Cyclic Corrosion Test Chambers
Cyclic Corrosion Test Chambers, also been known as CCT chambers which perform cyclic corrosion tests. Four environments are available for standard models: Salt Spray, Dry-off, Wetting and Dwell, more optional environments e.g. Water Spraying, Solution Spraying, Controlled Humidity are available upon request.
Any combination of different environments may be programmed to occur sequentially in any order, to form a corrosion cycle which will then be performed automatically or repeated a preset number of times. Each environment can also be selected individually.
WTC/B
Basic models, for Prohesion, SWAAT, SO2 and Conventional Salt Spray.
These cyclic corrosion test chambers have full features of Salt Spray Chambers, and they are able to perform conventional Salt Spray cycle, and followed by Wetting(SWAAT), Drying(Prohesion) or SO2 cycles. These cycles could be programmed before testing and run automatically.
WTC/B cyclic corrosion test chambers meet the requirements of ASTM G 85 and other international standards.
WTC/A
Advanced CCT models, have full features and extra Controlled Humidity.
These cyclic corrosion test chambers have full features of WTC/B models, and they are built with Controlled Humidity function. This is implemented by equipping an Air Pretreat Conditioner inside the chambers. This facility makes the chambers meeting the most strictly international automotive testing standards like ISO 11997-1 CYCLE A, ISO 14993, Hyundai MS 600-66, JASO M609, JASO M 610, NES M0158 CCT-1, HES D6001-04A and more.
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Product Information
High quality LCD temperature and humidity controller
TEMI880 touch screen controller supplied from South Korea.
Testing programmable
Easy to use software enable you programme testing randomly. Total 120 sets and 1200 steps.
World class components
Key components are supplied by Omron, SMC, SNS, AWIMACH and more. Excellent components extend 5+ years more life span.
Innovational nozzle and diffuse device
Patent atomizing nozzle and coniform diffuse devices help to make fog more symmetrical.
Double protection
Double over-heating protection systems protect security of both machine and operator.
Defog after testing
RS232 as option
Item | Parameter | |
---|---|---|
Testing Volume | 270L - 1440L | |
Atomizing Nozzle Quantity | 1 - 2pcs | |
Solution Reservoir Volume | 40L | |
Unattended Operating Days | 3days | |
Cover Lifter | Available | |
Programmed Testing | Available | |
Bubble Tower Volume | 4L | |
Body Material | Stainless Steel and PVC | |
Salt Spray | Test Chamber Temp | Up to 60 C |
Bubble Tower Temp | Up to 70 C | |
Tests | NSS, CASS, AASS | |
Dry-off | Test Chamber Temp | Up to 60 C |
Test Chamber Humi | Not Control | |
Wetting | Test Chamber Temp | Ambient to 60 C |
Test Chamber Humi | 95%-100% RH Fixed | |
Dwell | No action is taken | |
Salt Fog Collection Rate | 0.5 - 3 ml/80 cm2/H | |
Spray Pressure | 0.8 - 2 kgf/cm2 | |
Power Source | Dependent on countries | |
Defogging | Available | |
Protection | Double over-heated protection |
ISO 9227
ISO 11997
JIS Z 2371
DIN 50021
EN 1670
SAE J 2334
IEC 60068-2-52 Part 2
ASTM B 117
ASTM B 368
ASTM D 1735
ASTM G 85 A1/A2/A3