Temperature and humidity cycling test machine for construction finishing materials [*Customizable options available*]
MIT-692-3-51/52 model
The direct circulation method maximally suppresses heat loss! Achieving testing with a stable temperature distribution.
The "Temperature Cycling Test Machine" for construction finishing materials adopts a "direct circulation method" that minimizes heat loss and ensures uniform temperature distribution. During the "cooling" cycle, stable cold air circulation is achieved by the cooler and fan installed in the test chamber. During the "immersion" cycle, constant temperature water from the water tank located at the bottom of the test chamber circulates, eliminating heat loss in the circulation path. Additionally, warm water returns to the water tank through "natural drop," reducing power consumption for circulation, making it an energy-efficient design. It complies with JIS A 6909. *If you are considering a custom test, it is also possible to design and manufacture a dedicated testing machine! We will propose a testing machine that matches your company after discussions. 【Features】 ■ Large color touch panel (10 inches) for easy operation and settings! ■ The water tank lid opens from the top, making cleaning and maintenance inside the tank easy! ■ The "self-diagnosis function" ensures peace of mind during troubleshooting! ■ The "test time reservation function" allows for efficient test planning! *For more details, please contact us or download the catalog to view.
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basic information
【Specifications】 □ Operation: 10-inch color touch panel (User manual / Help function / Total cycle and remaining cycle display / Melt and freeze end selection function / Freeze and melt gradient time setting function / Self-diagnosis function) □ Test cycle: (1) + 23 ℃ ± 2 ℃ / 18 hours immersion → (2) - 20 ℃ / 3 hours cooling → (3) + 50 ℃ ± 3 ℃ / 2 hours heating × 10 cycles □ Air temperature inside the test chamber: - 25 ℃ to + 60 ℃ with exhaust port □ Water temperature inside the water tank: + 5 ℃ to + 50 ℃ □ Material of the test chamber: Inner and outer SUS-304 with condensation prevention heater on the door □ Internal dimensions example: (MIT-692-3-51 model) W 900 × D 465 × H 400 mm (MIT-692-3-52 model) W 1200 × D 600 × H 400 mm □ External dimensions example: (MIT-692-3-51 model) W 1810 × D 1365 × H 1550 mm (MIT-692-3-52 model) W 2210 × D 1555 × H 1470 mm * We also accept changes to the test chamber size, so 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
It can also be used for the "air-freezing water-thawing method" test in the "Test Method for Freeze-Thaw of Exterior Building Materials." As an application, "wet-dry cycling test" is also possible (optional). - JIS A 6909 "Finishing Coatings for Buildings - Temperature Cycle Test -" - JIS A 1435 "Test Method for Freeze-Thaw of Exterior Building Materials - Air-Freezing Water-Thawing Method -"
Detailed information
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Design considering maintainability The motor for cold air circulation is external, making it less prone to troubles.
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Space-saving types are also available. We have compact space-saving types that do not protrude in front of the aquarium.
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The operation is easy to understand with a touch panel! You can easily manage operations and test conditions from the touch panel. In the event of any trouble, the abnormal areas, causes, and countermeasures will also be displayed on the touch panel, allowing you to address the issue immediately. It also automatically checks for leakage and displays the leakage points.
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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 polishing end face finishing machine "Haikenma Tsuru Tsuru." Additionally, the simple ground bearing capacity measuring device "Caspole," developed through joint efforts of government, academia, and industry, is also a significant achievement. To continue advancing 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 further efforts.