Zone Tech 50W 6Ohm LED Load Resistors - 4-Pieces Premium Quality LED Load Resistors for LED Turn Signal Lights or LED License Plate Lights or DRL (Fix Hyper Flash, Warning Cancellor)
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The fast Flash will be eliminated if they are lined up on your turn signals. It does, however, take away your ability to detect when a light bulb is burned out. out. So keep an eye on the bulbs because the fast Flash indicator that a bulb isn't working will no longer be present.
For headlights, they aren't necessary. They're only needed for turn signals because LEDs don't draw enough current (amps) to properly operate the flashers, and the CANBUS monitoring system for new vehicles needs to see the load of the incandescent bulbs or the LED with a resistor so it doesn't detect and report a "lamp out" fault. If the headlights are LEDs rather than halogen or standard incandescent, a resistor MAYBE is required. So far, I haven't seen any LED headlights. When using these as taillights, they must be securely fastened to the vehicle's sheet metal. If not, they will become too hot to touch and will melt any plastic (wire insulation) that comes into contact with them.
What works, I believe, is determined by the LED light itself, rather than the car's make.
Zone Tech 50w is designed to replace the hyper flash lights in all makes and models of vehicles after they have been replaced with LED lights.
Selected User Reviews For Zone Tech 50W 6Ohm LED Load Resistors - 4-Pieces Premium Quality LED Load Resistors for LED Turn Signal Lights or LED License Plate Lights or DRL (Fix Hyper Flash, Warning Cancellor)
Slows down fast flashing LEDs by adjusting the bias current. I upgraded the car's tail lights and front turn signal lights to LEDs, as well as the thermal-control system. The low current LED bulbs didn't work well with the mechanical flasher unit. Each LED turn signal flasher bulb receives an additional 2 amps of current via these bias resistors. It worked great, but it was slow and inconvenient once more. Make sure they're installed across the bulb's flashing section, not the parking light. The black wire is usually ground for the other wire, so make sure you follow down and check each wire for the right hot flasher section. The color of the flasher wire may vary between bulb locations on the car, which fooled me, so make sure you follow down and check each wire for the right hot flasher section.
In my pickup, they work perfectly. There are a few problems with the literature. If it was mentioned, I overlooked it and discovered two additional areas elsewhere. The first is that each bulb requires a single resistor. I replaced the bulbs in my truck's turn signals with LEDs. A resistor had to be wired into every bulb. The second point was that the resistors generate a lot of heat and should be kept away from plastic, paint, and anything else that could catch fire. Aside from that, they appear to be in good working order.
This product design is the most effective for completing the task that I have seen. I had them delivered to my office and they were up and running in no time. br>br>The only issue I had was determining which wire on the front light sockets was the blinker. There are three wires (ground, driving light, and blinker) on my 2012 Honda Ridgeline. The center wire was the ground, and I had to use a volt meter (or test light) to figure out which one to connect. It's also a little difficult to get to the turn signal sockets. br>br> The wheel well cover requires the removal of three retaining gromets and one Phillips screw. Then pull it down to reach behind the socket's open space. To get better access to the wires on the passenger side, I also had to remove a zip tie. br>br>These have heat-resistant wire insulators and a built-in heat sinc, as well as two mounting holes on the heat sinc. A small screw can be used to secure them if desired. br>br>The product met my expectations.
This was necessary because after installing LED headlights on my old truck, the high-intensity light was no longer sufficient. The light in the beam vanished. On either of the high beams (choose the one that's easiest to get to), you only need one resistor. If you've replaced your turn signal bulbs with LEDs, on the other hand, you'll need two. It's probably a good idea to fasten the resistor to the chassis to prevent it from vibrating and breaking the connection.
To solve a hyper-acceleration problem, 150 EcoBoost V6 was used. When I switched to LED bulbs, I had a blinking issue with the rear blinker lights/parking lights. In case you want to save others from the same year, here's what you should do: make- Using a multimeter, practice some probing: You want to connect the two OUTSIDE wires by bridging them together. The gray wire and black ground wire are connected on the left rear (driver's side), and the purplish wire and black ground wire are connected on the right rear (passenger's side). The center wire controls the parking lights and should not be connected. Each LED bulb will require one of these. I needed to add these load resistors to the top and bottom lights in each rear housing because I had replaced all four 3057Ks with LEDs.
Because I didn't have enough room to use a tool on the connectors, I had to strip the wires to connect them, which was a pain given how short the wires are.
These worked perfectly to prevent the canbus in my 2017 Jeep Renegade from flashing errors with the front running lights. They were mounted on the pass's horn mount. On the passenger side, there is an equivalent mount, and on the driver's side, there is an equivalent mount.