Notice of Address setting for NEW Duct / NEW Outdoor Unit.
The new Duct Type / New Outdoor models are possible to have address setting for twin control by automatic when main
power supply is switched on.
(Manual address setting is also possible by using Dip switch on Indoor unit P.C. board.) However,
possible when made proper wiring connection and also Indoor unit should be original virgin unit
1.1. Example of trouble at test operation
If found out as followin g phenomenon at test operation on site, it may have possibility of wrong address setting.
Therefore, please ensure of the address setting.
1. LCD display of wired remote control had not illuminate although the main power supply switch is ‘on’.
2. LCD display had indicated as normal illumination when power supply switch is ‘on’, however outdoor unit cannot be operated.
(But, it is necessary to take 3 to 5 minutes for outdoor unit to start from the timing of remote control ON/OFF switch is ‘on’.)
3. P.C. board had memorized wrong setting information.
a. If main power supply is switched ‘on’ with the wrong connection.
b. When changing the connection or combination of units due to re-installation etc.
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•
When changing the system from twin control to normal one to one system.
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•
•
When making the replacement of units as master and slave etc.
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this address setting is only
.
1.2. Caution of test operation
Do not touch the remote control switch and do not change any wirings for one minute when the main power supply switch is ‘on’.
(Because the unit is having automatic address setting during the first one minute.)
1.3. Caution during automatic address setting
When main power supply switch is ‘on’, the P.C. board will automatically memorized the connecting system.
Consequently, when initial power supply is ‘on’, there will not be interchangeability of units even of the same type and same
capacity unit. Therefore unable to connect the unit to another system.
1.4. Operation Range
The applicable voltage range for each unit is given in “the following table”. The working voltage among the three phases must be
balanced within 3% deviation from each voltage at the compressor terminals. The starting voltage must be higher than 85% of the
rated voltage.
2.2.1. Low-noise design improves in
surrounding areas
1. The noise-suppressing winglet fan is a result of new
research into vane design theory. The unique curved shape
suppresses the generation of vortexes, thus reduces air
flow noise.
2. The adoption of double-orifice rings reduces air passage
resistance.
3. Strengthening of the noise insulation materials in the
compressor and the sealing-in of mechanical noise allows
vibration noise to be greatly enclosed and suppressed.
4. The heat exchanger has an L-shaped design to allow air to
flow more smoothly.
5. Noise is automatically reduced further during night time
operation with lower outdoor air temperatures.
2.2.2. Automatic restart function
When the electric power resumes after a power failure, the unit
will automatically restarts the operation in the pre-failure mode.
2.2.3. Low ambient cooling operation
Cooling operation is possible at outdoor temperature of -5°C.
2.3. Greatly improved workability increases system renewal capability
2.3.1. Pipes that are one size larger can
also be connected for renewal
•
•
If renewing the system, existing refrigerant pipes can be
• •
utilized so that only the indoor units and outdoor units need
to be replaced.
•
•
For example, liquid and gas pipes from 10 years ago can be
• •
connected to current pipes with the same size for one size
larger. Effective utilization of materials reduces working
time and trouble. (Adaptor sockets are not supplied.)
2.3.2. Additional refrigerant charging
unnecessary for 30 m
•
•
All models do not require any additional charging of
• •
refrigerant for 30 m of pipe length. This makes installation
much easier.
2.3.3. Drain water dripping-prevention
structure
•
•
The base of the outdoor unit is provided with a single drain
• •
hole in order to prevent drain water from leaking out of the
unit. Body connecting a drain elbow and a discharge pipe,
water leakages can be prevented even when the unit is
installed against a wall.
2.3.4. Space saving design allows units
to be installed side by side
continuously
•
•
Servicing after installation can be carried out by removing
• •
the front covers.
2.3.5. Easy test operation
•
•
Test operation can be carried out for both indoor and
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outdoor units.
2.3.6. Long pipe design
•
•
Maximum piping length of 50 m.
