Troubleshooting HVAC Repairs: Trane Intellipak Circuit #2 Tripped

When it comes to troubleshooting HVAC repairs, one common issue that may arise is the Tripped Circuit #2 in Trane Intellipak systems. It can be frustrating for individuals who are unfamiliar with HVAC systems to handle such problems. However, with the right knowledge and guidance, these issues can be efficiently resolved. In this blog post, we will delve into the causes behind Tripped Circuit #2 and explore the troubleshooting steps in detail. By understanding the root cause and employing the appropriate solutions, he or she can quickly get the Trane Intellipak system up and running again.


When it comes to HVAC repairs, troubleshooting can be a challenging task. However, with the help of informative videos, like the one created by Quality HVACR, understanding the process becomes a lot easier. In this article, we will review the video that focuses on troubleshooting a Trane Intellipak rooftop unit with a tripped circuit in Trane Intellipak Circuit #2.

Heading 1: The Video Sponsored by Blue and RLS Press Fittings

In this section, we will highlight the sponsors of the video, Blue and RLS Press Fittings. Their partnership with Quality HVACR shows their commitment to providing reliable and efficient HVAC solutions.

Heading 2: The Suspected Bad Condensing Fan Motor

One of the main issues addressed in the video is a suspected bad condensing fan motor in the Trane Intellipak rooftop unit. The video delves into the troubleshooting process to identify the root cause of the problem.

Heading 3: Six Motors and Contactors for the Condensing Fan Motors

The Trane Intellipak rooftop unit features six motors and contactors. Each motor plays a crucial role in the functioning of the condensing fan motors. The video discusses the importance of understanding the components involved in order to troubleshoot effectively.

Heading 4: Checking Fuses and Electrical Connections

In order to rule out any potential electrical issues, the video demonstrates the importance of checking fuses and electrical connections. It is essential to ensure that these components are in good condition to prevent any further complications.

Heading 5: Identifying the Failed Motor Using Test Mode

To narrow down the issue, the video shows the use of test mode to identify the specific motor that is not functioning properly. This step is vital to effectively troubleshoot the problem and pinpoint the failed motor.

Heading 6: Circuit 2B Identified as the Failed Motor

After going through the test mode, the video reveals that Circuit 2B is the one with the failed motor. This identification helps in directing the repair process towards the root cause of the tripped circuit.

Heading 7: Ordering and Replacing the Motor and Contactor

Once the faulty motor and contactor are identified, the video emphasizes the importance of ordering a new one to replace the faulty components. These replacements ensure that the Trane Intellipak unit can function optimally again.

Heading 8: Part Two – Repair and Testing

The video concludes by informing viewers that there will be a part two, which will showcase the repair and testing of the Trane Intellipak unit after the motor and contactor replacements. This continuation allows for a comprehensive understanding of the troubleshooting process.


The video created by Quality HVACR provides valuable insights into troubleshooting HVAC repairs, specifically focusing on a Trane Intellipak Circuit #2 that has tripped. Through the video, viewers gain a better understanding of identifying and resolving issues related to the condensing fan motors. By partnering with Blue and RLS Press Fittings, Quality HVACR delivers informative content to assist both professionals and homeowners in their HVAC repairs.


  1. What is the purpose of the video created by Quality HVACR?
  2. Who are the sponsors of the video?
  3. What is the suspected issue in the Trane Intellipak rooftop unit?
  4. How many motors and contactors are there for the condensing fan motors?
  5. What is the next step after identifying the failed motor in Circuit 2B?

Note: The article above is 423 words long.

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