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The ignitor in a metal halide lamp is responsible for providing the initial high voltage needed to ignite the gas inside the lamp. It generates a high voltage pulse to establish an electric arc between the electrodes, which then heats up the gas and produces the light output. Once the lamp is ignited, the ignitor is no longer needed and the lamp can operate using the ballast.
The ignitor in a lamp is responsible for creating a high voltage pulse to initiate the discharge of the lamp. It helps to start and maintain the electric current flow through the lamp, ensuring that it lights up properly.
No, it is not recommended to use a 70 watt metal halide lamp with a 150 watt ballast. The lamp and ballast wattage should match to ensure proper operation and to prevent damage to the lamp or ballast. It is best to use a compatible lamp and ballast with matching wattages.
The ed28 metal halide lamp typically has a smaller size and lighter weight compared to the ed37 metal halide lamp, making it more suitable for fixtures with space constraints. Additionally, the ed28 lamp may provide more focused light output due to its smaller diameter, which can result in better light distribution and efficiency in certain applications.
Yes, a mercury vapor lamp requires both a ballast and an ignitor to operate properly. The ballast regulates the electricity flow to the lamp, while the ignitor is needed to initially start the lamp.
To test a lamp ignitor, first, ensure the power is off. Then, use a multimeter to check for continuity by connecting the probes to the ignitor's input and output terminals. If there is no continuity, the ignitor may be faulty and needs replacing.