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Dry Cabinet LE-DC403 is an ESD safe storage unit with a 435L capacity and automatic humidity control below 5% RH. Integrated electronically controlled dehumidifying system effectively eliminates moisture while blocking dust contamination. Built-in LED display ensures easy monitoring for critical storage. Incorporated combination safety locks offer enhanced protection and restricted access. Our Dry Cabinet is ideal for semiconductor devices, PCBs, and SMT components.
$4,229.00 $ 3524
| Capacity | 435L |
| Humidity | Less Than 5% RH |
| ESD Type | Yes |
| Recovery Time | Maximum 30 min After Open Door 30 Seconds Then Closed |
| Ambient Temperature | 25℃ |
| No of Shelves | 3 |
| Maximum Load per Shelf | 80 Kg |
| Power Consumption | 10W |
| Interior Dimension | 898 × 572 × 848mm |
| Exterior Dimension | 900 × 600 × 1010mm |
| Net Weight | 59 Kg |
| Gross Weight | 82 Kg |
Function Implementation Semiconductor device protection <5% RH environment minimizing moisture-related defects PCB preservation Ultra-dry chamber reducing delamination and soldering issues SMT component storage Controlled low humidity stabilizing parts before assembly Secure component management Combination lock restricting unauthorized access Electronics manufacturing support 435 L monitored storage with ≤30 min humidity recovery
1: How does the cabinet protect against both humidity and dust contamination?
Their electronically controlled dehumidifying system not only maintains RH below 5% but also blocks dust intrusion for cleaner storage.
2: Which types of materials benefit most from this cabinet’s ultra-low humidity storage?
These cabinets are designed for safe storage of semiconductor devices, PCBs, SMT components, and other moisture-sensitive electronics.
3: What safety and monitoring features does this unit include?
They come equipped with a user-friendly LED display, over-humidity alarms, and door-opening alarms for added security and control.
4: How does the cabinet ensure restricted access to critical components?
It is integrated with combination safety locks, preventing unauthorized access and protecting valuable stored materials.
5: Why is this model suitable for high-reliability industries?
Our Dry Cabinet provides precise humidity control, stable performance, and advanced monitoring features, making it ideal for semiconductor and electronics sectors.
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.
