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Capacitors 
Energy saving devices which avoids power waste wherever there is an electrical wire winding, such as there are in: HID lamps for outdoor and large scenarios (such as stadiums), refrigeration equipment, air conditioning equipment, electric motors, washing machines, water pumps, electrical fences, etc.
Applications - Ventilation.
Factor and Range of the Capacitor. For fluorescent ballasts and HID lighting. For motor run. Manufacturing Ranges | |  Capacitance | Voltage | 1,0 µF - 120 µF | 250 Vac | 1,0 µF - 120 µF | 330 Vac | 1,0 µF - 89 µF | 370 Vac | 1,0 µF - 51 µF | 450 Vac | 1,0 µF - 28 µF | 550 Vac | 1,0 µF - 28 µF | 660 Vac |
Capacitance Is an energy that accumulates in a capacitor after connecting its two plates to an energy source. This capacitance value for the capacitor is measured in microfarads and is given by the manufacturer of the electrical equipment which contains the wire winding, with a minimum precision of 10% above or under the value marked on the ballast, motor, or other. The capacitance value is marked on each capacitor. Voltage (V) The voltage of the capacitor is marked on each one and must be equal or above the voltage supplied to the equipment. General Features | | Shape | Cylindrical | Useful life | 30.000 hours | Work frequency | 50/60 Hz | Capacitance tolerance | From +/- 3% and above | Insulation Between terminals | 2X un Vac for 60 seconds | Dissipation factor | Less than 0.1% |
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