Commercial refrigeration pipefitting is the design and installation of refrigerant piping and drain lines that connect compressors, condensers, evaporators, and related equipment into a functioning system.

Proper piping design controls refrigerant flow, pressure stability, oil return, and condensate drainage, directly impacting system performance and longevity.

Refrigerant lines move refrigerant between the compressor, condenser, and evaporator to transfer heat and maintain cooling performance.

Drain lines safely remove condensate from evaporators and prevent water buildup, overflow, and moisture-related damage.

Poor pipe sizing, routing, or slope can cause pressure drops, oil return problems, vibration, leaks, and reduced cooling capacity.

Copper and steel piping are commonly used depending on refrigerant type, system pressure, and application requirements.

Pipe sizing is based on refrigerant velocity, pressure drop limits, system capacity, and oil return requirements.

Leaks can result from improper brazing, vibration, thermal expansion, corrosion, or aging piping components.

Routine inspections help identify leaks, insulation damage, drain restrictions, and mechanical stress before system performance is impacted.

In some cases piping can be reused if it meets sizing, cleanliness, pressure rating, and code requirements.

Excessive vibration can weaken joints, cause fatigue cracks, and accelerate refrigerant leaks over time.

Yes. Refrigeration piping must comply with mechanical codes, safety standards, and refrigerant handling regulations.

Proper insulation reduces heat gain, prevents condensation, and protects system efficiency.

Yes. Piping can be rerouted, resized, or extended to support equipment upgrades or capacity changes.

Yes. Engineered Temperature Solutions designs, installs, and services commercial refrigeration piping and drain systems for facilities across Ohio.