Reports

HVAC Repairability Assessments After Storm, Fire, or Water Loss

When a property experiences hail, wind, fire, or water damage, determining whether HVAC equipment can be safely and economically repaired is critical. Our reports are designed to give contractors, insurance professionals, and law firms a clear, defensible evaluation of HVAC repairability based on observed damage, equipment condition, and industry standards.

We provide objective assessments for packaged units, air conditioners, and furnaces, with detailed documentation and clear conclusions you can rely on.

Hail & Wind Damage: Air Conditioners and Packaged Units

Hail impacts can:

• Damage condenser coil fins, restricting airflow

• Reduce heat transfer efficiency

• Increase operating pressures and energy consumption

• Shorten compressor life due to added strain

• Lead to premature system failure

Even when a unit continues to run after a storm, reduced efficiency and hidden internal stress often mean the system is no longer performing as designed.

Age and Economic Repairability

In some cases, the question is not whether a unit can be repaired, but whether it should be repaired.

HVAC systems have a finite lifespan. When a unit is significantly aged, repairing storm damage may not be practical or cost-effective. This is similar to owning a 20-year-old vehicle with 200,000 miles—while repairs may keep it running temporarily, investing heavily in equipment that is already at the end of its service life often does not make financial sense.

Our reports consider:

• Equipment age and expected service life

• Availability of replacement parts

• Cost of repair versus replacement

• Overall condition prior to the loss

Water and Fire Damage: Furnaces

Furnaces are most commonly affected by water and fire losses, each of which presents serious safety and reliability concerns.

Water Damage

Water exposure can:

• Damage or corrode electrical controls and safety circuits

• Cause rusting of metal components, including burners and heat exchangers

• Compromise system reliability and safe operation

• Lead to long-term failures even after drying

We don’t just replace parts—we evaluate the entire system to make sure repairs make sense and that the equipment can operate safely after service.

Fire and Smoke Damage

Fire-related losses can:

• Damage wiring, control boards, and ignition systems

• Weaken or degrade insulation on electrical components

• Allow ash and soot to contaminate sensitive parts

• Create hidden failures that may not be immediately visible

Ash intrusion is particularly harmful, as it can interfere with electrical connections, motors, and moving components, leading to unpredictable operation.