Olimpia Splendid INVERTER 9 SF User manual

INVERTER 9 -12 DC

1. TECHNICAL DATA:

DESCRIPTION OF PARAMETERS

INVERTER

9 SF

INVERTER

9 HP

INVERTER

12 SF

INVERTER

12 HP

Cooling capacity (1) (min / rated / max)

kW

1.4/2.3/2.7

1.8/2.7/3.1

Heating capa

city (2) (min / rated / max)

kW

_

1.4/2.4/2.7

_

1.8/2.7/3.0

Power consumption in cooling mode(min/rated/max)(1)

W

460/850/1300

580/1000/1400

Power

consumption in heating mode

(min/rated/max)

(2)

W

_

420/750/1200

_

530/840/1300

Current consumption in cooling mode(min/rated/max)

A

2.1/3.9/5.8

2.7/4.6/6.4

Current consumption in heating mode (2) (min / rated /

max)

A

_

1.9/3.4/5.3

_

2.4/3.8/5.9

Yearly energy consumption in cooling mode (1)

kWh

425

500

5

00

Dehumidification capacity

l/h

1.0

1.1

Power supply

V

-

F

-

Hz

230

–

1

-

50

230

–

1

-

50

230

–

1

-

50

230

–

1

-

50

Power supply min / max

V

198/264

Power absorption in cooling mode

W

1300

1400

Power absorption in heating mode

W

_

1200

_

1300

Maximum absorption in cooling mode

A

5.80

6.40

Maximum absorption in heating mode

A

_

5.30

_

5.80

Protection level

IP20

Maximum operating pressure

MPa

3.60

E.E.R.

_

2.70

C.O.P.

_

3.20

_

3.21

Energy Efficiency Class in cooling mode

A

Energy Efficiency Class in heating mode

_

A

_

A

Fan speed

( indoor / outdoor )

3/4

Room air volume in cooling mode ( max/med/min )

m³/h

490/430/360

49

0/430/360

Room air volume in heating mode ( max/med/min )

m³/h

_

490/430/360

_

490/430/360

Outdoor air volume in cooling mode ( max/min )

m³/h

520/350

500/340

Outdoor air volume in heating mode ( max/min )

m³/h

_

520/350

_

500/340

Dim

ensions ( W x H x D )

mm

902x506x229

Weight ( without packing )

kg

39

Indoor noise level

db

34

-

43

34

-

43

34

-

43

34

-

43

Wall hole diameter

mm

162/

202

162/202

Refrigerant gas / charge

Tip

o/kg

R410A/0.490

Power cable ( N° pole x section mmq )

3x1.5

Maximun remote control range ( distance / angle )

m/°

8/80°

Fuse

10AT

OPERATIONAL LIMITS

Indoor tempe

rature

outd

oor temperature

Maximum operating temperature in cooling mode

DB 3

2

°C

–

WB 24°C

DB 43°C

–

WB 32°C

Minimum operating temperature in cooling mode

DB 18°C

DB

–

10°C

Maximum operating temperature in heating mode

DB 27°C

DB 24°C

–

WB 18°C

Minimum operating temperature in heating mode

_

DB

–

15°C

TEST PARAMETERS (wall hole diameter of 200 mm)

Indoor temperature

outd

oor temperature

(1) Cooling capacity test

DB 27°C

–

WB 19°C

DB 35°C

–

WB 24°C

(2) Heating capacity test

DB 20°C

–

WB 15°C

DB 7°C

–

WB 6°C

2. DISPLAY:

G=> Riceiving remote control signal;

H=> Micro-button RESET;

FUNCTION

S

DESCRIPTION

LED D

(green)

LED C

(yellow)

LED B

(green)

LED A

(red)

Standby

OFF

Air conditione

r

a

c

tive

(

reached se

t

point)

ON

X

Timer(s) active, waiting state

OFF

ON

OFF

Timer(s) active,

ON

state

ON

X

Compressor

ON state

ON

X

ON

X

Dirty filter warning

(FS)

ON

X

ON

(FS): After passing the 600 hours of operation, the alert appears on the FS replace dirty filters (the machine

doesn’t stop); it is reset by pressing the micro button for a few seconds.

