Panasonic Elite Big PAC-i S-200PE3E5B, Технические данные и руководство по обслуживанию

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4-4
4 4
4) Condensation Temperature Control (cooling)
This system control is performed to limit the inverter frequency in order to restrict high pressure’s abnormal increase
and high-load operating prevention in the cooling mode.
In accordance with the temperature of the outdoor heat exchanger temperature sensors (C1, C2), such controls are
performed as to halting the operations of the indoor unit, decreasing the inverter frequency and restricting its increase,
etc.
(a) The threshold value is decreased in accordance with the compressor frequency or indoor load (differences of
temperature).
(b) When “X” values are lowered, the results basically become β=X-2, α=X-3.
(a) The threshold value is decreased in accordance with the compressor frequency or indoor load (differences of
temperature).
(b) When “X” values are lowered, the results basically become β=X-2, α=X-3.
max. (C2, C1)
Outdoor unit operations halted
Frequency decreased
Frequency increases prevented
Frequency increased slower than normal
β: 54
α: 52
X
Setting No.
EEPROM setting in outdoor unit
Outdoor EEPROM : Amendment of X values can be
made due to 4B.
Outdoor EEPROM : Amendment of X values can be
made due to 4B.
CODE: 4B
X (
°C)
-2
52
-1
56.5
0
58.5
1
* Setting at factory shipment
* Setting at factory shipment
*
60
°C
max. (E2, E1)
Outdoor unit operations halted
Frequency decreased
Frequency increases prevented
Frequency increased slower than normal
β: 50
α: 46
X
Setting No.
EEPROM setting in outdoor unit
CODE: 4B
X (
°C)
-2
52
-1
56.5
0
58.5
1 *
60
°C
5) Condensation Temperature Control (heating)
This system control is performed to limit the inverter frequency in order to restrict high pressure’s abnormal increase
and high-load operating prevention in the heating mode.
In accordance with the temperature of the indoor heat exchanger temperatures sensor (E1, E2), such controls are
performed as to halting the operations of the indoor unit, decreasing the inverter frequency and restricting its increase,
etc.
6) Cooling Freeze Prevention Control
The following control is performed during cooling operations (including dry mode operation), in accordance
with whichever of the indoor heat exchanger temperatures (E1 or E2) is lower. (See the chart below.)
7) Discharge Temperature Control
The following control is performed to prevent the discharge temperature from rising abnormally in order to protect
the inverter compressor.
In accordance with the temperature of the discharge sensor TD, such controls are performed as to limiting the
increase of inverter frequency, decreasing it or halting operation of the compressor.
* If the discharge temperature exceeds 101°C, operations of the compressor are halted and restarted after 3
minutes.
If this start/stop activity is repeated 4 times, the alarm “P03” (abnormal discharge temperature) occurs.
min. (E1, E2)
Frequency increased
Frequency increases prevented
Frequency decreased
5+β
2+α
Setting No.
EEPROM setting in outdoor unit
CODE: 3F (for α setting)
α
-15
-15
0
0
*
Setting at factory shipment
*
9
9
Setting No.
CODE: 40 (for β setting)
β
-15
-15
0
0
*
9
9
TD (Discharge Temperature)
Outdoor unit operations halted
Frequency decreased
Frequency increases prevented
Frequency increased slower than normal
94
92
85
101
Normal operations (no control)
°C
(a) Frequency will not be decreased less than 6 minutes after thermostat ON.
(b) The threshold value is increased in accordance with the indoor load (differences of temperature).
Outdoor EEPROM : Amendment of α and β values
can be made due to 3F or 40.
SM830276-00_欧州向け R32シングル TD＆SM.indb 4 19/02/28 9:01:04