Sand And Dust Test Chamber LSC-T2010

Introduction

Sand And Dust Test Chamber has a capacity of 512 chamber uses vibration to improve dust suspension and flow control. Ideal for assessing equipment durability in dry sand and particle-heavy environments.

This test equipment 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 Sand And Dust Test Chamber is designed for simulating severe desert and dust-laden conditions. Perfect for evaluating electronic, automotive, and military-grade products under dry particle exposure and ingress testing.

Specifications

Volume	512 L
Talcum Powder Amount	2 kg/m³ to 4 kg/m³
Metal Screen Spacing	50 μm
Line Spacing	75 μm
Blowing Dust Cycle	Programmable cycle control
Controller	touchscreen programmable unit
Operation Mode	Adjustable dust cycle and timer
Working Chamber Structure	Funnel-shaped with vibration
Shell Material	Cold rolled spray-coated steel
Internal Material	SUS304 stainless steel
Safety Features	Over-temperature, grounding protection
Power Supply	AC 220V/380V±10%, 50 Hz±0.5 Hz
Internal Dimensions (D×W×H)	800 × 800 × 800 mm
Weight	300 kg

Features

Touchscreen programmable controller

Dust infiltration testing

Abrasion resistance testing

Accelerated test mechanism

Circulating air duct

Vacuum extraction system

Safety protection system

FAQs

1. What types of tests can the Sand And Dust Test Chamber perform?

The Sand And Dust Test Chamber is built to simulate desert-like conditions and dusty environments. It supports various dust circulation modes to test the durability and sealing of products exposed to airborne particles. This includes assessments for ingress protection and endurance under dry particulate exposure. It’s particularly useful for evaluating automotive, aerospace, and electronic components.

2. How does the Sand And Dust Test Chamber ensure uniform dust distribution?

Sand And Dust Test Chamber features a well-designed dust circulation system with vibration support to maintain even dispersion. The chamber minimizes dust accumulation at the bottom, helping particles remain airborne throughout the cycle. This uniform distribution ensures that all parts of the sample receive consistent exposure. It improves the repeatability and reliability of each test.

3. Can the Sand And Dust Test Chamber be used for electronics testing?

The Sand And Dust Test Chamber is highly suitable for electronics, particularly for devices that need to meet IP-level dust protection standards. It helps identify how well sealed the product is against fine particles. The chamber recreates dry, dusty conditions that can interfere with circuit integrity and insulation. This enables users to assess performance and long-term durability.

4. How user-friendly is the control interface on the Sand And Dust Test Chamber ?

Sand And Dust Test Chamber is equipped with a touchscreen controller that simplifies operation. Users can customize testing parameters such as airflow, cycle time, and dust dispersion with ease. The interface offers clear display menus and real-time monitoring options. It allows technicians to manage complex test programs without difficulty.

5. What safety features are included in the Sand And Dust Test Chamber?

The Sand And Dust Test Chamber includes multiple safety features such as sealed enclosures and over-temperature protection. These safeguards help prevent accidental exposure to dust and protect internal components. The system is designed to contain all dust within the chamber, avoiding contamination of the surrounding area. It ensures safe operation during long test runs.

6. How often does the Sand And Dust Test Chamber require maintenance?

The Sand And Dust Test Chamber requires routine maintenance to maintain optimal performance. Users should check filters, seals, and the dust delivery system at regular intervals. Light cleaning after each use prevents buildup of fine particles inside the chamber. Scheduled maintenance helps avoid test interruptions and extends equipment lifespan.