Salda AMBERAIR COMPACT RH Series, AMBERAIR COMPACT 7 RH E, AMBERAIR COMPACT 7 RH W, AMBERAIR COMPACT 7 RH C Mounting And Installation Instruction

AMBERAIR COMPACT RH

EN MOUNTING AND INSTALLATION INSTRUCTION

1. CONTENTS

2. SYMBOLS AND MARKING 3

3. SAFETY INSTRUCTIONS AND PRECAUTIONS 3

4. INFORMATION ABOUT THE PRODUCT 4

4.1. DESCRIPTION 4

4.1.1. CASING 5

4.2. DIMENSIONS AND WEIGHT 6

4.3. TECHNICAL DATA 7

4.4. OPERATING CONDITIONS 8

4.5. STANDARD PACKAGE OF COMPONENTS 9

4.6. DESCRIPTION OF COMPONENTS 9

4.7. SPARE PARTS 10

5. INSTALATION 11

5.1. RECEPTION OF GOODS 11

5.2. TRANSPORTATION AND STORAGE 11

5.3. UNPACKING 12

5.4. MOUNTING DIAGRAM 13

5.5. MOUNTING 14

5.5.1. PLACE REQUIREMENTS FOR THE EQUIPMENT AND MOUNTING POSITIONS 15

5.6. CONNECTION OF AIR DUCTS 16

5.7. CONNECTION OF THE UNIT TO ELECTRIC NETWORK 17

5.8. START-UP RECOMMENDATIONS 17

5.8.1. SYSTEM PROTECTION 17

5.8.2. PRE-STARTUP RECOMENDATIONS OF THE UNIT (IN THE PRESENCE OF THE ENDUSER) 17

6. MAINTENANCE 17

6.1. SAFETY INSTRUCTION 17

6.2. COVER OPENING 17

6.3. FILTERS AND PREFILTER MAINTENANCE 18

6.4. FANS MAINTENENCE 18

6.5. HEAT EXCHANGER MAINTENANCE 19

6.6. CONTROL BOARD MAINTENANCE 20

6.7. ELECTRIC, WATER HEATER AND COOLER MAINTENANCE 20

7. CONTROL 21

7.1. DEVICE CONTROL 21

7.2. MEANING OF THE SYMBOLS USED IN THE INSTRUCTIONS AND ON THE DEVICE 21

7.3. MAIN DEVICE FUNCTIONS 21

7.4. DESCRIPTION OF THE UNITS FUNCTIONS 23

8. ACCESSORIES 23

8.1. CONNECTION FO ACCESSORIES 26

8.1.4. ELECTRICAL DIANGRAMS AND ABBREVIATION IN ELECTRICAL CIRCUIT DIAGRAMS 26

9. GENERAL RECOMMENDATIONS FOR THE MAINTENANCE OF VENTILATION SYSTEM 66

10. POSSIBLE FAULTS AND TROUBLESHOOTING 67

11. DECLARATION OF CONFOMITY 68

12. WARRANTY 69

12.1. LIMITED WARRANTY COUPON 69

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2. SYMBOLS AND MARKING

LN: XX000000

2019.01.01

Warning – pay attention Additional information

Stick the auxiliary label on the unit (on an easily accessible place) or on the dashed place of a technical manual in order to keep the important information about the unit.

LN: XX000000

2019.01.01

Figure 2.1 - Technical label

1 - Logo; 2 - Product code (SKU); 3 - Product name; 4 - Technical data; 5 - Production place; 6 - Batch number and production date; 7 - Serial

Figure 2.2 - Indication for duct connection.

ODA - outdoor air; SUP - supply air; ETA - extract air; EHA - exhaust air.

