A direct drive, inline-mounted fan designed for exhaust supply or return air applications where space and sound is a concern. Units feature a low profile galvanized steel housing with forward-curved centrifugal wheels. Clean air applications including intake, exhaust, return or make-up air are typical for this unit.
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Calculate Air Exchange (CFM)
Use the calculator to determine the Air Exchange (CFM) required to adequately ventilate an area.
Enter information into the fields below to calculate the required airflow per fan.
To calculate the CFM required to adequately ventilate an area, we divide the room volume by the appropriate “Minutes per Change” value.
[CFM] = [Room Volume] / [Min./Chg.]
Airflow (CFM) per Fan
*
Starred items represent required fields.
Calculate Static Pressure (SP)
Use the calculator to determine the amount of static pressure the fan must overcome.
The pressure generated by fans in ductwork is typically very small. An accurate measurement of static presure is critical to proper fan selection however. Static pressure in fan systems is typically less than 2" SP, or 0.072 Psi.
The amount of static pressure that the fan must overcome depends on the air velocity in the ductwork, the number of duct turns (and other resistive elements), and the duct length. For properly designed systems with sufficient make-up air, the guidelines in the table below can be used for estimating static pressure.
Static pressure
*Starred items represent required fields.
Static Pressure Guidelines
Non-Ducted 0.05" to 0.20"
Ducted 0.20" to 0.40" per 100 feet of duct (assuming duct air velocity falls within 1,000 to 1,800 feet per minute)
Important: Static pressure requirements are significantly affected by the amount of make-up air supplied to an area. Insufficient make-up air will increase static pressure and reduce the amount of air that will be exhausted. Remember, for each cubic foot of air exhausted, one cubic foot of air must be supplied.
Model CSP-B, low profile, high performance inline fans are designed for residential, commercial and institutional applications. Units feature forward-curved wheels for low sound levels and high efficiency. Factory assembled for horizontal discharge.
Model CSP-B, low profile, high performance inline fans are designed for residential, commercial and institutional applications. Units feature forward-curved wheels for low sound levels and high efficiency. Factory assembled for horizontal discharge.
Model CSP-B, low profile, high performance inline fans are designed for residential, commercial and institutional applications. Units feature forward-curved wheels for low sound levels and high efficiency. Factory assembled for horizontal discharge.
A direct drive, inline-mounted fan designed for exhaust supply or return air applications where space and sound is a concern. Units feature a low profile galvanized steel housing with forward-curved centrifugal wheels. Clean air applications including intake, exhaust, return or make-up air are typical for this unit.
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The class of motor insulation for a given motor. The temperature capabilities of each insulation class is defined as being the maximum temperature at which the insulation can be operated to yield an average life of 2, hours (A = 15?C, B = 135?C, F =
Indicates the space relationships of windings and changing values of the recurring cycles of AC voltages and currents. The most common power supplies are either single- or three-phase.
The force that causes a current to flow in an electrical circuit. The voltage of a motor is usually determined by the supply to which it is attached. NEMA requires that motor be able to carry its rated horsepower at nameplate voltage plus or minus 1% al