3. REMOTE CONTROL

T1

ON/OFF /standby)

T2

Economy

key

T3

Night key

T4

Operating mode selector

T5

Fan speed selector

T6

S

etting timer and programs

T7

I

ncreasing or decr

easing the temperature/time

setting

T9

Activation / deactivation of the deflector unit.

T10

Reset

T11

Activation program

D1

Fan speed

D2

Heating

D3

Cooling

D4

Dehumidifier only

D6

Night operaio switch

D7

Automatic operation switch

D8

First operat

ing program switch

D9

Second operating program switch

D10

Temperature indicator or time indicator

D11

Eco activation of the economy function

4. MODE AND LOGIC OPERATION

4.1 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:

• T°room < 17°C (heating) IDU maximum speed enabled;

• 17°C ≤ T°room < 19°C (heating) IDU medium speed enabled;;

• 19°C ≤ T°room < 21°C (heating) IDU minimum speed enabled;

• 21°C ≤ T°room ≤ 23°C (ventilation only) IDU minimum speed enabled;

• 23°C < T°room ≤ 25°C (cooling) IDU minimum speed enabled;

• 25°C < T°room ≤ 27°C (cooling) IDU medium speed enabled;

• T°room > 27°C (cooling) IDU maximum speed enabled;

4.2 Cooling mode:

In this mode, the air conditioner dehumidifies and cools the room. Before carrying out the operation, set the

required temperature and choose the fan speed (refer to the related paragraphs). After having activated this run

mode, the compressor will start running after 3 minutes at the most and the unit will begin to emit cold air; if the

temperature is below the set temperature the compressor doesn’t start. Only at first start-up from power off, if

T°room is higher than T°set, T°room is forced by IDU board to 45°C in order to force the compressor to the

maximum frequency for 1 minute. When time ends, the compressor continues to work in according to procedure

described below (frequency is recalculated every 3 minutes):

• T°room ≥ T°set +3°C MAXIMUM frequency;

• T°set +3°C > T°room. ≥ T°set +1°C MODULATED frequency;

• T°set -1°C ≤ T°room. ≤ T°set +1°C MINIMUM frequency;

• T°room ≤ T°set-1°C compressor OFF;

The IDU FAN motor works at selected speed (MIN, MED or MAX depending on Remote Control setting). In case

automatic speed mode is enabled, IDU FAN speed works in this way (in case T°room changes instead, the automatic

speed waits at least 3 min. working at the same speed before changing):

• T°room. ≤ T°set+1°C MINIMUM speed;

• T°set +1°C < T°room. ≤ T°set +3°C MEDIUM speed;

• T°room. > T°set+3°C MAXIMUM speed;

4.3 Heating mode (heating pump only):

First set the desired temperature and fan speed. After three minutes the compressor should start and the air

conditioner starts heating the room. The start of the compressor can be checked through the lighting of the green

LED located on the console. It’s only available for models with heat pump (HP). This operation must be preceded by

the setting of desired temperature and fan speed selection. Only at first start-up from power off, if T°set deviates

± 1°C from the value measured in, the temperature of the room is forced to 5°C in order to force the compressor

frequency for a maximum interval of 1 minute. When time ends, the compressor continues to work in according to

procedure described below where T°camb. corresponds to environment temperature correction on the location of

the high/low unit (see cap.6):

• 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:

• T°int. heat-exchanger < 31°C IDU fan and air-sweep stop to prevent cold air;

• 31°C ≤ T°int. heat-exchanger ≤ 38°C IDU fan starts working SUPER-LOW speed;

• T°int. heat-exchanger > 38°C IDU fan and air-sweep operate in according with Remote Control;