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2.3.7. Internal pipe connection
•
•
Pipes are connected inside the units (inside the side
• •
covers), making the final appearance more attractive.
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•
Pipes can be diverted outward in any of four directions
• •
(forward, right, down, rear).
•
•
Small liquid pipe diameters of 9.52mm, making installation
Even when multiple outdoor units are installed to a wall, the
• •
drain outlets can be concentrated into a single drain pipe.
Thismakesinstallationeasierandalsoimprove
appearance.
2.4. A brand-new control method
using the latest in technology
2.4.1. Power supply wiring is also easier
Power supply wiring and other wiring tasks can be carried out
more easily.
•
•
Twin non-polar wires used to connect indoor and outdoor
• •
units.
•
•
Adoption of connection error prevention circuits for drives
• •
wires and signal wires. If a connection error is made, the
relay does not operate and current does not flow to the
circuit boards.
2.4.2. Separate indoor/outdoor unit
power supplies
The power supply can be connected to (1) just the outdoor
units, or (2) to both indoor and outdoor units.
2.4.3. Automatic setting initialization
function (Remote control and
Indoor unit)
In accordance with the indoor and outdoor units connected and
the connection methods, conditions such as the configuration
(twin or triple format) and remote-control functions such as
cooling only or heat pump model are automatically detected
and set instantly.
2.4.4. Group control equipment
2.4.5. Twin operation
•
•
Simultaneous air conditioning of wide spaces and corners is
• •
possible. Indoor units of same horsepowers and models
can even be used in combination.
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•
Master unit and slave-units can be set automatically in twin
• •
systems. No address setting is necessary.
•
•
Multiple indoor units can be operated simultaneously with a
• •
single remote control. Note that individual operation is not
possible.
BTU/h38,200
Refrigerant Charge-lessm30
Standard Air Volume for High Speedm3/minCooling; 32, Heating; 38-
cfmCooling; 1130, Heating; 1342-
External Static PressurePaHi 98-
mmAqHi 10.0
Outside Dimension (H x W x D)mm360 x 1000 x 6501340 x 900 x 320
inch14-3/16 x 39-3/8 x 25-19/3252-7/8 x 35-7/16 x 12-19/32
Net Weightkg (lbs)48 (106)110 (242)
Piping
Connection
CompressorType, Number of Set-Hermetic - 1 (Rotary), 1
FanType, Number of SetSirocco fanPropeller fan-1
Air-heat Exchanger (Row x Stage x FPI)Slit-fin type (2 x 10 x 20)Louvre-fin type (2 x 36 x 19)
Refrigerant ControlCapillary tubeRefrigerant Oil (Charged)cm
Refrigerant (Charged) R410Akg (oz)-3.30 (116)
Running
Adjustment
Safety DevicesInternal protector for compressor, Internal thermostat for fan motor,
Noise LeveldB (A)Cooling : Hi 47 Lo 43Cooling 52, Heating 53
Moisture RemovalL/h6.0
EERW/W3.27
COPW/W3.41
RefrigerantGasmm (inch)O.D Ø 15.88 (5/8) Flared Type
Liquidmm (inch)O.D Ø 9.53 (3/8) Flared Type
DrainmmFemale screw RC1 (PT1)I.DØ20x1
Starting Method-Direct on-line starting
MotorType-4-pole single phase brushless motor
Rated OutputkW-2.6
MotorType4-pole single phase induction motor6-pole single phase induction motor
Rated OutputkW0.270.07 x 2
3
Control SwitchWired Remote ControlRoom TemperatureThermostat-
Crankcase heater, High pressure switch, Current transformer
Heating : Hi 45 Lo 41
Power level dBCooling : Hi 62 Lo 58
Heating : Hi 60 Lo 56
-FV50S (1200)
Cooling 66, Heating 67
1. Cooling capacities are based on indoor temperature of 27°C D.B. (80.6°F D.B.), 19.0°C W.B. (66.2°F W.B.) and outdoor air
temperature of 35°C D.B. (95°F D.B.), 24°C W.B. (75.2°F W.B.)