Units tested and produced according to EC directives

AmberAir Compact range is Eurovent certied product

SALDA – associated member of the Eurovent association (Europe’s Industry Association for Indoor Climate (HVAC), Process Cooling, and Food Cold Chain Technologies)

VDI 6022

AmberAir Compact SD50+ units designed of the VDI 6022 Part 1 guideline (Hygiene requirements for ventilation and air-conditioning systems and units)

SALDA world like to inform you that based on the Commission Regulation (EU) No 1253/2014 for enforcing directive 2009/125/EC (hereinafter referred to as ErP diretive), the operational area of certain AHU within the European Union is regulated by certain conditions. The AHU can only be used within the EU when it meets the requirements of the ErP directive. If certain AHU doesn’t have CE mark on it, use thereof is strictly prohibited in the EU.

number.

3. SAFETY INSTRUCTIONS AND PRECAUTIONS

Device is manufactured in compliance with the following directives:

• Machinery Directive, 2006/42/EC;

• Low Voltage Directive (LVD) 2014/35/EU;

• EMC Directive (EMC) 2014/30/ES;

• Ecodesign Directive, No 1253/2014.

Read these instruction very carefully before installing and using this equipment. Installation, connection and maintenance should be carried out by

a qualied technician and in accordance with the local rules and legal acts. The company shall take no responsibility for injuries su󰀨ered by people or for damaged property, if the safety requirements are not followed or the device is modied without the permission of the manufacturer.

EN | 3AMBERAIR COMPACT RH v2019.08

Main safety rules

Danger

• Before performing any electrical or maintenance tasks make sure, that the device is disconnected from the mains, that all moving parts of the device have stopped.

• Make sure that the fans can not be accessed through air ducts or branch openings.

• If you notice liquids on electric parts or connections that bear voltage, stop the operation of the appliance.

• Do not conect the device into the mains, that di󰀨ers from that indicated on the label or on the housing, or in technical documentation.

• Voltage of the mains should comply with the electrotechnical parameters indicated on the label, or in technical documentation.

• The device should be earthed in accordance with the rules of installation of electric appliances. It is forbidden to turn on and use unearthed device. Follow the requirements of the device’s labels that indicate Danger.

Warnings

• Connection of electricity and maintenance of the device should be performed only by a qualied personnel, in accordance with the manufacturer’s instructions and valid safety requirements.

• In order to reduce risk during installation and maintenance, suitable protective clothes should be worn.

• Beware of sharp angles while performing installation and maintenance tasks.

• Do not touch heating elements until they haven’t cooled down.

• Some devices are heavy, thus one should be very careful while transporting and installing. Use suitable lifting equipment.

• While connecting electricity to the mains a circuit breaker of suitable size is necessary.

Warning!

• If the device and additional components is installed in a cold environment, make sure that all connections and tubes are properly isolated. Intake and discharge air ducts should be isolated in all cases.

• Openings of the ducts should be covered during transportation and installation.

• Make sure not to damage the heater when connecting the piping of the water heater. For tightening up, use a wrench/spanner.

Before starting the equipment

• make sure, that there are no strange objects inside;

• manually check whether fans are not stuck or blocked;

• if rotary heat exchanger is installed in the device, make sure that it is not stuck or blocked;

• check the grounding;

• make sure that all components and accessories are connected in accordance with the project or provided instructions.

4. INFORMATION ABOUT THE PRODUCT

4.1. DESCRIPTION

AmberAir Compact 7 RH include the following model options:

Model: 7RH Model box: SD50+ (T2TB1), SD50 (T3 TB4), MD50+(T3 TB1), MD50(T3 TB4). Heating electric coil: EL1 (low power), EL2 ( medium power), EL3 ( high power). Heating water coil: HW1 ( low power), HW2 (medium power), HW3 (high power, only for vertical), HW4 (extra high power only for vertical). Right or left models: R (Right) L (Left). The side where the supply air is located when viewed from the access side. Fan (plastic/metal impellers): F1 (low power), F2 (medium power), F3 (high power), F4 (extra high power). Rotor: C (Condensation), E (Hygroscopic), S (Sorption). Cooling water coil: HW1 (low power), HW2 (medium power). More power capacity available with accesories. Control type: C1 MCB, C2 Pre-wiring.

AmberAir Compact is a compact-class ventilation unit with a heat recovery system. Its technical parameters are provided in the tables below.

