To calculate the motor kilowatt (kW) of a blower, you can use the formula:
[ \text{Power (kW)} = \frac{\text{Flow (m}^3/\text{h)} \times \text{Pressure (Pa)}}{3,600,000} ]
This formula considers the flow rate in cubic meters per hour and pressure in pascals. Additionally, you may need to account for efficiency by dividing the result by the motor efficiency (as a decimal). For a more precise calculation, also consider factors like system losses and the specific characteristics of the blower.
How to calculate motor kw for cranes
To calculate the reactive power (kVAR) for a 30 hp motor, first convert horsepower to kilowatts using the formula: 1 hp ≈ 0.746 kW, so 30 hp is approximately 22.36 kW. Then, determine the power factor (PF) of the motor, typically around 0.8 for industrial motors. You can calculate the kVAR using the formula: kVAR = kW × √(1 - PF²). For a 30 hp motor with a power factor of 0.8, the kVAR would be approximately 13.8 kVAR.
Front of the firewall, on the passenger side. It's mounted on a cover which has a generally half cylindrical shape.
Blower motor fuse is blown. Blower motor resistor burned out. Blower motor switch bad. Blower motor bad.
If you are saying the blower motor will not work, then check the fuse. If the fuse is not blown, then it is possibly a defective Blower Motor Resistor Pack, blower motor, or blower motor speed control switch, in that order.If you are saying the blower motor will not work, then check the fuse. If the fuse is not blown, then it is possibly a defective Blower Motor Resistor Pack, blower motor, or blower motor speed control switch, in that order.
Blower motor: remove the glove box and you will see the blower motor and blower resistor.
usually the blower motor resistor pkg. located on or near the blower motor
It's close to the blower motor.
A 7.5 kW motor is equal to 9.916 horsepower.
The blower motor fuse protects the blower motor electrical circuit. The blower motor relay operates only the high speed function of the blower motor. The blower motor speed resistor operates the lower speed functions of the blower motor.
The resister for the 2001 prism blower motor drops voltage to the blower motor. This is how the blower motor runs at a lower speed.
Generally the blower motor resistor is found close to the blower motor. It relies on the blower motor to keep it cool.