2. Heating capacities are based on indoor temperature 20°C D.B. (68°F D.B.) and outdoor air temperature of 7°C D.B. (44.6°F
D.B.), 6°C W.B. (42.8°F W.B.)
ELECTRICAL DATA (50 Hz)
ITEM / MODELCondition by JIS-B8615
VoltsV220230240
PhaseSingleSingleSingle
Power ConsumptionkWCool3.063.063.06
Heat3.283.283.28
Running CurrentACool14.313.813.4
Heat15.414.914.4
Starting CurrentA14.313.813.4
Power Factor%Cool979695
Heat979695
*Power Factor means total figure of compressor, indoor fan motor and outdoor fan motor.
PanasonicPower sourceAC, 1~220V, 230V, 240V 50Hz
BTU/h47,700
Refrigerant Charge-lessm30
Standard Air Volume for High Speedm3/minCooling; 32, Heating; 38-
cfmCooling; 1130, Heating; 1342-
External Static PressurePaHi 98-
mmAqHi 10.0
Outside Dimension (H x W x D)mm360 x 1000 x 6501340 x 900 x 320
inch14-3/16 x 39-3/8 x 25-19/3252-7/8 x 35-7/16 x 12-19/32
Net Weightkg (lbs)48 (106)110 (242)
Piping
Connection
CompressorType, Number of Set-Hermetic - 1 (Rotary), 1
FanType, Number of SetSirocco FanPropeller fan-1
Air-heat Exchanger (Row x Stage x FPI)Slit-fin type (2 x 10 x 20)Louvre-fin type (2 x 36 x 19)
Refrigerant ControlCapillary tubeRefrigerant Oil (Charged)cm
Refrigerant (Charged) R410Akg (oz)-3.30 (116)
Running
Adjustment
Safety DevicesInternal protector for compressor, Internal thermostat for fan motor,
Noise LeveldB (A)Cooling : Hi 47 Lo 43Cooling 53, Heating 54
Moisture RemovalL/h7.9
EERW/W3.01
COPW/W3.21
RefrigerantGasmm (inch)O.D Ø 15.88 (5/8) Flared Type
Liquidmm (inch)O.D Ø 9.53 (3/8) Flared Type
DrainmmFemale screw RC1 (PT1)I.D Ø 20 x 1
Starting Method-Direct on-line starting
MotorType-4-pole single phase brushless motor
Rated OutputkW-3.4
MotorType4-pole single phase induction motor 6-pole single phase induction motor
Rated OutputkW0.270.07 x 2
3
Control SwitchWired Remote ControlRoom TemperatureThermostat-
Crankcase heater, High pressure switch, Current transformer
Heating : Hi 45 Lo 41
Power level dBCooling : Hi 62 Lo 58
Heating : Hi 60 Lo 56
-FV50S (1200)
Cooling 67, Heating 68
1. Cooling capacities are based on indoor temperature of 27°C D.B. (80.6°F D.B.), 19.0°C W.B. (66.2°F W.B.) and outdoor air
temperature of 35°C D.B. (95°F D.B.), 24°C W.B. (75.2°F W.B.)
2. Heating capacities are based on indoor temperature of 20°C D.B. (68°F D.B.) and outdoor air temperature of 7°C D.B. (44.6°F
D.B.), 6°C W.B. (42.8°F W.B.)
ELECTRICAL DATA (50 Hz)
ITEM / MODELCondition by JIS-B8615
VoltsV220230240
PhaseSingleSingleSingle
Power ConsumptionkWCool4.154.154.15
Heat4.364.364.36
Running CurrentACool19.518.818.2
Heat20.419.719.2
Starting CurrentA19.518.818.2
Power Factor%Cool979695
Heat979695
*Power Factor means total figure of compressor, indoor fan motor and outdoor fan motor.
PanasonicPower sourceAC, 1~220V, 230V, 240V 50Hz
A - Monday to Friday: Same time, 1st program ON 9:00 & 2nd program OFF 16:00.
