How do I know if my commercial HVAC needs repair or replacement?

Consider replacement when repair costs exceed 50% of equipment value, the system is over 15 years old with declining performance, you're facing multiple repairs within a 12-month period, or the equipment uses R-22 refrigerant. Repair makes sense for newer systems with isolated component failures or when repair costs are significantly less than replacement. HVAC247PRO technicians provide honest assessments of repair vs. replacement economics.

What is the most common commercial HVAC problem in Katy?

The most common commercial HVAC problems in Katy are refrigerant-related issues (leaks and low charge), dirty condenser coils, and capacitor failures. Houston's extreme heat forces systems to work at maximum capacity for extended periods, accelerating wear on compressors and electrical components. High humidity leads to condensate drainage problems and mold growth.

Can I operate my business with a failing HVAC system?

Operating with a failing HVAC system in Katy creates significant risks: employee discomfort reduces productivity 10-20%, customer experiences suffer, some businesses face OSHA heat safety violations, and certain industries have legal temperature requirements. Continuing to run failing equipment often causes cascading damage, turning a $1,500 repair into a $5,000+ replacement.

How much does commercial HVAC repair cost in Katy?

Commercial HVAC repair costs in Katy vary by problem severity. Common repairs range from $150-$500 for capacitors and thermostats, $300-$800 for blower motors, $500-$1,500 for refrigerant leak repairs, and $1,500-$4,000+ for compressor replacement. Diagnostic service calls typically run $89-$150. HVAC247PRO provides upfront pricing before any work begins.

Should I repair or replace my 15-year-old commercial HVAC?

A 15-year-old commercial HVAC system is approaching end-of-life, but age alone doesn't determine whether to repair or replace. Consider maintenance history, repair frequency, refrigerant type (R-22 is expensive), and energy costs compared to new equipment. For many 15-year-old systems, a major repair tips economics toward replacement, especially with 25-40% energy savings from modern equipment.