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Upgrading the Electrical System and Fixing the Air Conditioner

Introduction to the Electrical and Air Conditioning Issues

Home electrical systems and air conditioners are often interrelated, especially when it comes to power supply and overall functioning. In this article, we’ll explore a case where upgrading the electrical system led to air conditioning issues, and the steps taken to resolve these problems.

Initial Electrical System Inspection

The homeowners were recommended to upgrade their electrical system as it had no main breaker and there were problems with the existing 100-amp panel. The property also needed a bigger electrical panel to handle the electrical load. After the upgrade was completed, the tenants reported that the air conditioner was no longer functioning properly.

Existing Electrical System and Air Conditioning Issues

Upon arrival at the property, it was evident that there were significant upgrades to the electrical system, including a new panel. The first step in diagnosing the air conditioning issue was to ensure that all necessary wires were connected and that circuit breakers were turned on.

Diagnosing the Air Conditioner

The air conditioning unit’s blower was running, but the compressor and condenser fan motor were not functioning. Closer inspection revealed that the brown wire was not connected to the contactor and that the compressor was unplugged.

Reviewing Previous Visit and Repairs

Looking back at the service history, it was discovered that during a previous visit, a burnt breaker and lug were replaced and moved to a clean lug to resolve the issue. At that time, it was also noted that the condenser fan motor was turning when it should not have been and that the compressor was shorted to ground. Considering that the air conditioning unit was 18 years old, it was previously recommended that it be replaced. However, the homeowner had not yet opted for replacement.

Finding a Solution: Replacing the Compressor

In light of the history and the current issues, it was determined that replacing the compressor would be the best course of action to restore the proper functioning of the air conditioning system. The compressor needed to be ordered, and the repairs were scheduled for the future.

Quick Access to Service History

Having easy access to service history, such as through mobile applications like QuickBooks, can make resolving issues more efficient. Being able to review the past repairs and recommendations allowed for a more accurate diagnosis and solution for this air conditioning problem.

Additional Air Conditioning Repair: Accumulator Replacement

While troubleshooting this air conditioning issue, it was also discovered that the accumulator needed replacing. This repair was scheduled for the following day, ensuring that the air conditioning system would be back in proper order after all necessary repairs were completed.

Conclusion: Upgrading Electrical Systems and Maintaining Air Conditioners

The case described above highlights the importance of keeping both electrical systems and air conditioners in good working order to ensure optimal performance and comfort in a home. Upgrades to an electrical system may inadvertently lead to air conditioner issues if proper care is not taken to ensure all connections are secure and functioning. Additionally, regular maintenance and timely repairs are essential in ensuring the longevity and efficiency of an air conditioning unit, especially for older models.

By being attentive to the needs of both electrical systems and air conditioning units, homeowners and technicians alike can work together to ensure a comfortable and safe living environment. Whether it’s upgrading an electrical system, replacing a compressor, or fixing other air conditioning issues, prompt and professional service is key in maintaining the overall health of a property’s infrastructure.

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