shirley@deruitest.com

+86 155 8032 7593

EN

EN

CN

Vibration Shaker and Simulated Transportation Tester

High pressure accelerated aging testing machine / HAST chamber

HAST (Highly Accelerated Stress Test) is a type of test that is used to evaluate the reliability of electronic components and other materials under high temperatures and humidity. A HAST test chamber ...

Inquire Now
Description

1728722268428959

The Highly Accelerated Stress Test (HAST) chamber is an advanced environmental testing equipment designed to simulate the long-term effects of temperature and humidity on materials and products. This cutting-edge technology accelerates the aging process, allowing for the rapid identification of potential failures and defects that might otherwise take weeks or months to manifest under normal conditions.

The HAST chamber operates by subjecting samples to elevated temperatures above 100°C, combined with high humidity levels ranging from 65% to 100% R.H, and specified pressures. This extreme environment is controlled within a cylindrical inner workspace, which maximizes the product loading capacity and ensures even distribution of stress factors across the samples .

1729046539448928

1. Humidity Control: Offers both saturated and unsaturated humidity levels, following EIA/JEDEC standards for precise control.

2. User Interface: Features a touch-screen panel for easy monitoring of temperature, humidity, and test duration.

3. Safety Features: Includes overheat and over-pressure protection, a secure door lock, and an automatic power-off in case of alarms.

4. Flexible Testing: Capable of conducting various tests with temperatures up to 155°C and pressures up to 3.5kg/cm².

5. Data Handling: Supports data logging via USB and offers remote control options.

6. Durable Construction: Built with a SUS 304 stainless steel inner cylinder and a corrosion-resistant exterior.

7. Cooling Efficiency: Employs a V-type condenser for quick cooling and stable temperature management.

hast

Processed in 0.119889 Second , 128 querys.