P25 Plastec Ventilation Plastec 25 Direct Drive Forward Curve Polypropylene Blower, Designed To Exhaust Fumes From Highly Corrosive Environments Such As Laboratories, Chemical Plants, Hospitals, Universities, Etc. - Single 115/230V & Three 230/460V
P25 Plastec Ventilation Plastec 25 Direct Drive Forward Curve Polypropylene Blower, Designed To Exhaust Fumes From Highly Corrosive Environments Such As Laboratories, Chemical Plants, Hospitals, Universities, Etc. - Single 115/230V & Three 230/460V
Plastec 25 - Designed to exhaust fumes from highly corrosive environments such as laboratories, chemical plants, hospitals, universities, etc. The all-polypropylene construction and thick walls ensure maximum protection against acids and corrosion. Hindered-Amine Light Stabilizers (HALS) for increase UV resistance.
Static Pressure Range: 0.5 to 8 WG Flow Range: 295 to 2060 CFM VFD Motors Option: Yes Phase and Voltage: Single 115/230V & Three 230/460V Inlet Diameter: 7.75" Exhaust Diameter: 8.5” XPFC * CIP Exhaust Diameter: 7.75” *Within reason, a reducer or coupler may be utilized to adapt to smaller or larger size
*Also available in XPFC * CIP corrosion-resistant with carbon Impregnated polypropylene for explosive atmosphere applications.
*Explosion resistance or XPFC -CIP (Explosion Resistance - Carbon Impregnated)
1. Static Pressure:Locate the required or estimated static pressure in InWG (Inches of Water) on the selected series performance chart. If none has been specified it always a good rule to use a minimum of 0.25
2. Flow: Find the desired flow rate in CFM (Cubic Feet per Minute) on the selected series performance chart. Note: For balancing, use a damper for single-phase, and a damper or VFD for three-phase
3. Locate the Fan Model: The model is listed in bold above the performance curve line where the static pressure and flow rate intersect.
Example:
A Static Pressure of1.5InWG and a Flow of300CFM isMODEL = P15-2
