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HID Bulb

HID Ballasts Install Accessories HID Conversion Kits
HID Bulbs

Lumens Bulb Standards

Unlike the competition, Lumens uses brand name components in all our conversion kit bulbs. These components ensure longer life and better stability in color in all our bulbs. Many companies choose to go with the less expensive generic bulbs. These generic bulbs tend to leak the Xenon gases out of the bulb and therefore shortens the life of these types of bulbs.

Lumens HID Bulb Construction Diagram

AMP Style Connectors - is currently the industry standard for HID Conversion kits. These connectors provide maximum electrical flow of AC power. More importantly, these connectors are waterproof and keep the connectors from coming apart. Because of the AC current generated by the ballast, should electricity 'leak' from the connectors to the vehicle, an arc of electricity would be created to the chassis of the vehicle (this is very dangerous, as there are fuel residues that may explode should the arc come in contact with it).

Original Philips UV-blocking Quartz Glass - provides more light on the road. Also, we choose to use this premium part because it has the highest level of resistance to vibrations, the highest level of resistance to extreme temperatures, and lowers the risk of explosion. The UV-blocking Quartz Glass filters ultraviolet rays that may damage modern plastic head light lenses (yellowing or foggy lenses).

Germany's Messer Xenon Gas - aka Elme Messer Gaas. The Xenon gas provided by the world's leading gas manufacturer is of the highest quality & consistency. Lumens not only injects Xenon gas into the round element that provides light, but also throughout the whole glass burner. The gas is compressed 6 - 8 times the atmospheric pressure throughout the glass. This provides the most stable conditions to protect the electrode, which in turn, prolonging the bulb's life. Another advantage of increased Xenon gas is increased Luminous flux (more light) and more stable color output.

Japanese PPS Base - a premium compound base (Polyphenylene Sulfide) which provides the best chemical resistance, high temperature resistance, flowability, dimensional stability and other electrical characteristics for HID bulbs.

Sylvania Electrode - with over 50 years of filament engineering and manufacturing experience, Sylvania is one of the leaders in producing electrodes

Mercury at 99.999% purity - allows for better flow of electricity and keeps the voltage stable through the bulb

Available Bulb Types and Cross References

Lumens Xenon HID Bulb Type

Halogen Bulb Type(s) that can be replaced


Lumens Xenon HID Bulb Type

Halogen Bulb Type(s) that can be replaced


9004, 9007, HB1, HB5


H10, 9040, 9045, 9055, 9140, 9145, 9155


9005, 9005XS, HB3, 9011


H8, H9, H11, H11B(vehicle needs to be modified slightly)


9006, 9006XS, HB4, 9012


H13, 9008



800 Series

880, 881, 884, 885, 886, 889, 892, 893, 894, 896, 898, 899




12086, 5202, 9009, H16, PS24W




D1R, D1S, D1C


H4, 9003, HB2


D2R, D2S, D2C




D3R, D3S, D3C




D4R, D4S, D4C





Color Temperatures (K - Kelvins)

There is a general misconception that a higher K rating provides more light than a lower K rating with Xenon HID lights. The brightest light is actually at a pure white light without any additional colors. With Lumens Xenon HIDs, you would see pure white at 6000K. OE manufacturers choose a light at 4300K rather than 6000K. 4300K has a slight yellowish color (like the color halogen bulbs have). This is not the brightest color band for a clear night; 6000K would provide more visibility in this case. Unfortunately, pure white light does have its downfalls. Because of its intensity, white light (6000K) also refracts back at the driver the most when there are particles in the air (ie. rain, snow, and fog). A less refractive light would be more useful in these conditions; we find yellow (3000K) to be the most effective in these situations. For OE manufacturers, they try to give the medium which would be between the white and the yellow for overall driving conditions.

For HID conversions on vehicles for daily driving (especially vehicles with projectors), we recommend the colors between 4300K - 6000K. Any colors below or above this range will result in loss of light (amount of light lost will vary depending on the housing / projector). For fog light applications, we recommend 3000K for performance in rain, snow, and fog.Kelvin Temperature Color Chart Warning: Please use this color chart for reference only, as colors the users sees varies from monitor to monitor. Also, colors generated by the bulbs may appear differently inside different headlight housings / vehicles as the physical housings may influence the color / light amplification of the bulbs inside

Compatibility with other Brands

Lumens HID conversion bulbs are compatible with most HID conversion kits on the market. Compatible ballasts:

1. Produces AC power (not DC - a lot of inexpensive kits are powered by DC output ballasts)

2. Has 'AMP' connectors to feed AC current to our bulbs. Cutting and splicing the wires between ballasts and HID bulbs is dangerous and not recommended.

Bi-Xenon Harness
Bi-Xenon Low Voltage Harness

Lumens' Bi-Xenon Dual Low Voltage Harnesses (for DRLs with voltages under 12V)

Many Bi-Xenon harnesses from different companies and brands, physically look the same as a Lumens Bi-Xenon harness. Lumens harnesses are designed to handle low voltage DRL issues on BOTH low AND high beam circuits. Most of the competition only offers DRL circuitry on either low OR high beam circuitry (sometimes neither circuitry will handle low voltage DRLs). We recommend that our Bi-Xenon harnesses only be used with Lumens Bi-Xenon bulbs as different brands may have different voltage requirements to trigger the shift from high to low beams (and vice versa).

Warning: Competitors' harnesses may look identical to ours physically, but do not function the same electronically. You can contact us for more information