B - Only Wednesday: Additional 3rd program OFF 12:30 & 4th program ON 13:30.
C - Only Saturday: 1st program ON 10:00 with 20°C & 2nd program OFF 14:00.
D - Sunday: Holiday. No need to set any Timer.
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•
To set A (Monday to Friday - Collective day setting)
• •
Press “SELECT button”
To select Monday to Friday, deselect Saturday and Sunday by pressing “UP or DOWN button” to Saturday, press
“SET button” (triangle mark on top of Saturday will disappear)
Follow the same step to deselect Sunday.
Ensure triangle mark appears on top of Monday ~ Friday.
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To confirm the selected days, press “SELECT button”.
− −
To set the time, please refer to step 3. Select time at page 23.
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1st program - select ON and desired time to 9:00.
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2nd program - select OFF and desired time to 16:00.
3rd ~ 6th program - press “CANCEL button”.
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To set B (Wednesday - Individual day setting)
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−
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Press “UP or DOWN button” to select WED (Wednesday).
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Then press “SELECT button”.
To set the time, please refer to step 3. Select time at page 23.
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1st program - press “SET button” twice (confirm ON and 9:00)
− −
2nd program - also press “SET button” twice. (Confirm OFF and 16:00)
3rd program - select OFF and desired time to 12:30
4th program - select ON and desired time to 13:30
5th ~6th program - press “CANCEL button”
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To set C (Saturday - Individual day setting)
• •
−
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Follow the same step as above.
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To set the time, please refer to step 3. Select time at page 23.
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1st program - select ON, desired time to 10:00 and desired temperature to 20°C.
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2nd program - select OFF and desired time to 14:00.
3rd ~ 6th program - press “CANCEL button”.
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Final Display for Weekly timer may show as:
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(Display is showing, 9:00 ON - Timer on Wednesday will be activated next because it is nearest the current
day/time.)
Note:
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•
Timer that has setting nearest to current time and day will be activated first.
• •
•
•
To check the setting timer, press “SELECT button”, then “UP or DOWN button” to select day. The display will show each
• •
program for the selected day.
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To reset the setting for all, press “SELECT button”, then ensure all day setting with triangle mark. Then press “CANCEL
When connected to wired remote controller, either indoor unit thermostat or remote controller thermostat is available, using
remote control setting.
9.2. Compressor Start Control
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•
When the compressor start, compressor frequency will be fixed at lower level for certain time, to follow the below table, due to
• •
avoid the compressor oil discharge.
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•
Judging from compressor discharge temperature, decide the start condition to select either cool start control, or warm start
• •
control.
Discharge temp. [°C]>15°C15°C
Start controlCool startWarm start
Warm start : set 1→*set 5→normal control
Cool start : set 1→set 2→set 3→set 4→*set 5→normal control
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•
Note
• •
−
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Frequency at *set 5 = frequency calculated by normal control
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−
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In case of frequency at set n excess the frequency at set 5 in cool condition, skip from set n to set 4 and transfer to set 5.
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9.3. Cooling Operation
9.3.1. Cool indoor fan control
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•
Fan speed manual
• •
Common control for unit using DC motor / unit using AC motor.
Operation start at hi speed, or medium speed, or low speed set by remote control.
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•
Fan speed auto
• •
When operation start, or shifting to thermostat ON condition from thermostat OFF condition, odour cut operation (refer odour
cut operation page for detail), after thermostat ON condition, indoor fan operate as below control.
As follow the below figure, fan speed changing operation (program air).
(rpm center B and
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Unit using AC motor
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is differen t if capacity rank is different)
When 1st thermostat on condition from operation start, fan speed is hi (same as manual fan speed), after 2nd thermostat
on condition, fan speed change to medium speed (same as manual medium fan speed).
9.3.2. Odour cut control
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•
When cool or dry mode operation start, select odour cut mode or fan auto mode, by remote control, operation start at odour
• •
wash mode when compressor start or shift to thermostat on from thermostat off.
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•
Odour cut operation is under below condition.
