Condensation Test Chamber

A condensation test chamber is a device used to simulate conditions where condensation forms on the surface of objects. It replicates high-humidity environments by controlling the temperature and humidity inside the chamber. The air inside the chamber is heated to increase its humidity. When the warm air encounters cold surfaces within the chamber, condensation occurs. The condensation test chamber utilizes this principle to simulate high-humidity environments, evaluating the performance and stability of products or materials under damp conditions.

Application Areas

Condensation test chambers are widely used in various fields, including but not limited to:

Materials Science: Used to test the durability, corrosion resistance, and stability of materials.

Electronic Devices: Used to test the stability and reliability of electronic devices in high-humidity environments, such as moisture resistance and anti-corrosion properties.

Chemical Field: Used to test the stability and reactivity of chemical substances in high-humidity environments, such as hygroscopicity and stability.

This product meets the requirements of the VW80000 standard for K-15 condensation tests with component groups, as well as other relevant standards. It is designed and manufactured strictly in accordance with GB/T10586-2006 "Technical Conditions for Damp Heat Test Chambers."

Model: AP-NL-400A

Working Chamber Dimensions: 800×800×700 mm (Width×Height×Depth)

External Dimensions (Approx.): 1600×1900×1000 mm (Width×Height×Depth)

• Temperature Range: 10°C to 100°C

• Temperature Uniformity: ≤ 2°C (when unloaded)

• Temperature Fluctuation: ±0.5°C (when unloaded)

• Temperature Deviation: ≤±2°C

• Water Tank Temperature Range: 10°C to 80°C

• Temperature Uniformity: ≤ 2°C (when unloaded)

• Temperature Fluctuation: ±0.5°C (when unloaded)

• Temperature Deviation: ≤±2°C

Test Process (Using DIN50017 Standard as an Example)

When conducting condensation tests, it is generally necessary to follow specific standards, such as DIN50017. Below is the general test process for a condensation test chamber under this standard:

Throughout the specified or agreed test duration, the effective space inside the chamber must maintain the specified temperature to sustain the condensation process continuously.

If intermediate evaluation is necessary, the specimen should be removed without turning off the heating power of the artificial climate test chamber. After evaluation, it should be immediately returned to the test chamber.

Alternating condensation tests (such as KFW or KTW) typically consist of two phases: the first phase involves a temperature of 40±3°C and 100% humidity for 8 hours; the second phase involves stopping the heating, ventilating, and checking the water level in the tank after 16 hours, replenishing water if necessary. The chamber door is then closed, and heating is restarted to begin a new cycle.

Advantages and Disadvantages

The advantage of a condensation test chamber lies in its ability to simulate high-humidity environments, thereby testing the stability and durability of materials or products under such conditions. However, it also has some limitations, such as only being able to simulate high-humidity environments and not other environmental factors that may affect materials or products. Additionally, condensation test chambers may have issues with imprecise temperature and humidity control.

Precautions

When using a condensation test chamber, strictly follow the operating procedures to avoid damaging the equipment or affecting test results.

Regularly maintain and service the condensation test chamber to ensure its normal operation and extend its service life.

When selecting a condensation test chamber, consider factors such as the device's performance, accuracy, stability, and reliability to meet your testing needs.

In summary, the condensation test chamber is an important testing device widely used in various fields. Understanding its working principles, application areas, test processes, advantages and disadvantages, as well as market prices and brands, can help users better select and use condensation test chambers.