My LED turn signals don't work right: Difference between revisions
No edit summary |
|||
| Line 12: | Line 12: | ||
[[image: 100_0391.jpg|150px]] | [[image: 100_0391.jpg|150px]] | ||
Since there are 2 wires on the bike to connect to the (part #FE218BH) | Since there are 2 wires on the bike to connect to the flasher relay (part #FE218BH), most any 2 wire electronic flasher should work for the Ninja. You should be able to find one at your local auto parts store. Maybe. If you get a blank look when you ask there, try one of these: | ||
* [http://www.cyclegear.com/spgm.cfm?L1=&L2=&L3=&L4=&item=PRC_SM-FRH1_G SPEEDMETAL LED Signal Relay (#489421)] from Cycle Gear. | * [http://www.cyclegear.com/spgm.cfm?L1=&L2=&L3=&L4=&item=PRC_SM-FRH1_G SPEEDMETAL LED Signal Relay (#489421)] from Cycle Gear. | ||
| Line 33: | Line 33: | ||
====Why the stock flasher doesn't work with LEDs==== | ====Why the stock flasher doesn't work with LEDs==== | ||
The way the stock flasher works is mechanical. There's a small piece of springy metal in the relay body, and as it heats up from current flow it flashes the signals. Mechanical flashers will increase or decrease in rate as voltage or current changes because the springy metal bit heats up at different rates ... or doesn't heat at all, as with LEDs. LEDs draw significantly less current than incandescent bulbs, so the flasher relay never heats to the point where it 'breaks' the circuit. Electronic flashers are designed so that they have a fixed rate of flashing, regardless of voltage or current. They do this by using solid state devices like transistors to do the job the springy metal bit used to do. | The way the stock flasher works is mechanical. There's a small piece of springy metal in the relay body, and as it heats up from current flow it flashes the signals. Mechanical flashers will increase or decrease in rate as voltage or current changes because the springy metal bit heats up at different rates ... or doesn't heat at all, as with LEDs. LEDs draw significantly less current than incandescent bulbs, so the flasher relay never heats to the point where it 'breaks' the circuit. Electronic flashers are designed so that they have a fixed rate of flashing, regardless of voltage or current. They do this by using solid state devices like transistors to do the job the springy metal bit used to do. | ||
==Fixing "all signals flashing at the same time"== | ==Fixing "all signals flashing at the same time"== | ||