PARAMETER VALUE VALUE VALUE

Model size 7 RH E 7 RH W 7 RH C Heat exchange type Rotor Rotor Rotor Instalation type Horizontal Horizontal Horizontal Service side Right/Left Right/Left Right/Left Fan type EC EC EC Integrated heater/cooler Electrical Water Cooler Control type MCB or Pre-wiring MCB or Pre-wiring MCB or Pre-wiring Filter type Bag / panel Bag / panel Bag / panel Installation version indoor/outdoor indoor/outdoor indoor/outdoor Rotor drive 0-10V 0-10V 0-10V

Thank you for purchasing the devices of our company!

Not suitable for swimming pools, saunas and other similar facilities.

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4.1.1. CASING

The casing of AmberAir Compact SD50+ unclear meaning and thermal characteristics. More detailed information is provided in the tables below.

EN 1886:2008 data

MODEL BOX MD50 SD50 MD50+ SD50+

Casing strength class D2(M) D1(M) D2(M) D1(M) Casing air leakage class at - 400 Pa L1(M) L1(M) L1(M) L1(M)

Casing air leakage class at + 700 Pa L1(M) L1(M) L1(M) L1(M)

Filter bypass leakage class F9(M) F9(M) F9(M) F9(M) Thermal transmittance class T3 T3 T3 T2 Thermal bridging factor class TB4 TB4 TB1 TB1

Aluminium Aluminium

Casing proles options

Anodized aluminium Anodized aluminium

Corners Plastic Plastic Plastic Plastic Corners ammability (UL 94) HB HB HB HB Thickness of double skin panel 45,5 [mm] 45,5 [mm] 45,5 [mm] 45,5 [mm] Insulation material Stone wool Polyurethane foam Stone wool Polyurethane foam Insulation material density <95 [kg/m3] 45 [kg/m3] <95 [kg/m3] 45 [kg/m3] Insulation material thermal conductivity 0,033 [W/mK] 0,024 [W/mK] 0,033 [W/mK] 0,024 [W/mK]

Insulation material re reaction class (EN

13501-1:2007) External sheet metal thickness and coating

options Internal sheet metal thickness and coating

options

A1 B – s2 d0 A1 B – s2 d0

0,7 [mm] AluZn 185

0,7 [mm] AluZn 185 0,7 [mm] AluZn 185 0,7 [mm] AluZn 185 0,7 [mm] AluZn 185

0,5 [mm] Zn polyester painting RAL 7040

Aluminium without thermal break

Anodized aluminium without thermal break

0,7 [mm] AluZn 185

Aluminium without thermal break

Anodized aluminium without thermal break

0,5 [mm] Zn polyester painting RAL 7040

All AmberAir casing model boxes has rounded internal corners, which prevents accumulation of dust and dirt, facilitates cleaning and makes it possible to use in a hygienic unit design.

AmberAir MD50+ and SD50+ has thermal bridging factor class TB1 – it eliminates possibilities for condensate occurrence on outer surface of the unit. AmberAir MD50 and SD50 has thermal bridging factor class TB4 – under certain ambient conditions condensate may occur on outer surface of the unit.

Below illustrates AmberAir MD50, AmberAir SD50, AmberAir MD50+ and AmberAir SD50+ cross-sections.

Figure 4.1.1.1 - AmberAir MD50 cross-section.

1 – Corner prole, 2 – intermediate prole, 3 – special corner prole for connection between two sections, 4 – double skin stone wool panel, 5 -

rounded prole corners, 6 – non-porous gasket tted in special groove, 7 – panel block aluminium prole, 8 – panel block gasket

Figure 4.1.1.2 - AmberAir SD50 cross-section

1 – Corner prole, 2 – intermediate prole, 3 – special corner prole for connection between two sections, 4 – double skin polyurethane foam

panel, 5 - rounded prole corners, 6 – non-porous gasket tted in special groove, 7 – panel block aluminium prole, 8 – panel block gasket

