Bandit wrote:Thanks Blakey - I hadn't noticed but would have ended up with a wire needing power!
To davmax - do you have any pictures of your DRLs?
How did you go about fabricating the focal components? I wish I listened more in calculus classes in high school.....
What is the 'DRL controller' you refer to in your DRL connection diagram?
If you fit these DRLs you have made to your car, how will you circumvent the marking requirements of ADR 76/00?
One at a time.
1. I will post pictures. Currently I can show assembly before completion of a front bezel. Also the controller is seperate and I will now integrate it into the lamp assembly then send photos.
2. Focal components are already made and designed to fit XPG LED supplier Cutter Electronics
3. The LEDs in a DRL need to be supplied with a controlled constant current. So all DRL kits will have some controller to achieve this. In lots cases it will be built into each lamp.
4. Clearly there is no way that I can afford testing and approval, therefore I have to test myself and make sure that I comply, should there be any challenge.
My lamps keep within the max 1200Cd in any direction and comply with the light pattern laid down in UNECE 87 eg not less than 50% at 15 degrees off axis in horizontal (tested to be 52%).
The cost of components is less $150.00 and having made these I can see that less expensive LEDS could be used. The secret of the light efficiency and pattern is in the choice of optics (90% efficient).
I have finished testing, just need the clean up assembly and install in car.
If anybody is game I can later list components and costs and assembly detail. It is a bit fiddly hand building (basically prototyping).
Have you read my document covering Aftermarket DRLs? Hopefully it will help buyers and sellers recognise misinformation etc.
Link to optics data sheet: http://www.ledil.fi/datasheets/DataSheet_Tina-XP-G.pdf
See last beam shape for the XP-G-O oval beam.