Many people like to listen to music while driving; if you are one, you indeed have a radio installed in your car. Kenwood is a brand that manufactures very high-quality products, and it also manufactures radios for cars.
However, some people report that their Kenwood radio won’t turn on even though it was working perfectly fine just before. In this article, I will explain why your Kenwood radio won’t turn on and possible ways to fix it. But before I discuss that, let’s figure out the proper way of turning on a Kenwood radio (you might be operating it wrongly).
1. The Fuse is Blown Out
A blown fuse is one of the common causes of this problem. If you have Kenwood radios, use one or two fuses for each channel. The power supply fuse is marked with an “ F. If your radio has more than one channel, an additional fuse will be labeled “A” or “B.”
When you first turn on your radio and nothing happens, check to ensure that all of your speakers are correctly connected before replacing any fuses. If they all work fine individually but not when connected via speaker wires from both channels (e.g., if only one speaker plays), this might be due to a bad connection somewhere along those wires. Instead, more investigation may be required.
2. The Radio is in Protect Mode
Check your outlet if the radio is plugged in and you’re experiencing power problems. If the outlet is dead, try another outlet in the house and if it still doesn’t work, contact a technician. If the problem persists, your radio might be in protection mode.
- Press and hold your radio volume buttons for about two seconds until all lights go off on the front panel. Wait about 30 seconds before pressing any button (other than power). This should reset your receiver back to normal operation mode if it were accidentally set into Protect Mode by an internal power surge or external electrical event that caused damage to components inside of your unit’s chassis
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3. Pigtail Connectors Aren’t Connected Properly
Pigtail connectors are typically used to connect the power supply to its components. These pigtail connectors can be stripped and related to your component, but they must be appropriately connected for your component to work. To determine if your pigtail connectors are not connected properly:
- Check the color of each wire.
This will help identify what type of connection you have made and make it easier for you or someone else to help you along with this process. Each wire must be connected with its appropriate counterpart to avoid creating an unsafe electrical situation or causing damage on one or both ends of the wiring system (including breakage).
- Check where each wire connects to your computer case’s motherboard socket(s) or other electronic devices requiring connections using wires such as speakers, routers/modems, etc.
Ensure each pin has been correctly inserted into its respective socket location before securing any screws back onto them. This can help prevent any possible overheating problems resulting from poor contact points between pins/sockets.
Also, some pins may not be fully inserted into their corresponding sockets when attempting to connect wires during installation procedures, which could lead to bad ground wire symptoms. Thus allowing electricity flow between various components even though those particular components aren’t meant to interact directly with one another.”
If your Kenwood radio doesn’t turn on, there might have been a number of causes;
- it could have a blown fuse
- it is in protect mode or
- Pigtails connectors aren’t connected properly.
To find out if this is the case, you need to remove the radio from your vehicle and pull it open. Then, check for any visible damage or heat that may indicate the problem.
Suppose you cannot see anything wrong with it and there are no visible signs of a faulty connection or overheating components (such as melted plastic). In that case, it is likely because something inside went bad during the operation.
Also, check all power connections on both ends. They should be tight without being too loose.
Ugo is a passionate car enthusiast with a Bachelor of Electrical and Electronics Engineering degree and hands-on experience in troubleshooting and fixing automobiles.
I combine my electrical and mechanical engineering knowledge with practical skills to address car-related issues.
My love for cars and dedication to educating others led to the creation of Fixandtroubleshoot.com!