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AVAILABLE OPTIONAL FUNCTIONS
10
/11
10.2.4.
AUTOMATIC OPERATION WHEN POWER
SUPPLY ON (5)
If the power supply is interrupted for short periods of time
(up to 2 seconds) the Remote Control switch will retain the
settings and the unit will restart when the power is restored.
If Automatic Restart is required after periods of lost power
supply in excess of 2 seconds, this can be done by
changing the DIP switch setting as shown.
ON
1 2 3 4 5 6 7 8
?
NOTE:
All other DIP switches must correspond to the factory
settings for the particular Indoor Unit.
The unit will start even if it was switched off prior to the
power failure.
10.2.5.
RESTARTING FUNCTION AFTER POWER
FAILURE (6)
If the power supply is interrupted for short periods of time
(up 2 seconds), the Remote Control Switch will retain the
settings and the unit will restart when the power is restored.
If automatic restart is required after periods of lost power
supply in excess of 2 seconds this can be done by changing
the DIP switch settings as indicated.
ON
1 2 3 4 5 6 7 8
10.2.6.
CONTROL BY FIELD SUPPLIED ROOM
THERMOSTAT (7)
When operating the unit with a field supplied room
thermostat instead of the inlet thermistor of the indoor unit,
connections should be made as shown.
Heating:
Use connection 1 & 2 (only heat pump
models)
Cooling:
Use connection 2 & 3
-
When setting the DIP switch DSW2, firstly switch off
power source and set the DIP switch. If the DIP switch
is set without turning off the power will not function.
-
The Remote Control switch must remain connected to
the unit. When the power supply is restored, the Unit
must be started by pressing the RUN button. The
compressor will then operate under the control of the
field supplied thermostat. All other functions are
controlled by the Remote Control in the normal way.
Component
Manufactured or Specifications
Thermostat
Equivalent of YAMAKATE R7031P005, R7031Q005
?
NOTE:
-
When a field-Supplied room thermostat is used, select
the specified thermostat as below:
Contactor Load: DC 12V
Differential:
more than 1.5 degree
-
Do not use a thermostat utilizing mercury.
10.2.7.
PICKING UP SIGNALS
By using this function, the signals indicated can be picked
up giving information about how the unit is working in order
to activate the necessary additional devices.
Required Parts for Modification
Parts Name
Specifications / Model
Auxiliary Relay*
OMRON made High Power Relay Model LY2F DC12V
Connector Cable
PCC-1A (3P Connector Cable)
*: Do not use the relay with diode
§
Picking Up Operation Signal (8)
This function is utilized to pick up the operation signal. By
this function, operation signal at a remote place can be
checked, or operation at the fresh air intake fan motor can
be interlocked.
When the unit is switched ON, the relay RY is energized
closing contacts RYa
§
Picking up Alarm Signal (9)
This option is used to give remote indication of a fault on the
unit in addition to the LED indication on the standard
Remote Control. (RUN LED flashes 5 times/5seconds).
When a fault occurs, the auxiliary relay RY is energized and
remains so until the fault is cleared and the unit is reset at
the standard Remote Control. Wiring details are shown
below.
Temp. increase
3P Connector
Field Supplied Room
Thermostat
Indoor Unit PCB
DSW2
ON
1 2 3 4 5 6 7 8
Indoor Unit PCB
Auxiliary Relay
3P Connector
Indoor Unit PCB
Auxiliary Relay
3P Connector
Содержание FSG Series
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Страница 13: ...3 57 7 1 7 ...
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Страница 159: ...CONTROL SYSTEM 9 13 9 6 STANDARD OPERATION SEQUENCE 9 6 1 COOLING OPERATION FSG FSG1 I U Indoor Unit O U Outdoor Unit ...
Страница 160: ...9 14 CONTROL SYSTEM n Cooling Operation FSG FSG1 cont ...
Страница 161: ...CONTROL SYSTEM 9 15 9 6 2 COOLING MAINLY COOLING OPERATION FXG FXG1 I U Indoor Unit O U Outdoor Unit ...
Страница 162: ...9 16 CONTROL SYSTEM n Cooling mainly Cooling Operation FXG FXG1 cont ...
Страница 163: ...CONTROL SYSTEM 9 17 9 6 3 DRY OPERATION FSG FSG1 I U Indoor Unit O U Outdoor Unit ...
Страница 164: ...9 18 CONTROL SYSTEM n Dry Operation FSG FSG1 cont ...
Страница 165: ...CONTROL SYSTEM 9 19 9 6 4 DRY OPERATION FXG FXG1 I U Indoor Unit O U Outdoor Unit ...
Страница 166: ...9 20 CONTROL SYSTEM n Dry Operation FXG FXG1 cont ...
Страница 167: ...CONTROL SYSTEM 9 21 9 6 5 HEATING OPERATION FSG FSG1 I U Indoor Unit O U Outdoor Unit ...
Страница 168: ...9 22 CONTROL SYSTEM n Heating Operation FSG FSG1 cont ...
Страница 169: ...CONTROL SYSTEM 9 23 9 6 6 HEATING MAINLY HEATING OPERATION FXG FXG1 I U Indoor Unit O U Outdoor Unit ...
Страница 170: ...9 24 CONTROL SYSTEM n Heating mainly Heating Operation FXG FXG1 cont ...
Страница 171: ...CONTROL SYSTEM 9 25 n Defrosting Operation Control ...
Страница 172: ...9 26 CONTROL SYSTEM 9 7 STANDARD CONTROL FUNCTIONS 9 7 1 FREEZING PROTECTION CONTROL DURING COOLING OR DRY OPERATION ...
Страница 173: ...CONTROL SYSTEM 9 27 9 7 2 GAS BYPASS CONTROL 9 7 3 OVER HEATING PROTECTION CONTROL ...
Страница 176: ...9 30 CONTROL SYSTEM 9 7 6 CONTROL FOR AUTO COOL HEAT OPERATION ...
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Страница 229: ...3 57 167 7 21 7 ...
Страница 230: ......
Страница 287: ...REFRIGERANT PIPING AND REFRIGERANT CHARGE 13 11 GAS LINE LIQUID LINE E 152S E 162M1 E 202M1 E 242S E 302S ...
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Страница 424: ...TCGB0023 rev 0 04 04 Printed in Spain ...