4.3.1. Defrost:

DEFROST is enabled after 20 minutes of the compressor start to the occurrence of any of these conditions:

• T°out - T°ext. heat-exchanger > 7°C and T°out > 5°C (for next 5 minutes);

• T°out - T°ext. heat-exchanger > 15°C and -1°C < T°out ≤ 5°C (for next 2 minutes);

• T°out - T°ext. heat-exchanger > 8°C and -8°C < T°out ≤ -1°C (for next 2 minutes);

• T°out - T°ext. heat-exchanger > 7°C and T°out ≤ 8°C (for next 5 minutes);

• T°est. exchanger ≤ -8°C and defrost function isn’t activated in the previous 120 minutes;

The compressor reduces the frequency to 38 Hz and then work at least for 28 sec. after which the outdoor fan is

turned off. After another 2 sec. also 4-ways valve is disabled, so the compressor increases the frequency to the

limit of 60 Hz. The defrost ends when the T°ext. heat-exchanger ≥ 12 ° C or 10 minutes after it.

In particular the end of the defrosting expects to decrease the frequency to 38 Hz followed by a stage at a constant

frequency of 28 sec. Finally 2 sec. to enable 4-way valve and further 5 sec. before that frequency starts to

increase.

4.4 Dehumidify only mode:

When used in this mode, the air conditioner only eliminates the humidity in the room. In this mode, both T°room

and fan speed settings are ignored, which correspond to minimum.

After setting the desired temperature, T°room is constantly monitored by software and it is compared with T°set.

Depending on the difference between these two temperature, compressor is turned ON/OFF in according to values

described below:

• T°room - T°set <-2°C compressor OFF;

• T°room – T°set > 1°C compressor ON;

The compressor (ON) switches one stage to the max frequency for 6 min. and one at a minimum for 10 min.

4.5 Fan mode:

In this mode the air conditioner does not perform any action with regard to temperature and air humidity in the

room. At this stage you can select the fan speed and air sweep. All other outputs are switched off and only DIRTY

FILTER alarm (FS) is enabled.

4.6 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.

4.7 Night well-being mode:

This mode can be selected from the remote control by acting on the relative key and can only be used in

conjunction with cooling and heating mode.

In cooling mode, when the night mode is enabled, both the internal and external fans are forced to run at minimum

speed and the T°set is automatically increased by 1°C after 1 hour and by a further 1°C after 2 hours.

In heating mode when the night mode is enabled, the internal fan is forced to minimum speed, external fan is

forced to medium speed and the T°set is automatically decreased by 1°C after 1 hour and by a further 1°C after 2

hours.

The night well-being mode button may be disabled at any time (ideally when you wake up in the morning) by

pressing button T3 again; at this stage the temperature and fan speed settings made prior to starting Night well-

being comes back into effect.

4.8 AUTORESTART:

In case of black-out from standby mode, when the AC power comes back, the compressor activation is immediately

allowed. In case of black-out during fan/heating/cooling/dehumidify mode, when the AC power comes back, the

compressor activation delayed is 3 minutes.

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. Otherwise, when the compressor is not working properly can view the following reports:

SIGNAL

DESCRI

PTION

RED

LED

T°

discharge too high

5

T

° external heat

-

exchanger too high

3

T

° internal heat

-

exchanger too high

3

T

° internal heat

-

exchanger too low

6

5.1 Protection against compressor discharge temperature too high:

The problem is indicated by the sequence of 5 blinks of red light of IPM. Specifically, given as a limit value of

temperature 95 ° C is that:

• T°discharge ≤ 87°C there’s no frequency limitation;

• 88°C < T°discharge < 92°C the rate of frequency grow is limited;

• 93°C ≤ T°discharge ≤ 95°C the frequency stops growing;

• T°discharge > 96°C the frequency starts going down;

In case of the compressor is running and T° dischar ge overtakes the

limit, the compressor frequency is reduced to the minimum

(compressor frequency reduction). The compressor frequency

reduction starts 2 minutes after that the limit was overtaken.

