Ventilation Overview

Ventilation Catagories

  • Axial
    Compact, Lightweight, Electric Powered
    With or without integrated hose carriers
    Available in both 12 VDC and 120 VAC
    Axial ventilator
    Axial


  • Super –Axial
    High Air Movement (from 2,750 CFM up to 10,000+ CFM)
    super axial ventilator
    Super Axial


  • Centrifugal
    Higher Static Pressure (pushes the air further, and/or around more bends)
    Blower wheel, or “squirrel cage” design
    centrifugal ventilator
    Centrifugal


  • Hazardous Location Ventilators
    Explosion-proof designs for hazardous locations
    hazardous location ventilators and explosion proof ventilators
    Hazardous Location


  • Accessories
    ventilator accessories
    Accessories

For over 40 years, Pelsue Company has been manufacturing Ventilators, Blowers, and Heaters. Building on our expertise in the Telephone industry, we have continued to adapt and improve the suitability of our products for multiple markets. Currently these products are used by the Telephone Industry, Power Companies, Homeland Security, and other markets. We produce real-world reliablility for confined space safety equipment, ventilation, portable air conditioning, blowers heaters, confined space, axial ventilators, centrifugal ventilators, and hazardous location ventilator equipment.

HOW DO I CHOOSE A VENTILATOR?
1) Insure that products have 3rd Party SAFETY Certifications
2) Insure that products have 3rd Party AIRFLOW Certifications
3) Determine volume of space to be ventilated
4) Insure 20 complete Air Exchanges/Hr

How do I Achieve 20 Air Exchanges per Hour
1) Determine the volume of the confined space (in cubic feet)
Cubic feet are determined by multiplying Length x Width x Height.
2) Divide total cubic feet by 3 to get CFM requirement for the appropriate Blower.

EXAMPLE:
Workspace is 10ft.X 12ft X 8ft
10’ X 12’ X 8’ = 960 Cubic ft.
960 divided by 3 = 320 CFM Required to meet 20 air exchanges/hr.
{In this case, all Pelsue Blowers would exceed your requirements}

*APPROXIMATELY 6% LOSS IN CFM PER ADDITIONAL 10’ HOSE
** APPROXIMATELY 12% LOSS IN CFM PER ADITIONAL BEND IN THE HOSE

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