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TC06-080JFH/01,AC220V 800W Compressor Air Conditioner,For Outdoor Telecom Cabinet/Room
Product Details:
Payment & Shipping Terms:
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Detailed Product Description
AC220V 800W Air Conditioner
Model: TC06-80JFH/01
Introduction
1. Introduction And Application Scope
TC06-080JFH/01 Air Conditioner is a full automation temperature control product. It uses intelligent controller to control the whole system of the air conditioner. According to the variation of environment temperature, the intelligent controller can automatically detect, operate and record the whole system’s operating time, power consumption, event and historical data. It can store 100 event records and 1280 historical data records, and can enquire 256 days’ daily record information. The product is widely applied in telecom cabinet, small and medium sized telecom room, UPS room, outdoor base station room, etc.
2. Features
(1)Strong adaptability
(2)High intelligence
(3)High precision
(4)High reliability
(5)Low noise
(6)Low energy consumption
(7)With 4 way switching value detection
(8)With 1 way room air conditioner control
(9)Voltage input range: 220VAC±15% 50/60Hz
(10)With dry contact alarm output
3. System Principle Diagram
4. Standard Compliance
Table 1 Standard Compliance
|
Standard |
Description |
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GB/T 17626.7-1998 |
Electromagnetic compatibility |
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GB4706.1 |
Safety of household appliance and electrical appliance with similar use. |
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GB4798.1 |
Environmental conditions existing in the application for electric and electronic products - storage |
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GB4798.2 |
Environmental conditions existing in the application for electric and electronic products - transportation |
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GB4798.3 |
Environmental conditions existing in the application for electric and electronic products - usage |
5. Technical Parameters
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Environmental Performance |
working environmental temperature |
-20°C ~ 55°C |
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storage temperature |
-40°C ~ 70°C |
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working humidity |
≤95% |
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Thermal Performance |
rated cooling capacity |
850W(L35 L35) 800W(L25 L35) |
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heating input power |
300W (optional) |
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Electrical Performance |
rated input current |
1.6A(L35 L35) 1.5A(L25 L35) |
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rated input power |
352W(L35 L35) 330W(L25 L35) |
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input voltage |
AC220V/50Hz (185V~264V) |
Diagram 2: Dimension of 800W 220VAC Air Conditioner
6.Electrical Wiring Diagram
Diagram 3: Electrical Wiring Diagram
Wiring Ports:
L N PE : power supply port (voltage input: 220VAC±15% 50/60Hz)
F+ F- : direct ventilation output port
AL1 AL2: general alarm output port
A+ B- SGND : RS485 communication port
N : not connected pin
7. System Control
7.1 Function and Application
ET731 intelligent air conditioner controller is a universal intelligent controller, controlling with highly integrated STC SCM. It can intelligently control thermostatic cabinet air conditioner working and hydrogen exhausting, including functions such as fault self diagnosis, power-on self start, or restart after unexpected failure caused by other reasons. The controller is compatible with all types of air conditioners in the market.
The controller, with the features of advanced performance, easy installation and setting, are widely used in telecom cabinet, small and medium sized telecom room, UPS room, outdoor base station room, etc.
7.2 Technical Parameter
a.2×16 Chinese/English shift LCD display, user friendly;
b.Simultaneously display temperature and humidity inside the box and communication room temperature;
c.Temperature measurement accuracy: 0.1 °C; humidity measurement accuracy:5%;
d.Can store 180 days’ daily event record, 1 record every day;
Daily highest temperature, lowest temperature, average temperature
Daily event record;
e.Save the former day’s daily data at 0:00 every day; Can query 180 days’ daily record information;
f.RS485 communication, YD/T 1363.1-2005 standard protocol, support remote detection and control;
g.Control mode: pulse (Non dry contact air conditioner), conducting (dry contact air conditioner)
h.Real-time control air conditioner on/off
i.Power supply: AC185V~264V/50HZ;
j.Power consumption:≤5W;
k.Working environment: -30°C~70°C; <90%RH;
l.Installation method: guide rail,hanging;
m.Dimension(L*W*H):150mm×190mm×45mm
7.3 Operating Instruction
ET731 uses English interfaces, which can be operated easily. All the operations can be realized with four buttons. The following is the control board diagram:
Diagram 4 Control Board Diagram
7.3.1 Buttons
PgDn:page down button, confirm button.
Press once and release the button, page down;
A long press on the button, enter or exit parameter status;
At operating status: can select three display interfaces;
At parameter status: revise, confirm and parameter page down button; a long press on the button to exit parameter status.
▲:increasing parameter revision. Page down button for event query.
▼:decreasing parameter revision. Page up button for event query.
