Cooling case for computer cabinet
- Teilen
Cooling case for computer cabinet
This is a 700~1000W air cooled water chiller, and compressor is used for production a large amount of cold capacity. It is small and light, and can be made into a 3U~4U computer case for putting into a cabinet.
This cooling system can be applied for portable low power rate laser machine, medical quick cooling system, scient test, vehicel-mounted/plane-mounted cooling.
1. Features
| ①Enerfy conservation: Using frequncy conversion dual system design, when the power rate is very low, only one system will work. So it can save energy and backup for each other. | ②High efficiency： The refrigeration efficiency of the small micro refrigeration system is about 2, which is 5 times of the semiconductor refrigeration efficiency, and is far higher than other refrigeration and cooling methods. |
| ③High pump head： Brushless variable frequency pump can provide high hydraulic head and big flow rate. | ④Precisely control temperature: Temperature can be set on the LCD, and temperature controlling error is ±1℃. |
| ⑤Design as 3U computer case, easy for install： The shape is same as a computer case, it can be installed on the cabinet directly. | ⑥Safe and reliabel: |
| ⑦Good environmental adaptability： It can work at 0.5 bar(high altitude) ~1 bar environment. |
2.Product structure and parameters
2.1 Name coding rules
2.2 Product configuration
| No | Application type | Application name | Application instruction |
|---|---|---|---|
| 1 | Host | Compressor | Micro DC frequency variation compressor |
| 2 | Evaporation | Micro-channel heat exchanger | |
| 3 | Condenser | Concurrent flow micro-channel heat exchanger | |
| 4 | Refrigerant | R134a | |
| 5 | Display pannel | Touch screen | |
| 6 | Shell | Outer shell | Aluminium alloy shell with polar oxidation treatment surface. |
2.3 Host structure
2.4 Host dimensions
2.5 Technical parameters
| Item | Unit | Value |
|---|---|---|
| Nominal cooling capacity | W | 1000 |
| Nominal power rate | W | 500 |
| Host input voltage | V | DC20~26 |
| Host designed voltage | V | DC24 |
| Host designed electric current | A | 21 |
| Host max. electric current | A | 30 |
| Output water temperature range | °C | 建议：15.0~30.0 |
| Out line dimension | mm | Length：425 |
| Width：390 | ||
| Height：133 | ||
| Temperature control method | Touch pannel control, Host self control | |
| Working temperature | °C | 0~45 |
| Storage temperature | °C | -20~+70 |
| Host net weight | kg | 12 |
| Host noise level | dB(A) | 57 |
| Circulation media | 100% purified water or glycol | |
| Shell material | Aluminium Plate（1.Silver 2.Blue 3.Black 4.Others） | |
| Note:nominal working condition temperature is 28°C, output liquid temperature is 15°C. | ||
3.Performance
3.1 Working range
Note: Woking for a long time over load, the host will warn.
3.2 Cooling capacity
3.3 Battery working time
4.Fault code
| Code | Fault | Code | Fault |
|---|---|---|---|
| F1 | Comprressor #1 over load/Condenser #1 blocked | F15 | Fan #2 over load |
| F2 | Compressor #1 self protection | F16 | Fan #3 over load |
| F3 | Compressor #1 cummunication failure | F21 | Water pump disconnection |
| F4 | Compressor #1 high temperature protection | F22 | Water pump over load/water filter blocked. |
| F61 | Compressor #2 over load/condenser 2 blocked | F26 | Temperature sensor failure |
| F62 | Compressor #2 self protection | F27 | Liquid output sensor failure |
| F63 | Compressor #2 cummunication failure | F28 | Liquid input sensor failure |
| F64 | Compressor #2 high temperature protection | F41 | Liquid is little or empty |
| F11 | Fan #1 disconnection | F42 | Environment temperature is anomaly |
| F12 | Fan #2 is disconnection | F43 | Antifreezing protection |
| F13 | Fan #3 disconnection | F44 | Power voltage too high/too low |
| F14 | Fan #1 over load | ||
Note: part(s) of the machine is failture, the host will continue to work, but some way it will take to resolve or replace the failure. | |||