A central air conditioner works in two places at once. The equipment in the attic moves air through the home, while the outdoor unit releases heat. If cooling seems weak, checking only one side can miss part of the problem. On this Fast Affordable Air visit, the photos show an inspection of a Goodman attic system and its outdoor air conditioner, including an electrical measurement while the outdoor unit was running.
Starting at the outdoor unit
The first photo shows the outdoor unit beside the home. This part contains the compressor, which moves refrigerant through the cooling system, and a fan that helps release heat outside. The insulated pipe connects it to the equipment indoors. Looking over the unit, its connections, and the space around it gives a technician a starting point before taking measurements.
A picture of the outdoor cabinet cannot tell us whether its refrigerant charge is correct or whether a part needs replacement. Those questions take testing. Fast Affordable Air describes this broader approach on its air conditioning repair page.
Following the system into the attic
Photos two, five, and six show the Goodman indoor equipment, the large insulated ducts, and the work area in the attic. Ducts are the passages that carry air to and from the rooms. The indoor equipment and outdoor AC have to work together. Even if the outdoor unit runs, an indoor airflow problem can leave parts of the house warm.
Photo seven gives another view of the indoor cabinet, connected ductwork, refrigerant lines, and drain piping. The drain carries away water that forms when humid air meets the cold indoor coil. During a full diagnostic, a technician can check whether air is moving properly and whether water is draining as it should. The photos show these components, but they do not document a measured airflow rate or a drain repair.
Opening the indoor equipment
Photo four shows an access panel removed from the attic unit. Behind the panel are parts of the blower and electrical system. The blower is the fan that pushes cooled air through the ducts. Opening the cabinet lets a technician inspect the parts more closely and test them safely using the proper procedure.
This step matters because a cooling complaint can have more than one cause. A blower issue, a blocked air path, or an outdoor electrical problem may produce similar symptoms inside the home. Finding the cause before changing parts helps avoid replacing a working component. Fast Affordable Air also outlines preventive checks on its AC maintenance page.
Measuring the outdoor electrical load
In photo three, a Fieldpiece SC260 clamp meter is placed around a wire in the outdoor unit. Its screen shows about 20.43 amps AC at that moment. Amps measure how much electrical current is flowing, much like measuring how much water moves through a pipe. A clamp meter takes that reading without cutting the wire.
That number is useful, but it is only one piece of the diagnostic. A technician must identify which circuit was measured, compare the reading with the equipment’s rating, and consider how the air conditioner was operating at the time. The photo alone does not establish whether 20.43 amps was normal or whether it indicated a fault.
What the diagnostic helps protect
Checking both the indoor Goodman equipment and the outdoor unit helps narrow down where a cooling problem begins. When the actual fault is found and corrected, the central AC can move heat and air as intended, which supports steadier indoor comfort. Correcting a problem that makes a system work harder than necessary may also reduce wasted electricity. The amount saved depends on the fault, the repair, and how the system is used.
The seven photos document an inspection and an electrical reading. They do not show a confirmed failed part, a replacement, a refrigerant adjustment, or final cooling measurements, so those steps are not claimed as completed here.