EN | 5AMBERAIR COMPACT RH v2019.08

Figure 4.1.1.3 - AmberAir MD50+ cross-section

1 – Corner prole with thermal break strips, 2 – intermediate prole with thermal break strips, 3 – special corner prole with thermal break strips

for connection between two sections, 4 – double skin stone wool panel, 5 - rounded prole corners, 6 – non-porous gasket tted in special

groove, 7 – panel block aluminium prole, 8 – panel block gasket

Figure 4.1.1.4 - AmberAir Compact SD50+ cross-section

1 – Corner prole with thermal break strips, 2 – intermediate prole with thermal break strips, 3 – special corner prole with thermal break strips for connection between two sections, 4 – double skin polyurethane foam panel, 5 - rounded prole corners, 6 – non-porous gasket tted in spe-

cial groove, 7 – panel block aluminium prole, 8 – panel block gasket.

4.2. DIMENSIONS AND WEIGHT

L

A

L2/L2*

C C

B B

L1 L3

B B

A

D D

W

W/W*

H

C C

H2

W

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L

L1 L3

B

C C

L2/L2*

C1

A

D

B B

H

C

A

D D

W

W/W*

H1

B1

H2

A1

Dimensions, [mm]

L L1 L2 L2* L3 W W* H H1 H2 C C1 C2 d A B A1 B1 2230 880 675 725 675 1905 2105 2180 140 125 563 337 440 20 1753 974 1753 522

Weight, [kg] 950*

*Specied weight can vary depending on selected unit conguration

4.3. TECHNICAL DATA

ELECTRICAL DATA

Model

Fans power, [kW]

Fans curent, [A]

Fans phase/ voltage, [?/V]

Heat power, [kW]

heater curent [A]

heater phase/ voltage, [?/V]

Total power and curent, [kW/A]