PgUp: page up button; the function is oppose to PgDn operation.
7.3.2 Operating Interfaces
The controller includes four types of working modes: operating mode, parameter mode, manual operating mode, and query mode.
(1) Operating Mode:
The mode is normal working mode. There are three operating interfaces which can be selected. The three interfaces display different content. When they are not selected, the interfaces will automatically shift. Press the button “PgDn” to select next display interface; press the button “PgUp” to select the previous display interface.
Interface 1:
Line 1: temperature and humidity inside the thermostatic box (or area I);
Line 2: box air conditioner status, real time clock;
※ ------- cooling start sign;
☼ ------- heating start sign;
♂ ------- hydrogen exhaust,/direct ventilation sign;
-- ------- compressor/ heater stop working.
Interface 2:
Line 1: environment (or area II) temperature and humidity;
Line 2: inside and outside coil temperature display (T3, T4);
Interface 3:
Circularly display current alarms;
When multiple alarms occur, it will display each alarm information circularly.
(2)Parameter Mode:
At operating status, long press on the button”PgDn” for around 3 seconds, or press the button”PgUp” at interface 1, to enter parameter mode.The first entered interface is the main menu interface, see the following diagram.
Press the button “▲”, “▼” to choose corresponding parameter group; Press ”PgDn” to enter corresponding parameter group; Press ”PgUp” to return to operating mode. The parameters selection includes:
(a) Observation Parameter
(b) Control Parameter Revision
(c) Basic Parameter Revision
(d) Manual Operation
(e) Event Query
(f) Return To Operating Mode
(a)Observation Parameter Group (Apar):
Enter the interface to check some parameters which can’t be checked at operating mode, see “9 Parameters”.
At parameter mode: on the left of line 1 is Parameter No. (PAnn); on the right of line 1 is parameter value. Line 2 shows the remark of the parameter.
(b) Control Parameter Group (CPar):
Enter the interface to observe or revise the parameters which can be revised, see “9 Parameter”.
At parameter mode: on the left of line 1 is Parameter No. (PCnn), on the right of line 1 is parameter value. Line 2 shows the remark of the parameter.
(c) Basic Parameter Group (BPar):
Enter the interface to observe or revise the parameters which can be revised, see “9 Parameter”.
At parameter mode: on the left of line 1 is Parameter No. (PBnn), on the right of line 1 is parameter value. Line 2 shows the remark of the parameter.
(d) Manual Operation:
Enter the interface to select “Cool”, “Heater”, “Air”, “Initpar”, “Aoauto” to conduct manual start and stop operation.
(e) Event Query (Query):
Enter query mode.
7.3.3 Parameters
7.3.3.1 Observation Parameters, PA00~PA13: can only be checked, and can’t be revised.
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Parameter No. |
Parameter Name |
Initial Value |
Remark |
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PA00 |
Vac (mains power supply voltage) |
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V |
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PA01 |
Icomp (compressor current feedback) |
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fan state monitoring |
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PA02 |
Ifan1 (inner fans current feedback) |
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non-adjustable speed fan |
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PA03 |
Ifan2 (outer fans current feedback) |
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PA04 |
InFr (inner circulation fans rotation speed) |
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adjustable speed fan |
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PA05 |
OutFr (outer circulation fans rotation speed) |
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PA06 |
DI1 (digital input 1) |
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door alarm sensor |
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PA07 |
DI2 (digital input 2) |
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compressor pressure alarm |
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PA08 |
DI3 (digital input 3) |
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smoke sensor |
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PA09 |
DI4 (digital input 4) |
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water sensor |
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PA10 |
ColRN (box air conditioner cooling start times) |
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times |
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PA11 |
ColRT (box air conditioner cooling time length) |
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0.1hour |
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PA12 |
HotRN (box air conditioner heating start times) |
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times |
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PA13 |
HotRT (box air conditioner heating time length) |
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0.1hour |
7.3.3.2 Control Parameters, PC00~PC17:
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Parameter No. |
Parameter Name |
Initial Value |
Remark |
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PC00 |
LOC (password parameter) |
0 |
LOC=55, accessible to the following parameters |
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PC01 |
colTa (box air conditioner cooling start temperature) |
25.0 |
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PC02 |
colTb (cooling control return difference) |
2.0 |
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PC03 |
hotTa (box air conditioner heating start temperature) |
15.0 |
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PC04 |
hotTb (heating control return difference) |
5.0 |
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PC05 |
ZFanTa (forced ventilation start temperature) |
