 |
The heat generated in the enclosure is transferred from the enclosure inside air to the liquid coolant in the closed coolant circuit of the cooling unit, causing this coolant to evaporate.
Upon subsequent compression, the hot gaseous coolant transfers the heat in turn to the ambient air in the condenser. The coolant becomes liquid once more and can be sprayed back into the evaporator via an expansion valve.
The inside-air and ambient-air flows are hermetically separated from each other and are controlled by separate fans.
Microcontrollers are fitted into the cooling units to monitor their proper functioning. |
| |
|
| |
|
| |
|
| |
|
|
| Further online seminar |
- Get to know more and check your knowledge on electromagnetic compatibility
- EMC basics
|
| |
| Request certificate |
- After passing each progress test, you will receive a corresponding password.
- After succesfully completing all five sections, you can enter the passwords you received to get your seminar certificate.
- Request now
|
| |
| |
|
