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Technical Parameters ↓ |
BGD 886/S | BGD 887/S | BGD 888/S |
Working Room Size(W×H×D),mm | 900×400×600 | 1250×500×1000 | 1600×500×1000 |
Working Room Capacity
(no including V shape cover) |
216 L | 600 L | 800 L |
Overall Size(W×H×D),mm | 2450×1550×1430 | 2830×1560×1830 | 3230×1656×1830 |
Power/Max. Current | 16KW/21A | 23.6KW/28A | 28KW/35A |
Power Supply | AC 380V 3 phase 20A | AC 380V 3 phase 23A | AC 380V 3 phase 25A |
Temperature Range | RT+10℃~80℃ | ||
Temperature Uniformity | ± 2℃ | ||
Temperature Stablity | ± 0.5℃ | ||
Humidity Range | 20%~98% | ||
Humidity Uniformity | ± 5% RH | ||
Humidity Stablity | ± 2% RH | ||
Salt Fog Precipitation | 1~2ml/ 80cm2.h(Adjustable) | ||
Spray Method | Continuous or Cyclical | ||
Required Work Environment | Tem.: 5~30℃;RH: 45%~85%RH;Barometric Pressure:86kPa~106kPa | ||
Required Air Supply | Air consumption: 1m3/h, Pressured air without water and oil which has been dried and filtered, pressure is (0.4~0.8)Mpa | ||
Required Water Supply | Supplied by tap water, which is used for humidifier to pressure, heat and filter air. Water pressure should be (0.2~0.4)Mpa
Note:Distilled water or deionized water is required for preparing spray solution, water consumption is near 20L/24hour under continuous spraying) |
BIUGED – Cyclic Corrosion Test(CCT)Cabinets
For most artifical accelerated tests in laboratory, getting a consistent testing results with outdoor is the most important purpose. Prior to cyclic corrosion testing, conventional salt spray (a continuous salt spray at 35˚C), was the most popular way to simulate corrosion in a lab. Because conventional salt spray methods failed to simulate the natural wet/dry cycles of the outdoors, test results frequently provided poor correlation to outdoors.
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