Thermo Scientific Hamilton Laboratory Fume Hood Capabilities Part ofThermo Fisher Scientific
Open the catalog to page 1A Legacy of Quality and Performance Over the past 125 years, we have built a reputation by creating the finest laboratory products in the world. Today, through the support of an experienced full-service team and the most comprehensive fume hood test program in the industry, our commitment to the scientific community is unequaled. The combined support of our dealers and company representatives keeps us attuned to requirements in customer personnel, procedures and technology. Market Leader in Innovative Product Design The legacy of leading the industry with user driven design solutions to enhance...
Open the catalog to page 2Fume Hood Testing / Technical Support Thermo Scientific Hamilton fume hoods are subjected to ASHRAE 110 testing with a report attached to each fume hood shipped, providing performance validation. Our commitment to testing was instituted with the onset of ASHRAE 110 procedures and continues to be unmatched. Technical support is offered by both distributors of Thermo Scientific Hamilton Fume Hoods and employees specializing in fume hood technology, performance and safety. Conserving Air and Energy Our products address the changing needs of today’s end-users, while contributing to a safer, healthy...
Open the catalog to page 335" High Sightline Provides users with optimum visibility of fume hood interior. Thermo Scientific Hamilton Pioneer Designed to maximize containment performance and energy efficiency, the Thermo Scientific Hamilton Directed Airflow Technology makes this possible. Subjected to both standard and modified ASHRAE test procedures, the Pioneer® has been tested at face velocities as low as 50 fpm, sash fully open, with unmatched performance. Fixed Baffle System Dual Performance Monitor The baffle system is factory-tuned for optimal airflow characteristics and requires no adjustment. A multifunction...
Open the catalog to page 4Thermo Scientific Hamilton Concept This fume hood is ideal for your low flow applications and provides excellent performance at lower (60 fpm) face velocities. Timeless, attractive styling complements all laboratories while providing you with safety and energy cost savings. Downdraft Bypass Air flows through the bypass area with increased volume and less resistance for quieter operation. Secondary Trough Additional safeguard for the containment of spills not secured by a dished work surface 35" High Sightline Optimum visibility of the hood interior. AutoSash Automatic Positioning System The sash...
Open the catalog to page 5Thermo Scientific Hamilton SafeAireII Designed and tested to ensure dependable performance, the Hamilton SafeAire® II works in concert with overall HVAC systems. Considered the most versatile of our fume hoods, the Hamilton SafeAire II offers broad usage in all types of laboratories. Increased Vertical Space The exhaust collar and baffle angle designs create additional space and are perfect for taller apparatus. Metal-Free Interior Five non-metallic liners are resistant to high temperatures and meet all NFPA 45 standards. Interiors do not have metal brackets, angles or screw heads (which can...
Open the catalog to page 6Thermo Scientific Hamilton ProVent Unique Exhaust Collar Design Airfoil Provides more vertical space, reduces noise levels and conserves energy by maintaining lower static pressure. Improves the flow characteristics near the work surface Exterior Fluorescent Lighting Excellent task lighting and is located safely away from harmful fumes and vapors. Liner Materials Low flame spread ratings meets NFPA standards. Blank Cutout Optional blower switch or safety monitor location. Sash Safety Features The unframed sash design has greater impact resistance. The 18" sash lock/release defines the operating...
Open the catalog to page 7Fume Hood Test Facility Quality Control Fume Hood Testing and Certification Testing and certification to ASHRAE 110 is standard procedure for every type and size of fume hood we manufacture. Quantitative/qualitative assessments and quality control are tested. • Electronic face velocity probes monitor a grid generating multiple readings per second. • Fume hood containment testing utilizes a mannequin with a leak meter mounted to the breathing zone to simulate a person standing in front of a fume hood. A tracer gas is injected into the fume hood, and the meter measures escaping gas. Testing Custom...
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