35.0 |
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PC06 |
ZFanTb (forced ventilation control return difference) |
2.0 |
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PC07 |
TPH (inner temperature alarm upper limit) |
45.0 |
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PC08 |
HPH (humidity alarm lower limit) |
10.0 |
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PC09 |
compST (compressor status threshold) |
0.5 |
Unit: A. In case of working, when the feedback current is lower than status threshold or higher than fault threshold, it will be treated as fault and output accordingly. |
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PC10 |
compFZ (compressor fault threshold) |
10.0 |
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PC11 |
fanST (fans status threshold) |
0.25 |
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PC12 |
fanFZ (fans fault threshold) |
5.0 |
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PC13 |
pqTd (automatic hydrogen exhaust cycle) |
24 |
Unit: hour |
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PC14 |
pqTi (hydrogen exhaust time length) |
5 |
Unit: minute |
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PC15 |
Tprotect (compressor protection operation environment temperature) |
55．0 |
°C |
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PC16 |
inFanOH (inner fans speed limit) |
100 |
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PC17 |
outFanOH (outer fans speed limit) |
100 |
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7.3.3.3 Basic Parameter, PB00~PB19:
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Parameter No. |
Parameter Name |
Initial Value |
Remark |
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PB00 |
LOC (password parameter) |
0 |
LOC=55, accessible to the following parameters |
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PB01 |
inBT (inside box temperature data compensation) |
0.0 |
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PB02 |
outBT (communication room temperature data compensation) |
0.0 |
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PB03 |
inBH (inside box humidity data compensation) |
0 |
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PB04 |
FaultEN (fault operation definition allowed) |
Forbid |
When allowed, it can operate without feedback. |
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PB05 |
hotDef (heating allowed definition) |
Forbid |
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PB06 |
fanDef (define heating device) |
adjustable speed |
Non-adjustable speed, adjustable speed, inner fan with non-adjustable speed and outer fan with adjustable speed. |
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PB07 |
VacX (mains power supply display correction coefficient) |
1.00 |
When the display deviates from the real value, correct scale. Display Value = Real Value × Coefficient. |
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PB08 |
IcompX (compressor current correction) |
1.00 |
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PB09 |
fanX (fan feedback current correction coefficient) |
1.00 |
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PB10 |
ADR(address) |
1 |
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PB11 |
BAUD(Baute Rate) |
9600 |
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PB12 |
CESel (select English or Chinese) |
English |
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PB13 |
ST (start delay) |
2 |
Minute |
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PB14 |
Year |
real time |
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PB15 |
Month |
real time |
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PB16 |
Date |
real time |
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PB17 |
Hour |
real time |
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PB18 |
Minute |
real time |
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PB19 |
Second |
real time |
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7.4 Wiring Diagram
Diagram 5: Wiring Diagram
Board Instruction:
The board is divided into four blocks: F1, F2, F3, F4 (F4 is on the back).
When using non-adjustable speed fans:
All the parts in F1 should not be welded;
Parts in F2 should be welded;
Resistance in F4 (RS01, RS02) should be welded; JP1, JP2 should be short circuit; JP3, JP4 should short circuit 1-2.
When using speed adjustable fans:
All the parts in F1 should be welded;
Parts in F2 should not be welded;
Parts in F4 should not be welded and should not be short circuit.
F3 should be considered only when connecting coil temperature. In general case, it doesn’t need to be considered and should not be welded.
Wiring Instruction:
1.JD1: 48V input;
2.JD2: 48V heating output;
3.JD3: fan control terminal
Speed adjustable fan wiring method:
1- 48V output, fan power supply;
2- C1 internal circulation fan control; 3- F1 internal circulation fan speed;
4- C2 external circulation fan control; 5- F2 external circulation fan speed;
6- 0V fan power supply grounding.
Non speed adjustable fan wiring method:
1, 6 ― not connected;
2, 3 ― connected with internal circulation fan (2+, 3-);
4, 5 ― connected with external circulation fan (4+, 5-);
4.JD4:
1, 2: hydrogen exhaust/direct ventilation control, dry contact, normal close output;
3, 4: dry contact output, normal open, system alarm output;
5, 6: dry contact output, normal open, cooling system alarm output.
5.JD5: compressor power supply: 1-L input; 2-N common; 3-L output.
6.JD6: DI input;
7.JD7: RS485 communication
8.J1: connected with LCD12232;
9.J2: connected with button;
10.J3: connected with temperature and humidity sensor 1 (inside cabinet);
11.J4: connected with temperature sensor (ambient);
12.J5: connected with temperature and humidity sensor 2 (backup);
13.J6: connected with NTC1 ( inner coil);
14.J7: connected with NTC2 ( outer coil);
15.J8: programming port.
Contact Details
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