SDCS-L60 60W aluminum alloy semiconductor dehumidification device Introduction: The SDCS-L60 60W aluminum alloy semiconductor dehumidification device is an intelligent dehumidification equipment utilizing semiconductor refrigeration and dehumidification technology. Its casing is constructed with aluminum alloy profiles, boasting excellent heat dissipation performance, moisture resistance, and corrosion resistance. The device operates by drawing moist air from a sealed space into the dehumidification duct through a built-in fan. The water vapor in the air is condensed into water after passing through the semiconductor refrigeration mechanism (utilizing the Peltier effect), and then discharged out of the cabinet through a water conduit, thus achieving the dehumidification effect of reducing the moisture content in the air. Compared to traditional heating dehumidification (passive prevention of condensation), this device adopts an active approach to guide condensation, effectively preventing potential safety hazards such as equipment aging, insulation strength reduction, secondary terminal breakdown, material mold growth, and steel structural component corrosion within the cabinet. This provides a solid guarantee for the safe operation of the power system. Features: 1. Aluminum alloy casing, excellent heat dissipation: The casing is made of aluminum alloy profile structure, which has good heat dissipation performance and moisture-proof and corrosion-resistant characteristics, enabling stable operation in humid environments. 2. Compact size and easy installation: The dimensions are only 115×67×210 mm, with a net weight of 1.8 kg. Two installation methods are available: DIN rail mounting and wall-mounted installation. 3. Active condensation induction and dehumidification: The dehumidification duct actively induces condensation, discharges the gas, and heats it to reduce humidity, effectively achieving comprehensive moisture prevention and dehumidification in the enclosed space of the electrical cabinet. 4. Intelligent operation: Switch between automatic operation and manual dehumidification function, with adjustable temperature start value and dehumidification start value. 5. 24-hour real-time sampling: The humidity and temperature sensors perform 24-hour real-time sampling, and automatically initiate dehumidification when the readings exceed the preset activation threshold. 6. Memory function: The humidity and temperature settings have a memory function, so the settings will not be lost due to power off or on. 7. Quick fault location: Equipped with a fault display function, it can quickly locate the fault point to ensure normal operation. 8. Strong electromagnetic compatibility: Utilizing shielding and isolation technology, it meets the Level 3 standard of GB/T 17626-2008, ensuring operation in strong electromagnetic fields. 9. Flexible drainage method: The dehumidification condensate pipeline can discharge the condensate water outside the cabinet, and at the same time, a liquid storage bag can be used to collect the condensate outside the cabinet. Technical Specifications: Model: SDCS-L60 Operating voltage: AC220V Dehumidification capacity: 450mL±5%/D (T=35°C, RH=85%RH) Maximum power: 60W Shell material: aluminum alloy Dehumidification temperature: 5°C~55°C Operating temperature: -30℃~55℃ Applicable volume: 0.5~1.5m³ Body size: 214x118x65mm (height x width x depth) Installation method: Wall-mounted (fixed) Communication mode: RS485 communication Certification method: CE
SDCS-L60 60W aluminum alloy semiconductor dehumidification device Introduction: The SDCS-L60 60W aluminum alloy semiconductor dehumidification device is an intelligent dehumidification equipment utilizing semiconductor refrigeration and dehumidification technology. Its casing is constructed with aluminum alloy profiles, boasting excellent heat dissipation performance, moisture resistance, and corrosion resistance. The device operates by drawing moist air from a sealed space into the dehumidification duct through a built-in fan. The water vapor in the air is condensed into water after passing through the semiconductor refrigeration mechanism (utilizing the Peltier effect), and then discharged out of the cabinet through a water conduit, thus achieving the dehumidification effect of reducing the moisture content in the air. Compared to traditional heating dehumidification (passive prevention of condensation), this device adopts an active approach to guide condensation, effectively preventing potential safety hazards such as equipment aging, insulation strength reduction, secondary terminal breakdown, material mold growth, and steel structural component corrosion within the cabinet. This provides a solid guarantee for the safe operation of the power system.
