Vibration Climate Chamber is a testing equipment used to simulate combined environments of temperature and humidity changes and vibration. It is mainly applied in various industries, including aerospace, aviation, electronics, chemical, quality inspection and metrology, optoelectronics, and automotive, and can be used to conduct comprehensive stress screening tests on products such as electronic components and instrument materials to evaluate their adaptability to complex environments.
Vibration Climate Chamber is a testing equipment used to simulate combined environments of temperature and humidity changes and vibration. It is mainly applied in various industries, including aerospace, aviation, electronics, chemical, quality inspection and metrology, optoelectronics, and automotive, and can be used to conduct comprehensive stress screening tests on products such as electronic components and instrument materials to evaluate their adaptability to complex environments.
|
Model |
CZ-Z-408 (D~G) |
CZ-J-608 (D~G) |
CZ-J-800 (D~G) |
CZ-J-1000 (D~G) |
|
Internal Dimensions (W×H×D) (mm) |
600x850x800 |
800x950x800 |
1000x1000x800 |
1000x1000x1000 |
|
External Dimensions (W×H×D) (mm) |
1100x1710x1370 |
1300x1810x1370 |
1500x1860x1370 |
1500x1860x1570 |
|
Temperature Range |
-70°C ~ +100°C (+150°C) (D: -40°C; G: -70°C) |
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Humidity Range |
20%R.H ~ 98%R.H (10%R.H ~ 98%R.H / 5%R.H ~ 98%R.H are special options) |
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Temperature Range |
Approximately 3.0°C/min; Approximately 1.0°C/min (A cooling rate of 2°C/min ~ 15°C/min or above is a special option) |
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|
Model |
CZ-Z-408 (D~G) |
CZ-J-608 (D~G) |
CZ-J-800 (D~G) |
CZ-J-1000 (D~G) |
|
Internal Dimensions (W×H×D) (mm) |
600x850x800 |
800x950x800 |
1000x1000x800 |
1000x1000x1000 |
|
External Dimensions (W×H×D) (mm) |
1100x1710x1370 |
1300x1810x1370 |
1500x1860x1370 |
1500x1860x1570 |
|
Temperature Range |
-70°C ~ +100°C (+150°C) (D: -40°C; G: -70°C) |
|||
|
Humidity Range |
20%R.H ~ 98%R.H (10%R.H ~ 98%R.H / 5%R.H ~ 98%R.H are special options) |
|||
|
Temperature Range |
Approximately 3.0°C/min; Approximately 1.0°C/min (A cooling rate of 2°C/min ~ 15°C/min or above is a special option) |
|||