpose Split Vertical H05 General Purpose Vertical w/Sash Stop General Purpose General Purpose Walk-In H52 General Purpose Low-flow Combination Dynamic Barrier General Purpose General Purpose Click Page Number General Purpose General Purpose General Purpose General Purpose General Purpose General Purpose General Purpose Click...

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SUPREME AIR - Laboratory Fume Hoods-9

Guide to Fume Hood Selection Supreme Air Fume Hood Catalog Number Explanation H 0 5 K 5 47 2 - 00 A . . . 9 Add On Options See list below Special Configurations Fume Hood Type H01 = Auxiliary Air Chamber H05 = Vertical Sash Bench Hood H07 = Combination Sash Bench Hood H08 = ADA Vertical Sash Bench Hood H09 = ADA Combo Sash Bench Hood H10 = Split Sash Bench Hood H20 = Isotope Bench Hood H25 = Perchloric Acid Bench Hood H30 = Vertical Sash Walk-In Hood H32 = Combination Sash Walk-In Hood H34 = Horizontal Sash Walk-In Hood H36 = Vertical Sash Distillation Hood H50 = Dynamic Barrier Bench Hood H52...

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SUPREME AIR - Laboratory Fume Hoods-10

General Purpose Bench Fume Hood with Vertical Rising Sash Available Models: Open By-Pass Restricted By-Pass Auxiliary Air Features: • Radiused corner posts and airfoils for smooth air movement assures high level of comfort, safety and efficiency. Available Options: Adjustable Baffles Air Flow and Static Pressure Alarms Service Fittings and Piping Electrical Fixtures and Wiring UL listed when pre-wired per UL 61010A-1 1805 UL classified with Kemglass or Stainless Steel liner Vapor Proof and Explosion Proof Lighting Stainless Steel Deflector Vane Alternate Sash Handles Sash Frames Tempered Sash...

 Open the catalog to page 10
SUPREME AIR - Laboratory Fume Hoods-11

Supreme Air Fume Hood Specifications: interior plumbing access panels. Hood exteriors are fabricated of cold rolled steel, phosphate coated with a baked chemical resistant, synthetic resin finish. The exhaust duct collar is polyethylene, 1115/16" O.D. (8 foot hoods are furnished with two duct collars.) Supreme Air Supreme Air General Purpose Bench Fume Hoods are furnished with a choice of liner and baffles with upper, center, and lower exhaust slots. Each fume hood is complete with a lower deflector vane, counterbalanced, frameless sash of 1/4" combination safety glass and Additional Parts Required...

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SUPREME AIR - Laboratory Fume Hoods-12

Ultra Low Constant Volume Fume Hood with Telescoping Combination Vertical Rising/Horizontal Sash Available Models: Dynamic Barrier By-Pass Features: • Requires over 70 percent less exhaust air volume than a traditional by-pass fume hood. • Double telescoping vertical sash design allows full view into hood interior and 37" opening height for apparatus setup. • Radiused corner posts and airfoils for smooth air movement assures high level of comfort, safety and efficiency. Available Option: Service Fittings and Piping Electrical Fixtures and Wiring UL listed when pre-wired per UL 61010A-1 1805 UL...

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