PLASTIC IMPELLER

7 RH F1 E1 5,00 8 3~ / 400 27 39,02 3~ / 400 32,5 / 50,02

7 RH F1 E2 5,00 8 3~ / 400 30 43,36 3~ / 400 35,5 / 54,36

7 RH F1 E3 5,00 8 3~ / 400 51 73,71 3~ / 400 56,5 / 84,71

7 RH F1 W 5,00 8 3~ / 400 0,8 3,48 1~ / 400 6,3 / 14,48

7 RH F2 E1 5,80 9,6 3~ / 400 27 39,02 3~ / 400 33,3 / 51,62

7 RH F2 E2 5,80 9,6 3~ / 400 30 43,36 3~ / 400 36,3 / 55,96

7 RH F2 E3 5,80 9,6 3~ / 400 51 73,71 3~ / 400 57,3 / 86,31

7 RH F2 W 5,80 9,6 3~ / 400 0,8 3,48 1~ / 400 7,1 / 16,08

7 RH F3 E1 6,80 10,8 3~ / 400 27 39,02 3~ / 400 34,3 / 52,82

7 RH F3 E2 6,80 10,8 3~ / 400 30 43,36 3~ / 400 37,3 / 57,16

7 RH F3 E3 6,80 10,8 3~ / 400 51 73,71 3~ / 400 58,3 / 87,51

7 RH F3 W 6,80 10,8 3~ / 400 0,8 3,48 1~ / 400 8,1 / 17,28

7 RH F4 E1 11,60 19,2 3~ / 400 27 39,02 3~ / 400 39,1 / 61,22

7 RH F4 E2 11,60 19,2 3~ / 400 30 43,36 3~ / 400 42,1 / 65,56

7 RH F4 E3 11,60 19,2 3~ / 400 51 73,71 3~ / 400 63,1 / 95,91

7 RH F4 W 11,60 19,2 3~ / 400 0,8 3,48 1~ / 400 12,9 / 25,68

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METAL IMPELLER

7 RH F1 E1 5,00 8 3~ / 400 27 39,02 3~ / 400 32,5 / 50,02

7 RH F1 E2 5,00 8 3~ / 400 30 43,36 3~ / 400 35,5 / 54,36

7 RH F1 E3 5,00 8 3~ / 400 51 73,71 3~ / 400 56,5 / 84,71

7 RH F1 W 5,00 8 3~ / 400 0,8 3,48 1~ / 400 6,3 / 14,48

7 RH F2 E1 7,20 11,6 3~ / 400 27 39,02 3~ / 400 34,7 / 53,62

7 RH F2 E2 7,20 11,6 3~ / 400 30 43,36 3~ / 400 37,7 / 57,96

7 RH F2 E3 7,20 11,6 3~ / 400 51 73,71 3~ / 400 58,7 / 88,31

7 RH F2 W 7,20 11,6 3~ / 400 0,8 3,48 1~ / 400 8,5 / 18,08

7 RH F3 E1 7,20 11,8 3~ / 400 27 39,02 3~ / 400 34,7 / 53,82

7 RH F3 E2 7,20 11,8 3~ / 400 30 43,36 3~ / 400 37,7 / 58,16

7 RH F3 E3 7,20 11,8 3~ / 400 51 73,71 3~ / 400 58,7 / 88,51

7 RH F3 W 7,20 11,8 3~ / 400 0,8 3,48 1~ / 400 8,5 / 18,28

7 RH F4 E1 14,40 23,2 3~ / 400 27 39,02 3~ / 400 41,9 / 65,22

7 RH F4 E2 14,40 23,2 3~ / 400 30 43,36 3~ / 400 44,9 / 69,56

7 RH F4 E3 14,40 23,2 3~ / 400 51 73,71 3~ / 400 65,9 / 99,91

7 RH F4 W 14,40 23,2 3~ / 400 0,8 3,48 1~ / 400 15,7 / 29,68

7RH FILTER DATA Filter code Type Width, [mm] Height, [mm] Depht, [mm] Bag nr. Class* E󰀩ciency*

Filtras FMK 592x490x350-7/F9 Bag lter 592 490 350 7 ePM1 85

Filtras FMK 592x490x350-7/M5 Bag lter 592 490 350 7 EePM10 60

Filtras FMK 592x490x350-7/SGF7 Bag lter 592 490 350 7 ePM1 70

Filtras FMK 592x490x570-8/F9 Bag lter 592 490 570 8 ePM1 85

Filtras FMK 592x490x570-8/M5 Bag lter 592 490 570 8 EePM10 60

Filtras FMK 592x490x570-8/SGF7 Bag lter 592 490 570 8 ePM1 70

Filtras MPL 592x490x46 F7 Panel lter 592 490 46 - ePM1 70

Filtras MPL 592x490x46 F9 Panel lter 592 490 46 - ePM1 85

Filtras MPL 592x490x46 M5 Panel lter 592 490 46 - EePM10 65

Filtras MPL 592x490x46 G4 Panel lter 592 490 46 - Coarse 85 50

* - according to ISO 16890.

4.4. OPERATING CONDITIONS

PLACE OF OPERATION

Operation in explosive environment prohibited Transporting of the polluted air prohibited Outdoor air temeperature without preheater -23/+40 °C Outdoor air temperature limits with a selected pre-heater on an air duct -40/+40 °C Outdoor air max humidity 90 % Temperature limits of an extracted air +15 / +40 °C Extract air max humidity 60 % Maximum room temperature for installing the unit 0 / +40 °C

The air handling units installed outdoors shall be started only when the following obligatory conditions established by the manufacturer are met:

• Units that are stored at the site before installation shall be sealed using additional means in order to prevent the accumulation of moisture inside the unit.

• If the unit is installed and is not started for continuous operation, it must be ensured that no warm/humid air enters the unit through air ducts and that no moisture condensates inside the unit.

• If the ventilation units stand idle for a long time or are started infrequently, the system must be blown down at the maximum capacity 1/24 h to dehumidify.

• Voltage to the automatics of the unit is installed and connected; the system of water products is lled with glycol/water.

In case of failure to comply with the requirements set out above, the manufacturer shall have the right not to refute the warranty in respect of the occurrence of moisture/water in damaged components.

