fits model: Bronco. make: Ford. year: 1971–1972.

( Brand: Jegs ), ( Manufacturer Part Number: 19079 ), ( Part Type: Circuit Instrument Panel Board ), ( UPC: 889944172031 )
Introducing the 19079 panel printed circuit board, a crucial component for the restoration or customization of a 1971-1972 Ford Bronco's electrical system. This circuit board is designed to fit specifically within the dashboard or instrument cluster panel of these classic vehicles.
The 19079 panel printed circuit board measures approximately 9.5 inches by 7.5 inches (24.1 cm x 19 cm), allowing it to seamlessly replace the original worn-out or damaged circuit board. Each connection point on the board is marked clearly with corresponding labels, ensuring easy identification and installation.
This circuit board features high-quality, durable printed circuit material that can withstand the rigors of use in a vehicle environment. The copper traces on the board are finely etched and coated with solder mask, providing excellent electrical conductivity and protection against moisture and corrosion.
The 19079 panel printed circuit board comes with all necessary mounting hardware, including screws and plastic standoffs, for a secure and stable installation. It is also pre-drilled with holes that match the original Ford Bronco panel for a perfect fit.
This replacement circuit board is not only functional, but it can also enhance the appearance of your classic Ford Bronco's interior. The high-quality printing on the board is crisp and clear, providing a professional and polished look.
Installing the 19079 panel printed circuit board is a straightforward process, making it an ideal solution for DIY enthusiasts and classic car restorers. With its precise fit, clear labeling, and high-quality materials, this circuit board is an essential upgrade for any 1971-1972 Ford Bronco.
Buying a 19079 panel printed circuit board for a 1971-1972 Ford Bronco can be a consideration for those looking to restore or repair their vintage vehicle's electrical system. Here are some potential pros and cons of making this purchase:
Pros:1. Improved Functionality: A new 19079 panel PCB can help restore the original functionality of your Ford Bronco's electrical system, especially if the existing one is faulty or outdated.
2. Better Reliability: A new PCB is less likely to fail compared to an old or worn-out one, ensuring the reliability of your vehicle's electrical system.
3. Cosmetic Appeal: A new panel PCB can give your Bronco's dashboard a fresh, clean look, making it more visually appealing.
Cons:1. Cost: Replacing a panel PCB can be an expensive repair, especially for a vintage vehicle where replacement parts may be harder to find and more costly.
2. Complexity of Installation: Installing a new panel PCB can be a complex process, especially if you're not experienced in electrical work. It may be necessary to hire a professional to ensure proper installation and functioning.
3. Potential for Hidden Damage: If the existing wiring or electrical components in your Bronco are damaged, replacing the panel PCB may not solve the problem entirely. Hidden damage could require additional repairs or replacement of other components.
Conclusion:While replacing a 19079 panel printed circuit board on a 1971-1972 Ford Bronco can offer improved functionality, better reliability, and cosmetic appeal, it comes with a cost and potential complexity of installation. It's essential to consider the overall condition of your vehicle's electrical system and weigh the benefits against the cost before making a decision.
Recommendation:If you're experiencing electrical issues with your 1971-1972 Ford Bronco, it's recommended to have a qualified mechanic or electrical specialist diagnose the problem first. They can help determine if replacing the panel PCB is the best solution or if there are other underlying issues that need to be addressed. Ultimately, the decision to replace the panel PCB should be based on the cost, potential complexity of installation, and the overall condition of your vehicle's electrical system.