Frequently Asked Questions

Service call fees add cost without fixing the problem. T&M charges for actual repairs and diagnostics, not just showing up. This approach keeps pricing straightforward and ensures you pay for solutions, not truck rolls.

Walk-in failures put entire inventory at risk within hours, affecting prep work, storage capacity, and health code compliance simultaneously. Reach-in units typically store smaller volumes and allow partial workarounds. Walk-in temperature loss above 41°F triggers immediate product safety concerns and potential total loss.

Installation background matters because technicians learn system assembly, refrigerant circuits, and startup procedures that affect long-term performance. T&M's owner worked refrigeration installations before transitioning to service in 2020, combining both perspectives when diagnosing equipment failures and performance issues.

Replacement makes sense when repair costs approach 50% of new equipment value, when the system can't maintain temperature during peak demand, or when refrigerant type requires expensive conversions. Age alone doesn't determine replacement—operating cost and reliability patterns matter more.

Water flow restrictions, refrigeration cycle issues, and control failures all cause production loss without shutting the machine down. Mineral buildup blocks water distribution, low refrigerant reduces freezing capacity, and failed harvest cycles prevent ice from releasing. Each issue requires different diagnostic approaches.

Commercial spaces have variable occupancy, kitchen exhaust loads, and zone requirements that residential formulas don't account for. Undersized systems can't handle peak customer hours, while oversized equipment short-cycles and wastes energy. Load calculations must include equipment heat, ventilation codes, and actual usage patterns.

Humidity control depends on proper airflow across evaporator coils, which gets restricted when filters clog and coils accumulate debris. Poor airflow reduces dehumidification even when cooling works, allowing mold growth and musty odors. Coil cleaning and filter changes restore moisture removal that AC alone can't fix.

Rooftop units experience greater temperature extremes, UV exposure, and weather damage that accelerates component wear. Access limitations mean technicians need proper safety equipment and can't easily return for forgotten parts. Preventative maintenance catches issues before they require emergency roof access during business hours.

Modern heat pumps maintain efficiency down to 25°F, covering most Catawba winter conditions without backup heat. Performance drops during occasional cold snaps below 20°F when auxiliary heat activates. This provides year-round heating and cooling in one system, unlike furnaces that require separate AC.

Technicians assess whether the issue threatens immediate product loss, identify the failed component causing temperature rise, and determine if temporary solutions can protect inventory while sourcing parts. Priority goes to stopping temperature climb, then restoring full operation. Emergency response focuses on minimizing business impact and product waste.

Schedule maintenance during slow seasons or planned closures when equipment downtime doesn't affect service. Quarterly checks catch refrigerant leaks, failing compressors, and control issues before they cause product loss. Breakdowns during peak hours cost more in lost revenue than scheduled maintenance ever does.