FrigoLec combines "Frigo" (cold) with "Lec" (Electric). It is the electrical architecture of the refrigeration unit. This includes the control board, wiring harness, sensors, defrost timers, and solenoid valves. In modern energy-efficient units, 90% of "cooling failures" are actually electrical component failures.
Frigolec could be interpreted as a component or aspect related to the leakage or control of refrigerants within a system. Refrigerant leakage is a significant concern in refrigeration systems, as it can lead to reduced system performance, increased energy consumption, and environmental impact due to the release of greenhouse gases. Frigolec might refer to technologies or practices aimed at preventing leaks, detecting them early when they occur, or mitigating their effects. Effective management of refrigerants is crucial for the sustainability and efficiency of refrigeration systems. frigobase frigodep frigodiag frigolec
Imagine a walk-in cooler at 50°F (target 36°F). Frigodep says: "Runtime is 100%." Frigodiag then steps in: Pressures are 55 psig suction / 250 psig discharge on R448A. Target superheat is 8°F, but you measure 2°F. Diagnosis: Overfeeding TXV due to a bulb that has lost its charge or is poorly insulated. Replacement of the TXV power head solves it. FrigoLec combines "Frigo" (cold) with "Lec" (Electric)