Sentry Air SS-330-E-EF 30″ wide ducted fume hood bundle with integrated exhaust blower 

Lead time:  2-3 weeks typically

Warranty:  Limited 2 year warranty on defects due to materials or workmanship

Condition: New 

Manufacturer: Sentry Air

Model: SS-330-E-EF bundle

Estimated lead time: Typically ships in 2-3 weeks from order and payment.

Bundle Includes:

• SS-330-E-EF ductless fume hood
• Integrated exhaust blower
• Flat phenolic resin countertop
• Operations manual
• Power cord

Manufacturer	Sentry Air
Model	SS-330-E-EF
Width	30″
Construction	Sides:  White acrylic  Base: White HDPE  Top: Clear polycarbonate  Front windows:  Clear polycarbonate
Exterior dimensions	32″W x 24″D x 25″H
Interior dimensions	30″W x 23.5″D x 24″H
Blower dimensions	13″W x 13″L x 14.5″H
Sound level	61-66 dba
Air volume	700 cfm (high fan setting) to 240 cfm (low)
Power	115V / 2A
Shipping weight	1250 lbs

 

What is a ducted fume hood

A ducted fume hood is a ventilated enclosure used to protect labs and users from hazardous and respirable fumes, dust, and particulates. By utilizing a ducting system, this exterior-venting exhaust hood is typically used for applications with high volumes of volatile organic compounds, and toxic chemicals, gases, or powders.

Typically, ducted fume hoods act as a “last-resort” physical safety barrier to and spills and leaks that could occur during the process of highly variant applications. While they are not a mobile solution to the removal of contaminants, ducted fume hoods can serve as a primary engineering control to severe toxins that cannot be recirculated back into the immediate environment.

Is your application appropriate for a ducted fume hood?

Some hoods (ductless, and mobile) limit applications that can be performed in them due to high volatility, and gases that cannot be filtered. In these circumstances, important considerations must be taken, including what types of chemicals will be handled, the quantity, and at what temperature. Suitable applications would include minimal heating, pH testing, mixing, chemical transfer, and dilution. In most cases, speaking with a subject matter expert to determine whether or not your application requires a ducted fume hood is advisable.

Ductless vs ducted fume hood

Ducted fume hoods require ductwork to channel contaminants out of the lab using a fan mounted outside the building. These employ multiple pre-filters, HEPA filters, activated carbon filtration, and a strong fan. They’re appropriate when there’s a potential for being exposed to high volumes of particulate and toxic fumes. Ducted systems provide a minimal risk of dangerous fumes being recirculated back into the work environment. They are beneficial when the systems are used consistently or when highly toxic substances are in use.

Ductless fume hoods capture and remove contaminants and send clean, filtered air back into the lab without the need for external venting. They require HEPA and charcoal filters. Filter maintenance is more involved when using a ductless system. Filters may need to be changed anywhere from six months to annually.

Benefits of a Ducted Fume Hood

 

• Ducting is connected outside the building so all contaminants are released away from the work environment
• The removal of harmful contaminants occurs continuously
• Their durability allows them to withstand any damage to weather, minimizing maintenance costs
• Environmentally friendly
• Chemical compatibility

Fume Hood Safety Considerations

Safe operation of your fume hood is critical to protecting your staff and anyone around it.

• They should be visually inspected frequently
• Pedestrian traffic in front of the hood should be limited
• Any bulky equipment should be placed at the rear of the hood
• To allow for airflow, large equipment should be raised at least 2” off the surface
• If your fume hood is used often, a regular cleaning schedule should be established

Documentation and Videos

Video-SS-330-E-EF ducted fume hood with integrated exhaust fan

Ducted fume hood brochure