Product Description
The Capacitor to Suit Vulcan Quasar Wall Furnaces is a 1µF (microfarad) capacitor designed to work with Vulcan Quasar Wall Furnaces, providing reliable performance for the furnace's motor and electrical components. Here are the key specifications and details of the capacitor:
Key Features:
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Capacitance:
- 1µF (microfarad), which is the necessary capacitance value for proper operation of the furnace's fan motor or other electrical components that require capacitor assistance.
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Voltage Rating:
- Rated for 450V, this capacitor is designed to handle the electrical voltage typically found in the heating system. The high voltage rating ensures that it can withstand potential electrical spikes or surges within the system without failure.
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Frequency:
- Rated for 50/60Hz frequency, making it compatible with both 50Hz (common in many parts of the world like Australia) and 60Hz systems (common in North America).
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Purpose:
- The capacitor is used to provide a start and run boost for the motor, ensuring the fan operates smoothly and the furnace delivers consistent heating. It's often responsible for improving the efficiency and longevity of the furnace motor.
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Compatibility:
- Specifically designed to suit Vulcan Quasar Wall Furnaces, this capacitor ensures that it fits and performs correctly with the furnace models that use it, avoiding issues like motor failure or inefficient operation.
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Durability:
- The capacitor is built for long-term use, providing reliable performance under typical operating conditions for wall furnaces. Its construction ensures that it can withstand typical temperature fluctuations and electrical demands.
Installation:
- The capacitor can typically be installed by an HVAC technician or someone familiar with electrical components in heating systems. Ensure that the furnace is unplugged or the power is turned off before replacing the capacitor.
This 1µF - 450V - 50/60Hz capacitor is an essential part of the Vulcan Quasar Wall Furnace, helping the system maintain optimal operation and extend the lifespan of key components.