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IR Signal Receiver
When an infrared remote control operating signal has been
transmitted, the signal receiver on the indoor unit will respond
as below to confirm acceptance of the signal transmission.
LED Indicator Lights for Cooling Unit/Heat Pump
Unit
IR Receiver
Cooling Unit/Heat Pump Unit
The table shows the LED indicator lights for the air conditioner
unit under normal operation and fault conditions. The LED
indicator lights are located at the side of the air conditioner
unit.
The heat pump units are equipped with an “auto” mode
sensor whereby it will provide reasonable room temperature
by switching automatically to either “cool” or “heat” mode
according to the temperature set by the user.
ON/OFF
Cool/Heat
Timer
Sleep
ON/OFF switch
IR Receiver
INDICATOR LIGHTS
ON to OFF
1 Long Beep
OFF to ON
Pump down / Cool force on
2 Short Beep
Others
1 Short Beep
LED Indicator Lights: Normal Operation And Fault Conditions For Cooling/Heat Pump Unit
Additional refrigerant charge [g] per additional 1m length as tabulated
The refrigerant is pre-charged in the outdoor unit. If the piping length is less than 7.5m, then additional charge after vacuuming
is not necessary. If the piping length is more than 7.5m, then use the additional charge value as indicated in the table.
Example:
FTXC25 & RXC25 with 12m piping length, additional piping length is 4.5m. Thus,
Additional charge = 4.5[m] x 17[g/m]
= 76.5[g]
Model
Indoor (FTXC)
25
35
50
60
Outdoor (RXC)
25
35
50
60
Additional charge [g/m]
17
17
17
17
ADDITIONAL CHARGE
COOL/HEAT
(BLUE/RED)
Operation
BLUE
Cool mode
RED
Heat mode
RED
Auto mode in Heating operation
BLUE
Auto mode in Cooling operation
Timer on
Sleep mode on
BLUE
Fan mode on
BLUE
Dry mode on
RED
Defrost operation
BLUE
Unit error
ON
Blinking
1 IM-3WMYJ(R)-0816(0)-DAIKIN-EN-16 16
1 IM-3WMYJ(R)-0816(0)-DAIKIN-EN-16 16
12/22/16 10:23:29 AM
12/22/16 10:23:29 AM
Summary of Contents for FTXC25AV1B
Page 2: ......
Page 123: ...7 1 XEMA A MEP K FTXC C B A...
Page 126: ...7 4 H MAH E CTOPO HO 1 1 OFF H MAH E Xm2 13...
Page 128: ...2 K a B 25 35 K M4 x 12L e 75 50 500 1200 50 100 50 50 100 150 150 300 50 1200 1 2 3 7 6...
Page 129: ...1 2 30 3 16 50 60 H A B C D 300 1000 300 500 2 A A 7 7 C D pe c pe c A B H 2 H...
Page 130: ...50 50 75 c y ox 7 8...
Page 136: ...7 14 R32 13 25 OFN...
Page 137: ...7 15 C 3 30 760 760mmHg 3 2 4 o 3 760 760 3 3...
Page 140: ...7 18 FRONT K a B 2 1 4 2 5 4 3 K a CTOPO HO 1 3 2 4...
Page 141: ...7 19 2 1 2 c 3 40 104 F 1 2 3 1 2 40 104 F 1 2 1 2 CTOPO HO...
Page 142: ...7 20 3 1 3 4 2 3 4 5 6 2 30 C 86 F CTOPO HO 40 C...
Page 143: ...8 1 FTXC C B A...
Page 146: ...8 4 1 1 ON OFF OFF Xm2 13...
Page 149: ...16mm 50 60 H A B C D mm 300 1000 300 500 2 A 1 2 30mm 3 8 7 C D A B H 2 H...
Page 150: ...50 50 75 mm 8 8...
Page 156: ...R32 LFL 13 25 OFN OFN OFN OFN 8 14...
Page 157: ...8 15 3 30 760mmHg 760 mmHg 3 2 4 mm 3 760 mmHg 760mmHg 3 3...
Page 161: ...8 19 2 1 2 3 40 C 104 F 1 2 3 2 40 C 104 F 1 2 2...
Page 162: ...8 20 3 1 3 4 2 3 4 5 6 2 30 C 86 F 40 C...
Page 163: ...MEMO PROMEMORIA MITTEILUNG EL MEMOR NDUM LE M MO NOT...
Page 167: ......