Product Details
80L 190L 335L 6000L 1000L High Low Temperature Humidity Test
Chamber
Functions:
Constant temperature and humidity test chambers are precision
equipment used to create stable environmental conditions to
evaluate the performance and reliability of products and materials.
Their key features include:
- Temperature Control: Wide range from -70°C to +150°C, depending on the model.
- Humidity Regulation: Maintains relative humidity from 10% to 98%.
- Precise Control: High accuracy in temperature and humidity regulation for reliable
testing.
- Customizable Test Cycles: Automated programs for short-term or long-term testing.
Applications:
These chambers are widely used in various industries for testing
product endurance and quality under controlled temperature and
humidity conditions, such as:
- Electronics: Verifying the durability of circuit boards, semiconductors, and
electronic devices.
- Automotive: Testing vehicle components like sensors, interiors, and
electronics.
- Aerospace: Assessing material performance under extreme environmental
conditions.
- Pharmaceuticals: Conducting stability tests for drugs and medical devices.
- Textiles and Plastics: Evaluating the durability and stability of fabrics and polymers.
Specifications
Model | | | | | | | | |
Test Space Volume(L) | | | | |
Temperature Test Parameters: |
Temp. Range (℃) | | | | | | | | |
Temp.Constancy(℃) | |
Temp.Homogeneity(℃) | |
Heating Rate (℃/min) | | | | | | | | |
Cooling Rate (℃/min) | | | | | | | | |
Temp. Max. Thermal Compensation(W) | | | | | | | | |
Climate Test Parameters: |
Dewpoint Temp. Range (℃) | |
Humid. Range (%RH) | |
Humid. Constancy(%RH) | |
Temp. Constancy(℃) | |
Temp. Homogeneity(℃) | |
Temp and Humid Max. Thermal Compensation(W) | | | | | | | | |
Power | |
Cooling Methods | |
|
Options | Standard Version |
☆ Independent sensors for specimen protection | ☆ 3 Power outlets for specimens |
☆ 1 Entry port φ 100mm | ☆ Left and right entry ports φ 50mm |
☆ Drier filter for compressing air | ☆ Silicon stoppers for entry ports |
☆ Automatic water supply device | ☆ 2 Stainless steel shelves |
☆ Nitrogen gas auxiliary device | ☆ 1 Water tank with 20L |
☆ Water-Cooled unit | ☆ 1 Water filter |
☆ Spare parts package | |
☆ E-management and Cybersoftware | |
☆ APP for mobility management | |
Structure
Composition
1 Exterior material: Both sides static coated cold rolled steel
2 Interior material: SUS304 Stainless steel
3 Insulation material: Rigid polyurethane foam insulation layer
Load-bearing
1 Shelves load capacity:≤50Kg(averagely loaded)
2 Test case frame bearing capacity:≤20Kg(averagely loaded)
3 Test space total load weight(shelves and bottom)≤80kg
Chamber door
1 Single door with hinges on the left;
2 Door size:580×750 mm(W×H);
3 Silicon rubber equipped and heating system inside for
anti-condensation
Observation window
Size:280×400mm(W×H), coated heating anti frost hollow glass
Circulation Air
Full coverage, no temperature difference type air duct structure
system: (Patent No:ZL201220245356.8)
Design structure of moisture dripping proof
Drip proof protection structure for sample:(Patent No:ZL201220244190.8)
Company Profile
For over 20 years, Envsin has been a trusted provider of
environmental simulation and reliability testing solutions. We’ve
served more than 170 Fortune 500 companies and over 1,000 small and
medium-sized enterprises across 37 countries worldwide. Our
expertise spans the development and production of standard and
custom testing chambers, including constant temperature and
humidity chambers, high and low temperature chambers, thermal shock
chambers, aging chambers, and large-scale walk-in chambers. We also
specialize in complex environmental testing chambers for salt
spray, dust, water resistance, rain, light exposure, pressure, and
more.
Guided by the principles of dedication, professionalism,
innovation, and excellence, Envsin is committed to creating a
sustainable future through advanced testing solutions. Our team is
focused on becoming a global leader in the industry, advancing
technological progress, and consistently contributing to the
development of the instrument testing sector.