60W Ultra-thin Semiconductor Dehumidifier (Model A)

60W Efficient Peltier Ultra-thin Semiconductor Dehumidifier (Model B)

This dehumidification device employs a semiconductor-based refrigeration method. Driven by a fan, humid air from a sealed enclosure is drawn into a dehumidification duct; the moisture within the air is then condensed into water by a semiconductor cooling mechanism and subsequently discharged from the cabinet via a drainage tube, thereby achieving highly effective dehumidification.
By shifting from a passive approach to condensation prevention to an active method of guiding condensation, this device effectively mitigates various safety hazards—such as equipment aging, diminished insulation strength, breakdown of secondary terminals, material mildew, and corrosion of steel structural components—thereby ensuring the safe and reliable operation of energy storage systems and power grids.

Specifications

Model: OTCS-2F60-A
Operating Voltage: DC 24V
Dehumidification Capacity: 500 mL ± 5% / Day (at T=35°C, RH=85%)
Max. Power Consumption: 60 W
Housing Material: Sheet Metal
Dehumidification Temperature Range: 5°C – 55°C
Operating Temperature Range: -30°C – 55°C
Applicable Volume: 1 – 1.5 m³
Dimensions: 170 × 295 × 55 mm
Mounting Method: Wall-mounted (Fixed)
Communication Interface: RS485
Certifications: —

Features

Compact size, lightweight design, and quick, convenient installation;

Supports switching between automatic operation and manual dehumidification modes; adjustable temperature and humidity activation thresholds;

Features an active condensation-inducing air duct and a heated exhaust mechanism to reduce humidity, thereby achieving comprehensive moisture control and dehumidification within the enclosed space of electrical cabinets;

Humidity and temperature sensors perform 24-hour real-time sampling, automatically triggering the condensation process when readings exceed the preset activation thresholds;

Humidity and temperature settings are equipped with a memory function, ensuring that configurations are retained even after power cycles (shutdowns and startups);

Utilizes specialized moisture-resistant components; the housing is constructed from flame-retardant ABS material;

Incorporates shielding and isolation technology—compliant with Level 3 standards under GB/T17626-2008—to ensure reliable operation even within strong electromagnetic fields;