Artificial weather device [Irradiation and rainfall possible! For performance and durability testing of building materials, etc.!]
MIT-645-3-01 type
Reproducible weather conditions such as temperature and humidity changes, rainfall, and solar radiation! For durability testing of building materials and more!
This device simultaneously reproduces different temperature and humidity environments for indoor and outdoor conditions, allowing for the measurement of the performance and durability of building materials and other components. We design and manufacture temperature and humidity control systems, irradiation devices, rainfall devices, etc., according to your requirements. Additionally, we can accommodate large-scale devices that test entire structures and measure the performance of residential equipment. 【Features】 - Both "two-room type" for reproducing outdoor and indoor environments and "one-room type" for reproducing outdoor environments are available. - The outdoor chamber can control temperatures from -30 to +60 °C, capable of simulating harsh cold weather conditions. - The irradiation device can be either movable or fixed, both options are available. - The rainfall device can simulate heavy rain of up to 200 mm/h. - JIS A 4710 "Thermal Performance Testing of Building Components" can also be conducted. - Operation and control can be intuitively performed via a touch panel.
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basic information
【Specification Example (Two-Chamber Type: Low Temperature / Solar Radiation and Sprinkling Test Included)】 □ Operation: 10-inch color touch panel (User manual / Help function / Self-diagnosis function) □ Testable Items: Temperature / Humidity / Infrared irradiation (irradiation amount / temperature) / Sprinkling □ Temperature Control Range: [ Outdoor Chamber ]: -30 to +20 ℃ ± 1 ℃ [ Indoor Chamber ]: +10 to +20 ℃ ± 1 ℃ □ Humidity Control Range: [ Outdoor Chamber ]: 30 to 70 % RH ± 5 % (at 20 ℃) [ Indoor Chamber ]: 50 to 80 % RH ± 5 % (at 20 ℃) □ Irradiation Device: - Infrared - Maximum Irradiation Amount: Approximately 1000 W/m² - Fully reinforced glass to block outdoor chamber environment - Dehumidifier installed to prevent condensation during freezing □ Sprinkling Device: - Spray nozzle type - 1 ℓ/m³·min *Temperature and humidity control, irradiation devices, rainfall devices, etc., can be designed and manufactured according to your requirements. Please feel free to contact us.
Price information
We can flexibly accommodate sizes and specifications not listed. Please feel free to contact us.
Delivery Time
※The delivery date may vary depending on the order status, so please feel free to inquire at any time.
Applications/Examples of results
- JIS A 2101 "Building Components and Building Parts - Thermal Resistance and Thermal Transmittance - Calculation Methods" - JIS A 4710 "Test Methods for the Thermal Insulation of Building Fixtures"
Detailed information
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Not only can we design devices to test building components such as wall panels and sashes, but we can also design equipment to test the structures themselves. Marui can manufacture both types of artificial weather devices listed below. ○ "Two-room type" ... Simultaneously reproduces different temperature and humidity environments on the indoor and outdoor sides to conduct insulation performance and durability tests on building components such as wall panels and sashes. ○ "One-room type" ... Conducts performance tests on structures. After thoroughly understanding your requirements and testing conditions, we will propose and design the most suitable artificial weather device for you, including device size, temperature and humidity control range, irradiation, and rainfall devices.
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Weather conditions in cold regions can also be reproduced! Outdoor conditions can be temperature-controlled from -30 to +60 °C, allowing for the simulation of harsh outdoor temperatures in cold regions. Humidity can be controlled over a wide range of 20 to 80% RH, enabling environmental testing under various climate conditions. (We can also accommodate low humidity conditions in the range of 10 to 40 °C.) Additionally, the temperature and humidity control mechanism is designed for energy efficiency. (Note that the diagrams are examples. The range of temperature and humidity control may vary depending on specifications.)
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We provide irradiation devices tailored to your desired specifications. We will design and prepare irradiation devices according to your requirements. ● Movable type … Can be removed from the device when not needed. Suitable for users who will use the device for a wide range of testing applications. ● Fixed type … The irradiation device is embedded and installed in the walls (and ceiling) of an outdoor environmental chamber. Suitable for users who primarily conduct irradiation tests. Additionally, we control the devices using a unique method based on our accumulated know-how, ensuring stable temperature distribution and irradiation at any position of the test specimen.
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A rainfall device capable of reproducing heavy rain of 200mm/h has been designed and can be installed (based on performance data from a single-room type). Additionally, the floor is designed with a slope to ensure rapid drainage even when receiving such a large volume of water. Furthermore, it features a load-bearing structure suitable for the installation of test specimens using forklifts, as well as an insulated structure that prevents external condensation due to thermal conduction.
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It is also possible to conduct JIS A 4710 "Thermal Performance Testing of Building Components" (two-room type) by adding a "heating box," "airflow blowing device," and "recording device" to design the equipment for conducting the test.
Company information
Marui is promoting the development of new testing equipment and the automation of testing devices through the introduction of cutting-edge technology, and has released the automatic pressure testing machine "Hi-ACTIS-2000," a concrete freeze-thaw testing device, and the specimen surface polishing machine "Haikenma Tsuru Tsuru." Additionally, the simple ground bearing capacity measuring device "Caspole," developed through collaboration between government, academia, and the private sector, is also a significant achievement. To continue making further advancements as a comprehensive testing machine manufacturer that creates an environment for the 22nd century, and to meet our customers' expectations, we will continue to make even greater efforts.
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