INDOORS / OUTDOORS / INDOORS AND OUTDOORS / OUTDOORS WITH SPECIAL ACCESSORIES

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4.5. STANDARD PACKAGE OF COMPONENTS

7

4

8

3

2

6

1

5

12

16

11

15

10

14

9

13

20

19

18

17

Standard package (without optional accessories) includes:

Anti-vibration pad Set of bolts and nuts for

pad connection

4.6. DESCRIPTION OF COMPONENTS

outdoor air supply air extract air exhaust air

19

17

9

Supply air temperature

sensor TJ

6

3

5

12

2

4

14

10

11

Key Seal prole

8

7

18

1

15

20

13

16

17

9

5

19

6

3

12

2

4

18

14

10

11

16

13

1

8

7

20

15

1 - supply air fan; 2 - supply air fan pressure sensor (on control board); 3 - extract air fan; 4 - extract air fan pressure sensor (on control board);

5 - supply air lter; 6 - supply air lter lter pressure sensor; 7 - extract air lter; 8 - extract air lter pressure sensor; 9 - supply air prelter;

10 - heat exchanger; 11 - heat exchanger motor; 12 - heat exchanger motor driver; 13 - heater/cooler - electrical/water (water cooler only on

horizontal supply chanel); 14 - control box; 15 - mountaining base; 16 - supply air temperature sensor; 17 - outdoor air temperature sensor; 18 -

after rotor temperatre sensor; 19 - exhaust air tempetarure sensor; 20 - extract air temperature and humidity sensor DTJ.

EN | 9AMBERAIR COMPACT RH v2019.08

4.7. SPARE PARTS

Door

Fan units

Heat exchangers (Condensation (width-200 mm))

Heat exchangers (Enthalpy (width-200 mm))

Heat exchangers (Sorption (width-200 mm))

Heat exchangers (Condensation (width-250 mm))

Heat exchangers (Hygrscopic (width-250 mm))

Heat exchangersi (Sorption rotor molecural sieve 3A (width-250 mm))

Durys 7RH-PVS/IVS 2058x553 -PU GPUD232_1162M Durys 7RH-PVS/IVS 2058x553-Vata GPUD232_1165M Durys 7RH-PVS 1838x758 -PU GPUD232_1177M Durys 7RH-PVS 1838x758-Vata GPUD232_1164M Durys 7RH-RS 2058x553 -PU GPUD232_1162M Durys 7RH-RS 2058x553-Vata GPUD232_1169M Durys 7RH-RS H2xW2 -PU-250 GPUD232_1175M Durys 7RH-RS H2xW2-Vata-250 GPUD232_1176M Vent. 1093 VQ RH35C-ZID.DC.CR (114500) CF GPUVM224_1093_1094 Vent. 1094 VQ RH45C-ZIK.DG.CR (114880) CF GPUVM224_1094_1094 Vent. 1095 VQ RH56C-ZID.GG.CR (114631) CF GPUVM224_1095_1095 Vent. 1098 VQ RH35C-ZID.DC.1R (113484) CF GPUVM224_1098_1094 Vent. 1099 VQ RH45C-ZID.GG.1R (113966) CF GPUVM224_1099_1094 Vent. 1100 VQ RH56C-ZID.GG.1R (113974) CF GPUVM224_1100_1095 Šil. rot. P-E20-1900 ZSLROPT0020 Šil. rot. P-E16-1900 ZSLROPT0021 Šil. rot. P-E20-1700 ZSLROPT0022 Šil. rot. P-E16-1700 ZSLROPT0023 Šil. rot. P-E20-1500 ZSLROPT0024 Šil. rot. P-E16-1500 ZSLROPT0025 Šil. rot. E-E20-1900 ZSLROET0007 Šil. rot. E-E16-1900 ZSLROET0008 Šil. rot. E-E20-1700 ZSLROET0009 Šil. rot. E-E16-1700 ZSLROET0010 Šil. rot. E-E20-1500 ZSLROET0011 Šil. rot. E-E16-1500 ZSLROET0012 Šil. rot. N-E20-1900 ZSLRONT0001 Šil. rot. N-E16-1900 ZSLRONT0002 Šil. rot. N-E20-1700 ZSLRONT0003 Šil. rot. N-E16-1700 ZSLRONT0004 Šil. rot. N-E20-1500 ZSLRONT0005 Šil. rot. N-E16-1500 ZSLRONT0006 Šil. rot. ST1-LN-WV-1900 ZSLROST0099 Šil. rot. ST1-XN-WV-1900 ZSLROST0100 Šil. rot. ST1-LN-WV-1700 ZSLROST0101 Šil. rot. ST1-XN-WV-1700 ZSLROST0102 Šil. rot. ST1-LN-WV-1500 ZSLROST0103 Šil. rot. ST1-XN-WV-1500 ZSLROST0104 Šil. rot. SE1-LN-WV-1900 ZSLROSE0001 Šil. rot. SE1-XN-WV-1900 ZSLROSE0002 Šil. rot. SE1-LN-WV-1700 ZSLROSE0003 Šil. rot. SE1-XN-WV-1700 ZSLROSE0004 Šil. rot. SE1-LN-WV-1500 ZSLROSE0005 Šil. rot. SE1-XN-WV-1500 ZSLROSE0006 Šil. rot. HM1-LN-WV-1900 ZSLROHM0010 Šil. rot. HM1-XN-WV-1900 ZSLROHM0011 Šil. rot. HM1-LN-WV-1700 ZSLROHM0012 Šil. rot. HM1-XN-WV-1700 ZSLROHM0013 Šil. rot. HM1-LN-WV-1500 ZSLROHM0014 Šil. rot. HM1-XN-WV-1500 ZSLROHM0015

