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1. TECHNICAL DATA:
DESCRIPTION OF PARAMETERS
Cooling capacity (1) (min / rated / max)
Heating capacity (2) (min / rated / max)
Power consumption in cooling mode(min/rated/max)(1)
Power consumption in heating mode(min/rated/max)(2)
Current consumption in cooling mode(min/rated/max)
Current consumption in heating mode (2) (min / rated /
max)
Yearly energy consumption in cooling mode (1)
Dehumidification capacity
Power supply
Power supply min / max
Power absorption in cooling mode
Power absorption in heating mode
Maximum absorption in cooling mode
Maximum absorption in heating mode
Protection level
Maximum operating pressure
E.E.R.
C.O.P.
Energy Efficiency Class in cooling mode
Energy Efficiency Class in heating mode
Fan speed ( indoor / outdoor )
Room air volume in cooling mode ( max/med/min )
Room air volume in heating mode ( max/med/min )
Outdoor air volume in cooling mode ( max/min )
Outdoor air volume in heating mode ( max/min )
Dimensions ( W x H x D )
Weight ( without packing )
Indoor noise level
Wall hole diameter
Refrigerant gas / charge
Power cable ( N° pole x section mmq )
Maximun remote control range ( distance / angle )
Fuse
OPERATIONAL LIMITS
Maximum operating temperature in cooling mode
Minimum operating temperature in cooling mode
Maximum operating temperature in heating mode
Minimum operating temperature in heating mode
TEST PARAMETERS (wall hole diameter of 200 mm)
(1) Cooling capacity test
(2) Heating capacity test
INVERTER 9 -12 DC
INVERTER
9 SF
kW
1.4/2.3/2.7
kW
_
W
460/850/1300
W
_
A
2.1/3.9/5.8
A
_
kWh
425
l/h
1.0
V-F-Hz
230–1-50
V
198/264
W
1300
W
_
A
5.80
A
_
IP20
MPa
3.60
_
_
A
_
3/4
m³/h
490/430/360
m³/h
_
m³/h
520/350
m³/h
_
mm
902x506x229
kg
39
db
34 - 43
mm
162/202
Tipo/kg
R410A/0.490
3x1.5
m/°
8/80°
10AT
INVERTER
INVERTER
9 HP
12 SF
1.4/2.3/2.7
1.8/2.7/3.1
1.4/2.4/2.7
460/850/1300
580/1000/1400 580/1000/1400
420/750/1200
2.1/3.9/5.8
2.7/4.6/6.4
1.9/3.4/5.3
425
500
1.0
1.1
230–1-50
230–1-50
198/264
198/264
1300
1400
1200
5.80
6.40
5.30
IP20
IP20
3.60
3.60
2.70
2.70
3.20
A
A
3/4
3/4
490/430/360
490/430/360
490/430/360
520/350
520/350
520/350
902x506x229
902x506x229
39
34 - 43
34 - 43
162/202
162/202
R410A/0.490
R410A/0.490
3x1.5
3x1.5
8/80°
8/80°
10AT
10AT
Indoor temperature
DB 32°C – WB 24°C
DB 18°C
DB 27°C
_
Indoor temperature
DB 27°C – WB 19°C
DB 20°C – WB 15°C
INVERTER
12 HP
1.8/2.7/3.1
_
1.8/2.7/3.0
_
530/840/1300
2.7/4.6/6.4
_
2.4/3.8/5.9
500
1.1
230–1-50
198/264
1400
_
1300
6.40
_
5.80
IP20
3.60
2.70
_
3.21
A
A
_
A
3/4
490/430/360
_
490/430/360
500/340
_
500/340
902x506x229
39
39
34 - 43
162/202
R410A/0.490
3x1.5
8/80°
10AT
outdoor temperature
DB 43°C – WB 32°C
DB – 10°C
DB 24°C – WB 18°C
DB – 15°C
outdoor temperature
DB 35°C – WB 24°C
DB 7°C – WB 6°C
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Table of Contents
Related Manuals for Olimpia splendid INVERTER 9 SF
Summary of Contents for Olimpia splendid INVERTER 9 SF
-
Page 1: Technical Data
INVERTER 9 -12 DC 1. TECHNICAL DATA: INVERTER INVERTER INVERTER INVERTER DESCRIPTION OF PARAMETERS 9 SF 9 HP 12 SF 12 HP 1.4/2.3/2.7 1.4/2.3/2.7 1.8/2.7/3.1 1.8/2.7/3.1 Cooling capacity (1) (min / rated / max) 1.4/2.4/2.7 1.8/2.7/3.0 Heating capacity (2) (min / rated / max) 460/850/1300 460/850/1300 580/1000/1400 580/1000/1400... -
