Dry Storage Cabinet LDYS-T2011

Introduction

Dry storage cabinet has a 160L capacity and maintains humidity at less than 5%RH automatically. It features memory functionality, retaining settings after power interruptions. It ensures consistent humidity control with an advanced dehumidification system. Its robust construction includes high accuracy humidity and temperature sensors. Our dry storage cabinet provides a secure, long-term solution for sensitive component storage.

This drying cabinet is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our dry storage cabinet is ideal for storing and other humidity-sensitive components, especially in electronics assembly and lab environments where low humidity is essential.

Specifications

Capacity	160 L
Humidity	Less than 5%RH Automatic
Shelves	3 pcs, Height adjustable
Maximum Load per Shelf	50 Kg
Color	Dark Blue, Non- safe
Static Resistance	106 to 108 Ω
Tempered Glass Thickness	3.2 mm
Galvanized Steel Thickness	1.2 mm
Recovery Time	Maximum 30 min after opened and closed for 30 Seconds
Power Consumption	10 W
Interior Dimension (W × D × H)	446 × 422 × 848 mm
Exterior Dimension (W × D × H)	448 × 450 × 1010 mm
Net Weight	31 Kg
Gross Weight	43 Kg

Features

Memory function

Galvanized steel

Tempered glass window

safe PU castors

Benchtop model

FAQs

1. Why is low-humidity storage important for electronic and semiconductor components?

Dry Storage Cabinet protects these components by maintaining an ultra-low humidity environment, preventing defects and extending product lifespan. Electronic and semiconductor components are highly sensitive to moisture, which can lead to oxidation, delamination, and reduced performance.

2. Is the It suitable for -sensitive materials?

Yes, the is built with -safe PU castors and features static resistance. This ensures that stored components remain protected from electrostatic discharge, making it ideal for delicate electronics and semiconductor materials.

3. How does the memory function benefit users?

includes a memory function that retains humidity settings even after power interruptions. This feature is essential for industries requiring continuous storage stability, ensuring that humidity control resumes immediately once power is restored.

4. How does the compare to traditional desiccant-based storage solutions?

provides automated, maintenance-free humidity control, unlike traditional desiccant-based storage that requires frequent maintenance and replacement. Its advanced dehumidification system ensures consistent performance, eliminating the need for manual adjustments.

5. How easy is it to install and set up our ?

is designed for plug-and-play operation. Simply connect it to a power source, set the desired humidity level, and the system automatically maintains optimal conditions. Its compact benchtop design ensures easy integration into existing workspaces.