| Customization: | Available |
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| After-sales Service: | Online |
| Warranty: | 1 Year |
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BGD 886-T Cyclic Corrosion Test (CCT&CRH) Cabinets Multi-function Salt SprayHumidity Composite Corrosion Tester
Description:
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. In order to better simulate the complex and changeable external natural environment, cyclic corrosion test has gradually been considered as an important and effective method for the life assessment of industrial products.
The Cyclic Corrosion Test Cabinets is also called CCT&CRH Cabinets. Some industrial products need to be exposed to repeated cyclic salt spray, dry and static environment with high humidity and low humidity. These tests were initially switched between several test chambers manually. The multi-functional Cyclic Corrosion Test Cabinets solves this problem well, and realizes the automatic test of these cycles in a chamber.
In a typical cyclic corrosion cabinets, all specimens are exposed to a series of different environments in a repetitive cycle that simulates the outdoors. Simple cycles, such as Prohesion, may consist of cycling between salt fog and dry conditions. More sophisticated automotive methods may ask for multi-step cycles that incorporate humidity, dry air or condensation, along with salt spray and dry-off.
Within one chamber,users can cycle easily through a series of the most significant corrosion environments. Even extremely complex test cycles can easily be programmed with the controller. Biuged CCT&CRH Cabinets can perform salt spray, Prohesion, and 100% humidity for most cyclic automotive tests.
The Cyclic Corrosion Test Cabinets developed and produced by Biuged sets and controls various parameters through the touch screen, and combines multiple tests such as salt spray corrosion, humidity (high temperature and high humidity, low temperature and low humidity), air drying (hot drying and air drying) to simulate a variety of cyclic corrosion tests. Of course, special cyclic corrosion test can also be simulated through the combination of other accessories. The instrument can also conduct neutral salt spray test (NSS), acetic acid salt spray test (AASS), copper accelerated acetic acid salt spray test (CASS), water spray test, damp heat test, drying test and standard atmospheric environment test separately.
BGD 886-T Cyclic Corrosion Test (CCT&CRH) Cabinets Multi-function Salt SprayHumidity Composite Corrosion Tester
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Ordering Information → Technical Parameters↓ |
BGD 886/T |
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Working room size(W×H×D)(mm) |
1200×800×1000 |
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Working Room Capacity (no including V shape cover) |
960 L |
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Overall Size(W×H×D)(mm) |
2500×1650×1220 |
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Power/Max. Current |
28.6KW/31A |
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Power Supply |
AC 380V 3 phase 31A |
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Temperature Range |
20ºC~70ºC(Continuously adjustable) |
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Temperature Uniformity |
≤ 2ºC(When RH ≥ 75%); ≤ 3ºC(When RH<75%) |
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Temperature Stability |
± 0.5ºC |
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Temperature Rise and Fall Rate |
15ºC → 70ºC>=3ºC/min (no-load conditions during whole process average) 70ºC → 15ºC>=1.2ºC/min (no-load conditions during whole process average) |
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Humidity Range |
20%~98% (Adjustable in P136 range) |
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Humidity Uniformity |
≤ 2%RH~3%RH(When RH ≥ 75%); ± 5% RH(When RH<75%) |
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Humidity Stability |
± 2% RH |
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Salt Fog Precipitation |
1ml~2ml/ 80cm2.h(Adjustable) |
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Salt Fog Precipitation Uniformity |
±0.5ml/80cm2.h (Collect 16 hours or more) |
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Spray Method |
Continuous or Cyclical |
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Required Work Environment |
Tem: 5~30ºC; RH: 45%~85%RH; Barometric Pressure: 86kPa~106kPa |
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Required Air Supply |
Air consumption: 4m3/h, Pressured air without water and oil which has been dried and filtered, pressure is (0.4~0.8)Mpa. |
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Required Water Supply |
It meets the secondary water standard specified in ISO 3696 water specification and test method standard for analytical laboratory. The water supply pressure is within the range of 0.1MPa ~ 0.4MPa. The instrument reserves 1/4 "internal teeth for water supply interface. Note:Distilled water or deionized water is required for preparing spray solution, |
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Exhaust and drainage |
The exhaust pipe of the instrument shall be extended to the outdoor designated position, and shall be led out of the room through opening in the wall near the instrument installation. The exhaust pipe shall not be kept unblocked without water. The exhaust pipe diameter shall be Ф 50mm; The instrument drainage pipeline shall be extended to the outside, and the drainage pipeline shall be unblocked. The drainage outlet shall be lower than the instrument drainage outlet, and the drainage pipe diameter shall be Ф 1/2". |
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