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Variklis OJ-MRHX-3P04-15

Rotor drives and controllers

Electrical heaters

Water heaters

Water coolers

Control board

Filters (Pocket)

Filters (Panel)

Pre-lters (Panel) Filtras MPL 592x490x46 CORS-65 (G4) ZFEPF252

Sensors

Variklis OJ-MRHX-3P08-15 Valdiklis rot. OJ-DRHX-1220-MAD5 8Nm ZAKVA055 Valdiklis rot. OJ-DRHX-1220-MAD5 4Nm ZAKVA054 Šild. el. AAC 7R-27-3f-NIS-H ZESAAC027 Šild. el. AAC 7R-27-3f-NIS-V ZESAAC028 Šild. el. AAC 7R-30-3f-NIS-H ZESAAC025 Šild. el. AAC 7R-30-3f-NIS-V ZESAAC026 Šild. el. AAC 7R-51-3F-NIS-H ZESAAC022 Šild. el. AAC 7R-51-3F-NIS-V ZESAAC021 Šild. vand. 1 eil. Compact 7 R H GNGPR168_1155_0 Šild. vand. 2 eil. Compact 7 R H GNGPR168_1156_0 Šild. vand. 1 eil. Compact 7 R V GNGPR168_1157_0 Šild. vand. 2 eil. Compact 7 R V GNGPR168_1158_0 Šild. vand. 3 eil. Compact 7 R V GNGPR168_1159_0 Aušin. vand. 2 eil. Compact 7 R H GNGPR168_1161_0 Aušin. vand. 4 eil. Compact 7 R H GNGPR168_1162_0 Aut.219.1140-7R-E3-C1 GAUSM219_1140_1140 Aut.219.1141-7R-W-C1 GAUSM219_1140_1141 Aut.219.1145-7R-E-C2 GAUSM219_1140_1145 Aut.219.1142-7R-W-C2 GAUSM219_1140_1142 Filtras FMK 592x490x350-8 ePM1-85-SG (F9) ZFEFMK1186 Filtras FMK 592x490x350-7 CORS-85-SA (M5) ZFEFMK1182 Filtras FMK 592x490x350-7 ePM1-70-SG (F7) ZFEFMK1185 Filtras FMK 592x490x570-7 ePM1-85-SG (F9) ZFEFMK1181 Filtras FMK 592x490x570-8 CORS-85-SA (M5) ZFEFMK1184 Filtras FMK 592x490x570-8 ePM1-70-SG (F7) ZFEFMK1183 Filtras MPL 592x490x46 ePM1-70 (F7) ZFEPF237 Filtras MPL 592x490x46 ePM1-85 (F9) ZFEPF238 Filtras MPL 592x490x46 ePM10-55 (M5) ZFEPF236

