Product Specifications
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ITEM PRO-D3 |
APPLICATION Headlight |
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LED CHIP QUANTITY 2 pcs |
LED CHIP Customized 8045 LED Chips |
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LED MODULE VOLTAGE 45 V |
OPERATING VOLTAGE AC/DC 45 ± 5 V |
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INPUT CURRENT 3.2 ± 0.1 A @ 13.5 V |
POWER 35 W Ballast Input |
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LUMEN OUTPUT Hot State: > 3,500 lm Cold State: > 4,500 lm |
COLOR TEMPERATURE 6,000 K |
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OPERATING TEMPERATURE -45°C to +85°C |
LIFESPAN > 10,000 Hours |
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HEAT DISSIPATION 1.5 mm Double-Sided Copper Plate 3 mm Heat Pipe Design 3010 Dual-Ball Fan |
CERTIFICATIONS CE, RoHS |

PRO-D Series D3 HID Xenon LED Bulb
The PRO-D3 is the D3-model LED upgrade option within the PRO-D Series, developed for aftermarket HID/xenon-converted headlamp systems. It gives B2B customers a focused product choice when upgrading an existing D3-format xenon light-source configuration to LED. The PRO-D3 uses two customized 8045 LED chips with a 45 V LED-module specification and a 6,000 K white-light configuration. Its detailed operating-voltage specification is AC/DC 45 ± 5 V, and its stated input current is 3.2 ± 0.1 A at 13.5 V. Combined with the shared PRO-D structural and cooling design, the D3 model provides distributors, wholesale buyers, installers, and OEM/ODM partners with a compact LED headlight-upgrade solution built around the applicable D3 format.
Structure
The PRO-D3 combines the LED light source, heat-transfer parts, rear cooling system, and connection area into one compact product structure. Two customized 8045 LED chips form the central light-emitting section, while the supplied PRO-D information identifies a 45 V LED-module configuration. A 1.5 mm double-sided copper plate sits behind the LED-chip area to support thermal transfer, and the 3 mm heat-pipe design helps move heat through the body of the bulb. At the rear, a 3010 dual-ball fan supports the cooling system. This integrated design keeps the product focused on a D3-format headlight upgrade rather than a bulky external retrofit assembly, helping B2B customers present it as a complete LED replacement unit.

1:1 Design and Plug and Play Installation
The PRO-D Series presentation highlights a 1:1 design based on the original HID bulb format. For the PRO-D3, this design direction is important because bulb seating, available space inside the headlamp, and the relationship between the replacement light source and the existing headlamp system all affect a finished installation. The product is designed around a D3-oriented form factor to support a more direct LED-upgrade approach for compatible HID/xenon-converted headlight systems. The plug-and-play message describes the intended replacement concept rather than a need to redesign the complete lighting assembly. Before selecting the product for a vehicle or a project, the D3 configuration, headlamp housing, and ballast arrangement should be checked together.

Perfect Beam Pattern
For headlight upgrades, controlled light distribution is as important as high output. The PRO-D promotional material presents the copper plate, heat-pipe design, and compact LED-chip layout as a structure that keeps the light-emitting area close to the reference position in the compatible headlamp optical system. This design approach is intended to support a practical beam pattern when the original HID/xenon light source is upgraded to LED. By concentrating the light source in a compact bulb format, the PRO-D3 is positioned as a headlight-lighting solution rather than an auxiliary lamp. This is useful for distributors and installers who need to explain the purpose of the product in terms of headlamp optics, source placement, and usable lighting distribution.

Dissipation System
Thermal management is a central element of the PRO-D3 design. The cooling system combines the 1.5 mm double-sided copper plate, the 3 mm heat-pipe structure, and the 3010 dual-ball fan. The copper plate and heat pipe form the heat-transfer path around the LED-chip area, while the fan supports airflow through the rear cooling section. Together, these parts are designed to manage operating heat and support the stated operating-temperature range of -45°C to +85°C. For wholesale, private-label, and OEM/ODM programs, this integrated thermal structure is a meaningful product characteristic because it connects the LED source, mechanical design, and cooling function in one D3-format package.

Extreme Brightness
Extreme brightness is the main performance message of the PRO-D Series. For the PRO-D3, this positioning is supported by two customized 8045 LED chips, a 45 V LED module, 35 W ballast input, and a 6,000 K white-light specification. The shared series technical information lists lumen output above 3,500 lm in hot state and above 4,500 lm in cold state. These values give the PRO-D3 a clear high-output position for HID/xenon headlight-upgrade projects. The 6,000 K color temperature supports a clean white-light appearance, while the AC/DC 45 ± 5 V operating-voltage specification identifies the D3 model’s electrical configuration. Actual performance in a finished application should be evaluated with the matched headlamp optics, ballast system, and installation conditions.

Certification
The PRO-D Series promotional material presents CE and RoHS certification references as part of the product-range presentation. For distributors, wholesale buyers, private-label programs, and OEM/ODM projects, the relevant documentation should be checked against the selected PRO-D3 configuration and the requirements of the destination market. This allows product packaging, labels, and customer-facing technical materials to be prepared around the applicable market requirements while keeping the product presentation aligned with the confirmed D3 model data.

With a D3-focused 1:1 design, customized 8045 LED chips, a copper-and-heat-pipe thermal structure, active dual-ball-fan cooling, and a 6,000 K white-light specification, the PRO-D3 provides a complete LED-upgrade option within the PRO-D Series. It is suitable for B2B customers who require a D3-format product for HID/xenon-converted headlight systems, including distributors, installers, wholesale programs, and OEM/ODM sourcing projects.









