OceanLED Gen II 3010 HD Series 12 – 24vDC Driver

The OceanLED Gen II 3010 HD Series 12/24vDC Driver is an essential component designed to power the Pro Series HD Gen2 3010 underwater lights. Whether you're using the lights on a marine vessel or in other aquatic environments, the driver ensures reliable operation with its flexible input voltage options. Below are the features and applications of this driver.

Features list:

• Compatibility with Pro Series HD Gen2 3010 models
• Support for two input voltage options: 12 VDC and 24 VDC
• Two current ratings: 8.2 Amps for 12 VDC and 4 Amps for 24 VDC
• Recommended fuse ratings for protection: 10 Amps for 12 VDC and 6.3 Amps for 24 VDC

In practical applications, those using the OceanLED Gen II 3010 HD Series driver might be outfitting a yacht for night sailing or enhancing the visual appeal of a high-performance boat. Underwater lighting is also used for fishing, as certain types of lights can attract fish. Moreover, the proper illumination adds vital safety features for night-time diving operations.

Frequently Asked Questions:

Can I use the OceanLED Gen II 3010 HD Series 12 – 24vDC Driver with any other model?

No, the OceanLED Gen II 3010 HD Series 12/24vDC Driver is specifically designed to work with Pro Series HD Gen2 3010 models.

What are the input voltage options for this driver?

The OceanLED Gen II 3010 HD Series driver is compatible with two input voltage options: 12 VDC and 24 VDC.

What is the current rating for each input voltage?

The driver has two current ratings depending on the input voltage: 8.2 Amps for 12 VDC and 4 Amps for 24 VDC.

What fuse rating should I use for the 12 VDC input?

For proper protection, it is recommended to use a fuse with a rating of 10 Amps for 12 VDC input.

What fuse rating should I use for the 24 VDC input?

For proper protection, it is recommended to use a fuse with a rating of 6.3 Amps for 24 VDC input.

By adhering to these specifications and using the correct fuse ratings, the OceanLED Gen II 3010 HD Series driver can maximize the performance and longevity of underwater lighting systems, keeping marine environments well-lit and safe.