Remove the dash cover. There is 2 screws in the top of the glove box. Then on the drivers side to the center is about 4 or 5. Remove the dash cover and you have access to the back of the instrument panel. The light sockets turn 1/4 turn to come out.
You will have to remove the instrument cluster to gain access. You might want to purchase a Haynes Manual that will instruct you.
AnswerIs the system overfull?, Is your gauge working?I had the same problem and I had to replace the head gaskets.
You will have to replace the fuel module which consists of the pump, sending unit and sock filter. Which means you will have to remove the fuel tank.
Replace the fuel leveling sensor that is on the fuel sending unit that's inside of the fuel tank.
If the fuel gauge isn't working on a 1999 Chevrolet Blazer it could possibly be because the float is stuck in the fuel tank. I had this problem when I got my 99 blazer, the float and sensor for the fuel gauge is on the fuel pump which is in the fuel tank to keep it temperature regulated. I had to replace my fuel pump, which ended up going bad on me, and after it was replaced the gauge works just fine.
To replace the dashboard lights on a 1998 Nissan Maxima, first, ensure the vehicle is off and disconnect the negative battery terminal for safety. Remove the dashboard panel by unscrewing any visible screws and gently prying it off to access the gauge cluster. Unscrew the gauge cluster, disconnect its wiring, and then replace the burnt-out bulbs by twisting them counterclockwise. Reassemble the cluster and dashboard, reconnect the battery, and test the new lights.
The gauge, wiring or sending unit is bad.
The recommended gauge of wire for connecting lights in a residential setting is typically 14 gauge.
There could be a glitch on the computer in the vehicle. There could also be a ground in the wiring harness that goes to the gauge lights.
The dash lights on an Explorer are used to light the warning symbols and to illuminate the speedometer, gas gauge, and RPM gauge. These lights are controlled by fuses.
The gauge wire used for lights should typically be between 14 and 18 gauge, depending on the wattage and distance from the power source.
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