Comprehensive Technical Specifications1. Temperature Control & Microclimate PerformanceTarget Calibration System holds a static core temperature of 4C 1C. Regulatory Range Microprocessor ranges run between 2C and 6C (safety limits protect blood from freezing or overheating). Cooling Methodology Forced-air circulation systems matched with automated defrost cycles to prevent internal frost buildup. Thermal Intelligence Liquid-immersed sensor probes that mirror the actual thermal behavior of thick biological blood bags. 2. Structural Build & Insulation MaterialsChamber Build Interior lining made entirely of anti-corrosive, non-magnetic AISI Grade 304 Stainless Steel. Exterior Shell Electrostatic epoxy-polyester powder-coated steel plates resistant to clinical sanitizers. Thermal Insulation High-density, CFC-Free injected polyurethane foam walls (min. 50mm60mm thickness) to preserve cold air during power outages. Door Configuration Single glass door made with triple-pane insulated glass and integrated magnetic gaskets. 3. Power Requirements & Energy ConsumptionVoltage Compatibility Engineered specifically for the Nigerian grid at 220V240V / 50Hz. Power Draw Rated power consumption sits between 180W and 330W depending on duty cycles. Power Stability Advice Due to common grid fluctuations in Nigeria, these units require a dedicated 3KVA digital voltage stabilizer to prevent compressor failure. 4. Traceability, Safety Alarms & Data RecordsEmergency Alarms Integrated audio-visual alerts react to high/low temp thresholds, sensor malfunctions, door-ajar states, and power cuts. Battery Backup An internal rechargeable Ni-MH battery keeps the display panel and alarm framework running for up to 72 hours without grid power. Data Retrieval Dual USB ports or an incorporated thermal matrix printer provide historical log tracking of up to 10 years of data.