Dry Cabinet LE-DC204

Dry Cabinet LE-DC204 ensures ultra-low humidity storage with a range of less than 5% RH and total capacity of 98L. It is equipped with one height-adjustable shelf offering flexible organization for various sized components. Built-in LED controller enables precise humidity monitoring and control. Integrated with a fully automatic moisture control mechanism that operates silently. Our Dry Cabinet is suitable for laboratories, automotive parts, and other applications.

Specifications

Capacity 98L
Humidity Less Than 5% RH
Recovery Time Maximum 30 min After Open Door 30 Seconds Then Closed
Ambient Temperature 25℃
No of Shelves 1
Maximum Load per Shelf 50 Kg
Power Consumption 8W
Interior Dimension 446 × 372 × 598mm
Exterior Dimension 448 × 400 × 688mm
Net Weight 20 Kg
Gross Weight 31 Kg

Features

  • 98 L compact chamber maintaining <5% RH ultra-low humidity storage
  • Single adjustable shelf supporting up to 50 kg load
  • High-accuracy humidity sensor with LED controller
  • Fully automatic moisture control system with silent operation
  • Integrated data logging with memory function after power interruption

Applications

FunctionImplementation
Ultra-dry laboratory storage<5% RH environment protecting highly moisture-sensitive materials
Automotive component preservationControlled low humidity reducing corrosion risk
Precision electronic part protectionStable ultra-low RH chamber minimizing oxidation and defects
Research and testing environmentsReal-time RH monitoring with logged condition tracking
Compact controlled storage98 L cabinet with ≤30 min humidity recovery after door cycle


Dry Cabinet LE-DC204

Dry Cabinet LE-DC204

Dry Cabinet LE-DC204 FAQ's

1: Why are these cabinets preferred for ultra-sensitive storage?

These cabinets maintain humidity below 5% RH, providing ultra-low moisture conditions ideal for delicate components.

2: How does their design ensure security?

Their flat-press zinc alloy lock system enhances airtight sealing and prevents unauthorized access.

3: How do they help in research environments?

They deliver stable, precise, and silent humidity control, ensuring sensitive samples are preserved without disruption.

4: What makes it reliable for small-scale storage?

It offers a compact 98L capacity with adjustable shelving, making it efficient for laboratories and specialized use.

5: How does our cabinet maintain performance without manual effort?

Our cabinet is integrated with a fully automatic moisture control system, ensuring continuous operation without intervention.

6: What is a Dry Cabinet and what is it used for?

A Dry Cabinet is a storage unit designed to maintain a low-humidity environment, ideal for preserving moisture-sensitive items such as laboratory samples.

7: How does a Dry Cabinet maintain precise relative humidity levels?

Dry Cabinets use advanced desiccant or dehumidification systems to absorb and remove moisture from the internal environment. These systems are controlled by digital sensors and microprocessors that constantly monitor and adjust RH levels.

8: How does the memory function improve operational ease?

It eliminates the need for manual reprogramming by automatically restoring previous settings when the cabinet is restarted, saving time and reducing human error.

9: What role do integrated sensors play in a Dry Cabinet?

Integrated sensors monitor environmental parameters such as relative humidity and temperature in real time, allowing the system to maintain optimal storage conditions for moisture-sensitive items.

10: Do these systems work in varying ambient conditions?

Yes, advanced dehumidification systems are designed to adapt to ambient temperature and humidity changes, maintaining internal relative humidity stability regardless of external fluctuations.

Related Models Of Dry Cabinet

Lab Expo Dry Cabinet supports controlled low-humidity storage where moisture protection is critical for sensitive components and materials. This cabinet dry system operates with regulated dehumidification to maintain defined RH levels and prevent moisture-related degradation. High-sensitivity sensors provide real-time condition monitoring, while digital controls with memory functions ensure consistent settings. Robust sealing and durable build support uniform humidity control and stable, repeatable storage performance for continuous technical use.