In case of air-conditioner is turned on with T°discharge on the limit, compressor starts to work. The frequency is

limited to the first compressor frequency target calculated by IPM MCU. Otherwise, it T°discharge is over the limit,

frequency grows to the first compressor frequency target calculated by IPM MCU and, then, it reduces to minimum.

5.1 Protection against external heat-exchanger temperature too high:

When the protection is activated the IPM red led blinks 3 times; the limit reference in this case is 65°C and the

frequency restriction are:

• T°ext. eat-exchanger ≤ 57°C there’s no frequency limitation;

• 58°C < T°ext. heat-exchanger < 62°C the rate of frequency grow is limited;

• 63°C ≤ T°ext. heat-exchanger ≤ 65°C the frequency stops growing;

• T°ext. heat-exchanger > 66°C the frequency starts going down;

5.2 Protection against internal heat-exchanger temperature too high:

Also for the reporting of the internal exchanger temperature too high the IPM red led blinks 3 times. Limit value is

55°C for which apply the following considerations:

• T°int. heat-exchanger ≤ 47°C there’s no frequency limitation;

• 48°C < T°int. heat-exchanger < 52°C the rate of frequency grow is limited;

• 53°C ≤ T°int. heat-exchanger ≤ 55°C the frequency stops growing;

• T°int. heat-exchanger > 56°C the frequency starts going down;

5.3 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;

• 3°C ≤ T°int. heat-exchanger ≤ 2°C the frequency stops growing;

• T°int. heat-exchanger < 1°C the frequency starts going down;

6. TOP/BOTTOM INSTALLATION CONFIGURATION

This unit may be installed either at the bottom of the wall (adjacent to the floor) or at the top (adjacent to the

ceiling). The air jet can be modified to optimize air distribution and room well-being by changing the position of

the air outlet flap and setting an appropriate temperature correction "T°camb." amounted to +3°C (it is not

possible to separate two operations). Figure 1 refers to a machine configured for installation near the floor in

which air flows upwards. The same configuration may also be used to install the unit near the ceiling with the

cooling function. This permits to increase the air flow inside the room (Coanda effect). Figure 2 refers to a machine

configured for installation near the ceiling in which air flows downwards.

After having carried out the mechanical operations to change the air outlet flap, configure the machine's control

electronics follows these points:

- connect the power supply line;

- ensure the machine is in standby;

- hold down the micro-button (H) until an audible signal starts ringing;

- CEILING CONFIGURATION: press the micro-button (H) to select yellow LED C;

- FLOOR CONFIGURATION: press the micro-button ( H) to select green LED D;

- release the micro-button;

- wait a few seconds until the standby configuration is restored ;

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. Will be activated so that the two fans work at full speed.

To end the procedure, press standby button or automatically cease after 5 hours from setting. The same goes for

the heating mode, the only difference is to set a temperature of 30°C corresponding to an operating frequency

compressor 50Hz.

8. DIAGNOSTIC ALARMS

All alarms are reported in table. They reset automatically after 3 minutes after the alert or, alternatively, you can

turn off the machine and wait just 30 seconds. ONLY for IPM alarms, if they are activated more than 4 times by 15

minutes, the rehabilitation automatic function is turned off. Both types of alarm functions do not require as self-

diagnosis because are displayed in real time.

DIAGNOSTIC ALARMS

CONTROL

MODULE

(blinking on display)

Tr

ipping threshold

LED D

(green)

LED C

(yellow)

LED B

(green)

LED A

(red)

T° room sensor fault

(open/short

circuit)

0

1

T° int.

heat

-

exchanger sensor fault

(open/short

circuit)

0

2

Internal

heat

-

exchanger temperature too

low (LT)

-

2°C / 7°C

0

3

Int

ernal

heat

-

exchanger temperature too

high (HTI)

65°C / 42°C

0

4

IDU IPM com

unication error

-

0

5

IDU AC fan motor no speed feedback

-

0

8

Condensate tank MAX LEVEL alarm

(OF)

