Environmental Climate Simulation Temperature Humidity Test Chamber for Semiconductor Components

Environmental Climate Simulation Temperature Humidity Test Chamber for Semiconductor Components

Specifications:-

Warranty:-1 year, 1 Year

Certification:-UL, GS

Material:-SUS 304 Stainless Steel

Temperature deviation:-≤ ± 2 ℃

Heating time:-about 4 ℃/min (no-load nonlinear)

Temperature fluctuation:-± 0.5 ℃

Model Number:-D436

Customized support:-OEM, ODM

Temperature range:–70℃ ~ 150℃

Cooling time:-about 1 ℃/min (no-load nonlinear)

Power:-Electronic

Standard:-IEC 68

Humidity range:-20% – 98% R.H

Humidity fluctuation:-± 2.5% R.H

Product Description

Environmental Climate Simulation Temperature Humidity Test Chamber for Semiconductor Components

Main parameters: refers to the air-cooled at room temperature 20 ℃, no load
Size	Laboratory space: W600 x H750 x D500 mm
Temperature range	– 70 ℃ ~ 150 ℃
Temperature fluctuation	± 0.5 ℃
Temperature deviation	≤± 2 ℃
Heating time	about 4 degrees / min (no-load nonlinear)
Cooling time	about 1 degree / min (no-load nonlinear)
Humidity range	20% – 98% R.H
Humidity fluctuation	± 2.5% R.H
Humidity deviation	≤ 3%

Surrounding environment:-

Allowable temperature range: 0 ~ 35 ℃
Performance guarantee range: 5 ~ 35 ℃
Relative humidity: no more than 85%
Atmospheric pressure: 86 ~ 106 kpa
there is no strong vibration around

Frequently Asked Questions:-

What is Humidity Test Chamber?

It simulates the humidity conditions of solar panels that are exposed example outdoor temperature on a product or material, temperature and telecommunications equipment have effects that a range of for or photovoltaic to humidity conditions.

What is Environmental Climate Simulation?

An environment simulation qualifies products for a given environment and may uncover cause-effect relationships, and conditions and as economically environmentally sound as well as developing sustainable product optimizes.

What is the purpose of a climate model?

Climate models may be seasonal, annual, or decadal,  understanding due to natural variability, and predictability of are important tools for improving our climate behavior time scales. Models investigate the degree to which observed climate changes and centennial are a human activity or a combination of both.

How will climate affect us?

Human health is expected to cause more transmitted many of these health heat stress, and by insects and rodents. Extreme weather events can compound. The changing environment waterborne increase is vulnerable to climate change diseases, poor air quality, and disease threats.

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