Page 2: Functions Description
2. DISPLAY: G=> Riceiving remote control signal; H=> Micro-button RESET; FUNCTIONS DESCRIPTION LED D LED C LED B LED A (green) (yellow) (green) (red) Standby Air conditioner active (reached set point) Timer(s) active, waiting state Timer(s) active, ON state Compressor ON state Dirty filter warning (FS) (FS): After passing the 600 hours of operation, the alert appears on the FS replace dirty filters (the machine doesn’t stop);... - Page 3 4. MODE AND LOGIC OPERATION Automatic mode: These mode can be selected from the Remote Control by acting on the relative key as well as by pressing the switch on the display card (in the latter case, only if the appliance was formerly in standby mode). In this program the appliance working mode is selected automatically depending on the room temperature value monitored: •...
- Page 4 • T°room ≤ (T°set+T°camb) -3°C MAXIMUM frequency; • (T°set+T°camb) -3°C < T°room ≤ (T°set+T°camb) -1°C MODULATED frequency; • (T°set+T°camb) -1°C < T°room. ≤ (T°set+T°camb) +1°C MINIMUM frequency; • T°room. > (T°set+T°camb) +1°C compressor OFF; The frequency is recalculated and modified as necessary at intervals of 3 minutes. The speed of the internal fan works, if not specifically set, in accord the temperature of the internal heat-exchanger, in particular: •...
-
Page 5: Auto Restart
ECO key: Energy saving function is activated through this button (T2) and the switching on of the ECO icon remote control on the display, which automatically optimizes machine running. These savings are guaranteed by imposing a current limit (3.8 A) lower than expected for the IPM module (including accessories), so varying in proportion to the frequency of the compressor. -
Page 6: Signal Description
5. FREQUENCY RESTRICTION When there’s no alarm activated, IPM red led blinks 1s ON and 5s OFF (if compressor running) or it is always OFF (if compressor is not running). This led is not collocated on the display but it’s situated on the IPM module, near the sensors. -
Page 7: Top/Bottom Installation Configuration
Protection against internal heat-exchanger temperature too low: This signal is communicated by 6 blinks red LED (HP mode); the temperature limit is 2°C and considerations are: • T°int. heat-exchanger ≥ 7°C there’s no frequency limitation; • 4°C < T°int. heat-exchanger < 6°C the rate of frequency grow is limited;... -
Page 8: Diagnostic Alarms
7. RATING MODE In cooling mode should be set by remote control, the speed of the fan and internal temperature of 18°C; then press for 6 times the button on the remote night (T3). After 2 consecutive beeps the compressor will start to operate at a frequency of 43 Hz. - Page 9 External heat-exchanger temperature too high (HTE): The alarm occurs when the internal heat-exchanger temperature grows more than 70°C. The HTI alarm is cancelled when the internal heat-exchanger temperature reduces below than 60°C. Possible causes are: - Presence of obstructions near the inlet and outlet pipes; - Obstructions inside the machine;...
- Page 10 SCHEMATIC...
- Page 11 9.1 Control board side:...
- Page 12 9.2 IPM board side:...
- Page 13 OHMICH VALUES COMPRESSOR DISCHARGE SENSOR...
- Page 14 OHMICH LVALUES HEAT-EXCHANGER AND AIR SENSOR...
- Page 15 ACCESSORIES Currently there aren’t accessories except those supplied with the machine.