Home dehumidifier 5.1L
High-capacity dehumidifier system with 20L/24H moisture removal capacity and 5.1L reservoir for laboratory humidity control in spaces up to 70 cubic meters.
| Automation Level | semi-automated |
| Humidity Removal Capacity | 20L/24H |
| Refrigerant | R134A |
| Applying Area | 30~70m³ |
| Consumption | 280W |
| Water Tank | 5.1L |
The Home Dehumidifier 5.1L is a high-capacity environmental control system designed for maintaining optimal humidity conditions in laboratory and research environments. With a 20L/24H moisture removal capacity and 5.1L water reservoir, this unit provides continuous humidity regulation for spaces ranging from 30 to 70 cubic meters. The system operates on R134A refrigerant technology with 280W power consumption, offering efficient moisture extraction for sensitive research applications.
Built with ABS construction and available in green/black configuration, the unit accommodates both standard (220V, 50Hz) and optional (110V, 60Hz) power supplies for international laboratory compatibility. The compact footprint (373×266×612mm) allows integration into existing laboratory infrastructure while providing industrial-grade humidity control performance.
How It Works
The dehumidifier operates on refrigeration-based moisture extraction principles using R134A refrigerant in a closed-loop cooling system. Ambient air is drawn across evaporator coils maintained below the dew point, causing water vapor to condense on the cold surfaces. The condensed moisture drains into the 5.1L collection reservoir while dried air is reheated by the condenser coils and returned to the environment.
The refrigeration cycle utilizes a 280W compressor system to maintain continuous operation, with the R134A refrigerant providing efficient heat transfer characteristics for consistent moisture removal rates. The system's 20L/24H capacity is achieved through optimized coil surface area and airflow patterns designed for maximum water vapor extraction efficiency across the specified volume range of 30-70 cubic meters.
Features & Benefits
Automation Level
- semi-automated
Humidity Removal Capacity
- 20L/24H
Refrigerant
- R134A
Applying Area
- 30~70m³
Consumption
- 280W
Water Tank
- 5.1L
External Size(W*D*H)
- 373*266*612mm
Packing Size(W*D*H)
- 410*310*680mm
Border Color
- Green/Black
Brand
- ConductScience
Research Domain
- Analytical Chemistry
- Environmental Monitoring
- Food Science
- Materials Science
- Microbiology
- Pharmaceutical QC
Material
- ABS
Power/Voltage
- Standard: 220V, 50Hz; Optional: 110V, 60Hz
Weight
- 15KG
Weight
- 14.0 kg
Dimensions
- L: 61.2 mm
- W: 37.3 mm
- H: 26.6 mm
Comparison Guide
| Feature | This Product | Typical Alternative | Advantage |
|---|---|---|---|
| Moisture Removal Capacity | 20L/24H continuous removal rate | Entry-level units often provide 10-15L/24H capacity | Higher capacity enables humidity control in larger laboratory spaces without requiring multiple units |
| Water Storage Volume | 5.1L collection reservoir | Standard models typically offer 2-3L capacity | Extended reservoir capacity reduces maintenance frequency during continuous research operations |
| Coverage Area | 30-70 cubic meter effective range | Residential units often limited to smaller spaces | Single unit covers standard laboratory room sizes without requiring multiple installations |
| Power Supply Options | Dual voltage capability (220V/110V) | Most units are single-voltage specific | International compatibility simplifies equipment procurement and laboratory relocation |
| Construction Material | ABS plastic housing | Consumer units often use standard plastics | Chemical-resistant construction withstands laboratory cleaning agents and solvent exposure |
| Refrigerant Type | R134A refrigerant system | Varies by model and manufacturer | Environmentally acceptable refrigerant supports sustainable laboratory operations |
The unit provides laboratory-grade humidity control with 20L/24H capacity, 5.1L reservoir, and ABS construction for research environments. Dual voltage compatibility and 30-70 cubic meter coverage accommodate diverse laboratory installations with continuous operation capability.
Practical Tips
Position unit away from direct heat sources and maintain consistent ambient temperature for optimal moisture removal efficiency.
Why: Temperature variations affect refrigeration system performance and condensation rates.
Clean the ABS housing regularly with appropriate laboratory solvents to prevent chemical buildup and maintain appearance.
Why: Chemical-resistant construction requires proper cleaning to maintain durability in laboratory environments.
Empty the 5.1L reservoir before capacity is reached to prevent overflow and maintain continuous operation.
Why: Full reservoir triggers automatic shutdown, interrupting humidity control during critical research periods.
Use independent humidity sensors to verify ambient conditions and confirm dehumidifier performance against specifications.
Why: External monitoring ensures actual humidity levels match target requirements for research applications.
Allow 15-minute stabilization period after power cycling before evaluating moisture removal performance.
Why: R134A refrigeration system requires thermal equilibration time to reach optimal operating efficiency.
Ensure proper electrical grounding and use appropriate circuit protection for the 280W power draw.
Why: Laboratory electrical safety requires proper installation of high-power equipment to prevent electrical hazards.
Monitor power consumption patterns to detect potential refrigeration system degradation or maintenance needs.
Why: Changes in power draw indicate system efficiency changes that affect moisture removal performance.
Inspect air intake and exhaust paths regularly for obstruction that could reduce airflow and system efficiency.
Why: Proper airflow is essential for heat exchange and moisture condensation in refrigeration-based systems.
Setup Guide
What’s in the Box
- Home Dehumidifier 5.1L main unit
- 5.1L water collection reservoir
- Power cord (region-specific)
- User manual and operation guide
- Warranty documentation (typical)
Warranty
ConductScience provides standard 1-year manufacturer warranty covering defects in materials and workmanship, with technical support for installation and operational guidance. Extended warranty options and service plans are available for critical research applications requiring guaranteed uptime.
Compliance
What is the effective humidity removal rate at different ambient conditions?
The unit provides 20L/24H removal capacity under standard conditions. Actual performance varies with ambient temperature, relative humidity, and air circulation patterns. Consult product datasheet for performance curves at specific operating conditions.
How frequently does the 5.1L reservoir require emptying during continuous operation?
At maximum 20L/24H capacity, the reservoir requires emptying approximately every 6 hours. Actual intervals depend on ambient humidity levels and may extend significantly in lower-humidity environments.
Can the unit operate continuously without interruption for extended research periods?
Yes, the R134A refrigeration system is designed for continuous operation with regular reservoir emptying. The 280W power consumption supports 24/7 operation with standard electrical infrastructure.
What maintenance procedures are required for optimal performance?
Regular maintenance includes reservoir cleaning, air filter inspection, and evaporator coil cleaning. The ABS construction allows cleaning with standard laboratory solvents. Consult service manual for refrigerant system maintenance schedules.
Is the unit compatible with laboratory environmental monitoring systems?
The unit operates as a standalone dehumidifier without integrated monitoring interfaces. External humidity sensors and data loggers are required for integration with laboratory environmental control systems.
How does power supply compatibility affect international laboratory installations?
The unit supports both 220V 50Hz (standard) and 110V 60Hz (optional) configurations. Specify voltage requirements at time of purchase for proper transformer and electrical compatibility.
What are the space clearance requirements for proper operation?
Maintain minimum 30cm clearance on all sides for adequate airflow. The 373×266×612mm footprint requires consideration of heat dissipation and service access in laboratory layout planning.
How does this compare to desiccant-based humidity control methods?
Refrigeration-based systems provide continuous operation without regeneration cycles required by desiccant systems. However, desiccant methods may achieve lower absolute humidity levels in specialized applications.
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