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31～41 件を表示 ／ 全 41 件
Realization of environmental testing considering solar radiation.
Our "Temperature and Humidity Chamber with Solar Radiation Device" is a system that allows for testing with added solar radiation conditions in addition to temperature and humidity control. It is suitable for evaluation tests considering solar radiation effects, such as for outdoor equipment and automotive components.
Temperature and humidity control suitable for battery evaluation.
The "Constant Temperature and Humidity Chamber for Batteries" that we handle is designed to support the research, development, and evaluation testing of various types of batteries. In performance evaluation of batteries, including those for vehicles and stationary use, temperature conditions significantly affect battery characteristics and degradation behavior, making stable environmental control essential. This testing chamber is designed with consideration for the environmental temperature control performance and safety required for battery testing, and it can accommodate various evaluation applications. We also offer flexible customization according to the size of the test specimens and testing conditions. We are consulted as a testing device that provides a stable temperature environment for the development and evaluation testing of vehicle batteries, industrial batteries, energy storage systems, and more.
Continuous testing in low temperature and low humidity control areas is possible through evaporation temperature control!
Introducing the CosmoPia "Low Temperature and Low Humidity Compatible Series," which has expanded its temperature and humidity control range to 10°C / 10% RH. With evaporating temperature control, continuous testing in low temperature and low humidity control areas is possible. In the low temperature and low humidity control area, we have accommodated a sensible heat load of 500W through the control of evaporating temperature and compressor suction pressure. 【Features】 ■ Compatible with low temperature and low humidity testing ■ Supports continuous testing ■ Accommodates heat loads ■ Test chamber volume of 800L ■ Compatible with options equivalent to standard constant temperature and humidity chambers *For more details, please refer to the PDF materials or feel free to contact us.
Explosion-proof specifications designed for testing in a combustible atmosphere.
This is a temperature and humidity control chamber designed for tests involving flammable gases and combustible materials, with explosion-proof specifications. In tests involving flammable gases and combustible materials, the safety measures of the testing equipment itself are crucial. This product features a structure and component selection that takes explosion-proof measures into account, tailored to your requirements, achieving a balance between temperature and humidity control and safety. It is used for testing applications such as new refrigerant evaluations.
Safety design assuming a hydrogen environment
We offer a "Hydrogen Explosion-Proof Constant Temperature and Humidity Chamber" designed for tests involving hydrogen. Hydrogen is highly flammable, and a higher level of safety consideration is required in testing environments. This product adopts specifications that take into account explosion-proof structures and ventilation/exhaust designs, tailored to your needs, assuming hydrogen leakage. It can be utilized for evaluation tests of hydrogen-related components and materials.
Constant temperature and humidity environment suitable for flammable refrigerant testing.
Our company handles constant temperature and humidity chambers that can accommodate tests using A3 refrigerants such as R290 and A2L refrigerants such as R32. In tests involving flammable refrigerants, safety measures for refrigerant leakage are required. This product has been designed with considerations for ventilation and explosion prevention, making it suitable for evaluating equipment and components that use flammable refrigerants.
Design that takes into account the reduction of energy consumption.
Our "Energy-saving Constant Temperature and Humidity Chamber" is designed with a focus on reducing energy consumption during operation. It achieves a balance between stable temperature and humidity control and energy efficiency, even during long-term testing and continuous operation. It can be considered as an environmentally friendly testing facility.
Achieving humidity control even in low-temperature environments.
Our company offers constant temperature and humidity chambers designed for humidification operations in low-temperature environments. These chambers enable humidity control in low-temperature conditions, which has been difficult to reproduce in the past, allowing for evaluation tests of condensation, frost formation, and freezing behavior. They are utilized for equipment designed for cold regions and for the evaluation of electronic components.
Test environment considering brake wear dust.
Our company handles constant temperature and humidity chambers that take brake emissions into account. To accommodate test conditions assuming the generation and adhesion of brake wear dust, we have adopted a chamber structure designed with collectability in mind. These chambers are used for evaluation tests of automotive parts.
Safety design assuming abnormal conditions
Our company handles constant temperature chambers that take into account fire extinguishing measures in anticipation of abnormalities occurring during battery testing. In battery tests, including lithium-ion batteries, it is crucial to prepare for risks such as thermal runaway, smoke, and fire. This device has been designed with a focus on ensuring safety during abnormal situations, incorporating structural designs that consider collaboration with fire extinguishing equipment and fire suppression mechanisms. This allows for a reduction in risks during testing while supporting the continuation of evaluation tests. We are considering this device as a means to establish a testing environment that prioritizes safety in the research and development and safety evaluation of automotive batteries and energy storage batteries.