• •
Operation modeCool or dry mode
Odour wash settingSettingNo setting
Fan settingAutoOdour cutOdour cut
ManualOdour cut-
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•
Odour cut operation is to remove the odour generated at indoor heat exchanger to use the drain water come out from indoor
• •
heat exchanger.
Thermo & comp ON/OFFThermostat ON & comp ONThermostat ONThermostat ON & comp ON
During cool or dry mode operation, if indoor evaporator temperature is going down, freezing prevention control is operated.
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•
Detail of Freezing prevention control is as follows;
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Indoor evaporator temperature area is divided into 5 zones, which consist of stop zone, down zone, no change zone, up zone,
and recovery zone. When indoor evaporator temperature is going into each zone, compressor frequency change by following
the below table.
Recovery zoneRelease freezing prevention operation
Up zoneFan motor speed step up
No change zoneOperation no change
Down zoneReduce the compressor frequency
Stop zoneIf continue for 6 min, compressor stop
(check for 3 min, max 3 times)
(for 3 min after stop, compressor can be started due to restart delay control)
9.3.5. Dew form prevention control
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•
During cool or dry operation, if outdoor temperature is less than 30°C, and indoor fan speed is low or auto setting, indoor heat
• •
exchanger temperature become lower, dew form prevention control start to prevention dew form at indoor discharge grill.
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•
Indoor evaporator temperature area is divided into 4 zones, which consist of, down zone, no change zone, up zone, and
• •
recovery zone.
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•
When indoor evaporator temperature is going into each zone, change compressor frequency and louver angle by following the
• •
below table.
Recovery zoneRelease dew form prevention operation
Up zoneFix the indoor louver angle
No change zoneContinue check the indoor heat excahnger temperature
Down zoneReduce the compressor frequency
Cassette type : fix the manual 3rd position
Ceiling type : fix the manual 2nd position
When operation start, or during operation, fan speed control by detecting indoor heat exchan ger as follows:
• •
•
•
(K10 = Indoor heat exchanger temperature, depend on indoor type)
• •
9.4.2. Hot start control
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•
When heating operation start, hot start control carry out.
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•
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During hot start operation, [PREHEAT] displayed at the wired remote controller.
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•
•
For wireless remote controller, [POWER LED] is blinking at the receiver of indoor unit. Indoor fan stop and louver angle fixed
• •
to upper side in spite of any setting of remote controller. When indoor heat exchanger temperature increase, or 4 minute past
after operation start, hot start control finish and shift to normal fan control.
9.4.3. Heating indoor fan control at thermostat off heating mode operation
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•
During heating operation, if thermostat is off, indoor fan fixed low speed, Louver angle fixed upper side, even if remote control
• •
display shows any angle.
(cassette and ceiling model only)
9.4.4. Heating powerful operation
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•
When heating mode operation start, temperature differences between setting temperature and room temperature is more than
• •
5 K, setting temperature increase 2 K and operation start.
(however, setting temperature after shifting is more than 31°C, setting temperature fixed 31°C.)
•
•
Due to this control, micro computer judge indoor heat loss is big and increase compressor frequency compare to normal
• •
condition, then heat up indoor room quickly.
•
•
This control will be finished after 60 min or thermostat is off.
• •
9.4.5. Defrost control
•
•
During heating operation at outdoor low temperature condition, defrost operation start timely to melt the ice formed on outdoor
• •
heat exchanger.
•
•
When heating operation accumulated time is time up, and both outdoor temperature and outdoor unit heat exchanger
• •
temperature is less than setting temperature for 5 minute. When defrost temperature is more than setting temperature, defrost
operation finish.
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•
During defrost operation, in spite of any change of remote controller, indoor fan stop and louver angle fixed at upper side.
• •
(for louver control : cassette and ceiling model only)
•
•
During defrost operation, [DEFROST] is displayed at wired remote controller (when using wireless controller, POWER LED is
• •
blinking in receiver of indoor unit), hot start operate after defrost operation finish.