
RuncoN fan capacitor is used in ceiling fans, table fans, pedestal fans, and other AC-powered fans. Its primary role is to help the fan motor start and run efficiently by creating a phase shift in the power supply, which generates the necessary torque for operation.
| MFD Value | MFD Value | MFD Value | MFD Value | MFD Value |
|---|---|---|---|---|
| 2.0 µF | 2.25 µF | 2.50 µF | 3.15 µF | 4.00 µF |
RuncoN motor capacitor is an electrical device used with electric motors to improve their performance, efficiency, and reliability. It stores and releases electrical energy to stabilize and optimize the motor's operation. These capacitors are commonly used in single-phase motors.
| MFD Value | MFD Value | MFD Value | MFD Value | MFD Value |
|---|---|---|---|---|
| 5.00 µF | 6.00 µF | 8.00 µF | 10.00 µF | 12.50 µF |
| 15.00 µF | 20.00 µF | 25.00 µF | 30.00 µF | 36.00 µF |
| 40.00 µF | 45.00 µF | 50.00 µF | 60.00 µF | 72.00 µF |
RuncoN motor start capacitor is an electrical component used in single-phase induction motors to provide an extra boost of starting torque. It temporarily increases the phase difference between the motor's windings, allowing the motor to start rotating efficiently.
| MFD Value | MFD Value | MFD Value | MFD Value | MFD Value |
|---|---|---|---|---|
| 40×60 µF | 60×80 µF | 80×100 µF | 100×120 µF | 120×150 µF |
| 150×200 µF | 200×250 µF | 250×300 µF | 300×350 µF |

RuncoN submersible capacitor is specifically designed for use with submersible pump motors and other submerged electrical systems. Built to operate in environments exposed to moisture, pressure, and varying temperatures.
| MFD Value | MFD Value | MFD Value | MFD Value |
|---|---|---|---|
| 25.00 µF | 36.00 µF | 50.00 µF | 72.00 µF |

RuncoN oil capacitor is used in ceiling fans, table fans, pedestal fans, and other AC-powered fans to help the fan motor start and run efficiently by creating a phase shift in the power supply.
| MFD Value | MFD Value | MFD Value |
|---|---|---|
| 2.50 µF | 3.15 µF | 4.00 µF |

In electrical systems, kVAR (kilovolt-amperes reactive) is a unit of reactive power. Reactive power exists in AC systems due to inductive or capacitive loads, which cause current and voltage to go out of phase.
Q = V × I × sin(ϕ) / 1000
| Symbol | Meaning |
|---|---|
| Q | Reactive power (kVAR) |
| V | Voltage (volts) |
| I | Current (amps) |
| ϕ | Phase angle between voltage and current |
| sin(ϕ) | Sine of the phase angle (reactive component) |
| kVAR Value | kVAR Value | kVAR Value | kVAR Value | kVAR Value |
|---|---|---|---|---|
| 0.25 kVAR | 0.50 kVAR | 1 kVAR | 2 kVAR | 3 kVAR |
| 4 kVAR | 5 kVAR |