1

EEprom reading

error

-

1

2

DIAGNOSTIC ALARMS IPM MODULE

(blinking on display)

Tripping threshold

LED D

(green)

LED C

(yellow)

LED B

(green)

LED A

(red)

T°ex

t.

sensor fault

(open/short

circuit)

0

1

T°ex

t.

heat

-

exchanger sensor fault

(open/short circuit)

0

2

T

°

discharge sensor fault

(open/short circuit)

0

3

DC compress

or feedback

-

0

4

Out

door unit c

om

unication

error

-

0

5

Over current

-

0

6

Compressor output No load

-

0

7

Over/under DC voltage

380V

DC

/240V

DC

0

8

DC compressor start failure

-

0

9

E

xt

ernal

heat

-

exchanger temperature too

high(HTE)

70°C

/ 60°C

1

0

IPM protection

-

1

2

EEPROM reading error

-

1

3

EEPROM writing error

-

1

4

D

ischarge temperature too high

110°C/

--

1

7

AC zero crossing detection fault

-

2

4

8.1 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;

- Excessive dirt accumulated on the outdoor heat-exchanger;

- Malfunction ODU fan

- High external air temperature

8.2 Condensate max level alarm (OF):

In case of condensate max level switch opens continuously for at least 1minute, the air-conditioner stops working

(all the outputs are switched off, air-sweep and air-inlet closes). The state of alarm appears on the display. The

alarm is disabled in fan mode or standby mode. The causes that may have caused the alarm activation are:

- Lock or break the condensate pump;

- Malfunction of the float activate pump;

- Burning of the power transformer pump;

8.3 Internal heat exchanger temperature too low (LT):

The LT alarm occurs when the compressor is running, and the internal heat exchanger temperature is below -2°C

for more than 5 minutes, continuously. The alarm is cancelled when the internal heat-exchanger temperature

grows beyond 7°C. The causes that may have caused the alarm activation are:

- Presence of obstructions near the inlet and outlet pipes;

- Obstructions inside the machine;

- Excessive dirt accumulated on the indoor heat exchanger;

- Malfunction IDU fan

- Low external air temperature

8.4 Internal heat exchanger temperature too high (HTI):

The HTI alarm occurs when the internal heat-exchanger temperature grows more than 65°C and it is cancelled

when the internal heat-exchanger temperature reduces below than 42°C. The causes may be:

- internal air filter clogged.

- Internal heat-exchanger dirty

- Indoor air fan blocked or slowed.

- Suction screen clogged.

- Outside air temperature is too high. The air conditioner can’t operate in heating with temperatures above 25°C.

- Indoor air temperature too high due to excessive layers in the room where the machine is installed.

8.5 Discharge temperature too high

The maximum threshold beyond which the alarm is activated is 110 ° C but there isn’t a lower limit temperature

threshold for the automatic disabling of the alarm.

9. MANAGEMENT AND CONDENSATE DRAIN

The drain pump is activated only when the compressor is ON and micro-switch (pump running) closed. A second

switch operated by another float (high water), it shall stop the machine if it remains open for more than 60

seconds. If the contacts remain closed for more than a minute in fact, the shutter is powered (230 V) and discharge

water to a maximum interval of 3 minutes or until the switches are not open.

The shutter is normally scheduled to be closed in the state of standstill. In the heating mode (pump OFF) card

provides voltage electronic shutter to allow the discharge of water from the external heat-exchanger.

10. SCHEMATIC

9.1 Control board side:

9.2 IPM board side:

11. OHMICH VALUES COMPRESSOR DISCHARGE SENSOR

12. OHMICH LVALUES HEAT-EXCHANGER AND AIR SENSOR

13. ACCESSORIES

Currently there aren’t accessories except those supplied with the machine.

Olimpia Splendid INVERTER 9 SF User manual

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Olimpia Splendid INVERTER 9 SF User manual

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