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Dry Cabinet LE-DC305 is a 718L capacity ESD safe unit designed for fast dehumidification. Built-in humidity regulation enables precise adjustment within a 10% to 20% RH range. Integrated high performance sensors provide accurate humidity and temperature monitoring with consistent reliability. Incorporated memory function retains set values after power interruptions. Our Dry Cabinet is well suited for automotive parts, aerospace, SMT, and any application requiring low humidity-controlled storage.
Specifications
| Capacity | 718L |
| Humidity | 10% to 20% RH |
| ESD Type | Yes |
| Recovery Time | Maximum 30 min After Open Door 30 Seconds Then Closed |
| Ambient Temperature | 25℃ |
| No of Shelves | 5 |
| Maximum Load per Shelf | 80 Kg |
| Power Consumption | 8W |
| Interior Dimension | 596 × 682 × 1723mm |
| Exterior Dimension | 598 × 710 × 1910mm |
| Net Weight | 84 Kg |
| Gross Weight | 105 Kg |
Features
Applications
Function Implementation SMT component control 10–20% RH environment stabilizing devices before assembly Automotive electronics storage Low-humidity chamber reducing corrosion and moisture defects Aerospace part preservation Static-safe cabinet maintaining controlled dry conditions PCB and IC handling Monitored RH control with data logging for quality tracking Industrial production support 718 L organized storage with ≤30 min humidity recovery
Catalog
1: What makes this cabinet different from general storage units?
These dry cabinets are engineered with ESD-safe construction and ultra-low humidity regulation, offering superior protection for static-sensitive and moisture-prone components.
2: How do the sensors enhance its performance?
Their high-performance humidity and temperature sensors deliver precise monitoring, ensuring stable internal conditions at all times.
3: Can users rely on its settings after power outages?
They are equipped with a memory function that automatically restores pre-set values once the power supply resumes.
4: Why is this cabinet considered highly secure?
It integrates a flat press zinc alloy lock with an anti-theft function, making it both safe and reliable for storing valuable components.
5: What industries benefit the most from using this model?
Our Dry Cabinet is particularly beneficial in electronics, automotive, aerospace, and SMT manufacturing where consistent low-humidity storage is critical.
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.
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.
