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Product Details:
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Model No. |
TC06-20TEH/01 |
Cooling Method |
air to air |
Cooling Object |
air |
Cooling Object Contact Medium |
air |
Cooling Effective Power |
200W |
Input Voltage |
DC48V (43V~58V) |
Cooling Stable Current |
7.0±5%A |
Installation Mode |
side |
Noise |
58dB |
MTBF |
70000h |
Size (LxWxH) |
400x180x203mm |
Weight |
7.5Kg |
Environmental Performance |
working environmental temperature |
-40°C ~ 60°C |
|
storage working temperature |
-50°C ~ 70°C |
|
working humidity |
≤95% |
Thermal Performance |
rated cooling capacity |
200W |
|
heating input power |
300W |
Electrical Performance |
rated input current |
6.8A |
|
rated input power |
330W |
|
input voltage |
DC48V |
2.3 Dimension
Diagram 3: TC06-20TEH/01 dimension
3. Control
Parameter No. |
Parameter Name |
Initial Value |
Remark |
P00 |
FSV |
|
current feedback value, unit: A |
P01 |
Fr1 |
|
fan rotating speed 1, per second |
P02 |
Fr2 |
|
fan rotating speed 2, per second |
P03 |
LOC |
0 |
password parameter, LOC=55, accessible to the following parameters; LOC=77, recover parameter setting when devivery. |
P04 |
colTa |
28.0 |
cooling start temperature |
P05 |
colTb |
2.0 |
cooling control return difference |
P06 |
hotTa |
10.0 |
heating start temperature |
P07 |
hotTb |
2.0 |
heating control return difference |
P08 |
ZFanTa |
35.0 |
straight ventilation start temperature |
P09 |
ZFanTb |
2.0 |
straight ventilation control return difference |
P10 |
tecAL |
0.5 |
TEC current lower limit |
P11 |
tecAH |
20.0 |
TEC current upper limit |
P12 |
TAL |
5.0 |
internal temperature alarm lower limit |
P13 |
TAH |
45.0 |
internal temperature alarm upper limit |
P14 |
BT |
0.0 |
temperature deviation correction |
P15 |
fanEN |
0 |
allow fan fault judgement |
P16 |
tecEN |
1 |
allow TEC fault judgement |
P17 |
ADR |
1 |
communication address |
P18 |
BAUD |
2 |
baud rate:0~3, (2400~19200BPS) |
P19 |
inOH |
100 |
inside fan speed limit |
P20 |
outOH |
100 |
outside fan speed limit |
P21 |
fsvX |
1.0 |
current feedback correction coefficient (amplifying coefficient) |
P22 |
pqTa |
80 |
hydrogen exhaust cycle (hour); auto hydrogen exhaust every 30 minutes after starting cooling; can press pqTa to define hydrogen exhaust cycle. |
P23 |
pqTb |
2 |
hydrogen exhaust time length(minute) |
4. Mainboard Wiring Diagram
Diagram 5: mainboard interface diagram