【 Compliant with Standard 】◇ GB/T10588 ◇ GJB150.10A 【 Product Usage 】 This series of products is suitable for testing the performance indicators of aerospace products, materials, electronic products, and various electronic components in a warm and hot environment
【 Compliant with standards 】 ◇ GB/T10588 ◇ GJB150.10A This series of products is suitable for testing the performance indicators of aerospace products, materials, electronic products, and various electronic components in a warm environment. The box is processed and formed by CNC machine tools, with a beautiful and elegant shape, and adopts non reactive handles for easy operation. The inner shell of the box is made of stainless steel (SUS304) mirror panel, and the outer shell of the box is made of galvanized steel plate, treated with phosphating electrostatic spraying, which increases the appearance texture and cleanliness. The water replenishment tank is located at the bottom right of the control box and has automatic water shortage protection, making it more convenient for operators to replenish water sources. The large observation window is equipped with lighting to keep the inside of the box bright, and uses tempered glass embedded in the heating body to observe the condition inside the box clearly at any time. Separating the humidification system pipeline from the control circuit board can prevent malfunctions caused by water leakage in the humidification pipeline and improve safety. The waterway system pipeline circuit system adopts a door type opening, which is convenient for maintenance and inspection. The insulation of the box is made of ultra-fine fiber glass insulation cotton, which can avoid unnecessary energy loss. A test hole with a diameter of 50mm is opened on the left side of the box, which can be used for external testing power or signal lines. Freezing and air circulation system Using a multi wing air circulation system to avoid any dead corners can ensure even temperature distribution within the testing area. The design of wind path circulation for air outlet and return ensures that the wind pressure and speed meet the testing standards, and can quickly stabilize the temperature at the moment of opening the door. The independent heating, cooling, and humidification system can improve efficiency, reduce testing costs, extend lifespan, and lower failure rates. [Specifications and Technical Parameters]
model
（ J ） MS-100
(J)MS-225
(J)MS-500
(J)MS-010
studio dimensions D × W × H
450 × 450 × 450
500 × 600 × 750
700 × 800 × 900
1000 × 1000 × 1000
Overall dimensions D × W × H
1080 × 880 × 1650
1150 × 1060 × 1900
1450 × 1280 × 2000
1650 × 1480 × 2100
performance metrics
temperature range
20 ℃ -80 ℃
humidity range
45%-98%R · H
volatility
≤± 0.5 ℃
uniformity
≤± 2 ℃
humidity deviation
+2 ， -3% R · H
warm-up time
20 ℃ -80 ℃ about 30min
cooling time
80 ℃ -20 ℃ about t 30min
Temperature and humidity operation control system
controller
Programmable touch LCD Chinese dialogue style / Microcomputer temperature and humidity integrated controller
dehumidification system
Adopting evaporator coil dew point temperature laminar contact dehumidification method
water supply system
The humidification water supply adopts automatic control and can recover residual water . Water conservation and consumption reduction
refrigeration system
Fully enclosed air-cooled single-stage compression refrigeration method / The original French "Taikang" compressor adopts a unit dehumidification system design for the refrigeration system.
Note: 1 The“ MS ”The model of the mold test chamber. “ JMS ”For alternating toxin testing chamber;
2 The above data are all at ambient temperature（ RT ） 25 ℃. Measured under no-load conditions in the studio ;
3 The“ MS' The controller for the mold test box is LED display PID Microcomputer controlled instruments. (Directly display%) R-H ）