Jutiklis temp. TJ1TE-NTC10K3B-4.5x90P-2x6,0mPVCFL

Jutiklis DTJ100.1.50 PJUT0081 Jutiklis temp. TJ1TE-NTC10k3-6x6x22B-2x5.0 m PVC PJUT0069 Temperaturos jutikliui TJ1-NTC10k3B-6x240S-

2x2.0mPVC-CF

PJUT0071

PJUT0076

5. INSTALATION

5.1. RECEPTION OF GOODS

Each device is thoroughly checked before transportation. When receiving goods it is recommended to check whether devices were damaged during transportation. If damage to the device is identied, immediately inform the representatives of a transport company. Please inform a representative of the manufacturer, if any deviation from the order is noticed.

5.2. TRANSPORTATION AND STORAGE

• All units are packed in the factory to withstand regular conditions of transportation.

• The package is only for protection purpose!

• When unloading and storing the units, use suitable lifting equipment to avoid damage or injuries. Do not lift units by holding on power supply

cables, connection boxes, air extract or exhaust anges. Avoid impact and shock overloads. Before installation units must be stored in a dry

room with the relative air humidity not exceeding 70% (at +20 °C) and with an average ambient temperature ranging between +5 °C and +30 °C. The place of storage must be protected against dirt and water.

• The units must be transported to the storage or installation site using forklifts.

• The storage is not recommended for a period longer than one year. In case of storage longer than one year, before the installation it is necessary to verify whether the bearings of fans and motor rotate easily (turn the impeller by hand) and if the electric circuit insulation is not damaged or the moisture is accumulated.

• AmberAir Compact are lifted from the pallet with a forklift or slings, which are inserted through the supporting legs (four corners).

• AmberAir Compact are lifted from the pallet with a forklift at the recesses at the supporting base, or with slings.

EN | 11AMBERAIR COMPACT RH v2019.08

The product is heavy. Exercise caution when transporting and installing.

W/W*

Dimensions, [mm]

H W W* L1 L2 L3

2480 2150 2350 830 830 1000

* - Extended rotor section pallet lenght

The product can be lifted with a forklift or a crane using slings. When lifting with a forklift, the length of the fork must be greater than the length or width of the product (depending on the product version).

Figure 5.2.1 - AmberAir Compact lifting with a forklift

When lifting the product with slings, it is necessary to insert spacers between them in order to prevent damage to the casing of the product.

Figure 5.2.2 - AmberAir Compact lifting with slings

5.3. UNPACKING

• Remove the lm from the unit.

• Remove the bracing packaging tape which keeps the protective proles.

• Remove the protective proles.

• Unscrew the wood screws which fasten the unit legs to the pallet.

• After unpacking the unit, examine it to make sure that it it has not been damaged during transportation. The installation of damaged units is prohibited!

• Verify that all ordered equipment are delivered before starting the installation. Any deviation from the ordered equipment must be reported to the supplier of products.

12 | EN AMBERAIR COMPACT RH v2019.08

• AmberAir Compact are lifted from the pallet with a forklift at the recesses at the supporting base, or with slings.

5.4. MOUNTING DIAGRAM

Figure 5.4.1 - With automatic

Figure 5.4.2 - Prie-wiring

TV1_P/TV1_I

Figure 5.4.3 - GK

T2 TV1_P/TV1_I

EN | 13AMBERAIR COMPACT RH v2019.08

TV1_P/TV1_I

T2 TV1_P/TV1_I

TV2_P/TV2_I

M

CO

2

T4 TV3_P/TV3_I

TV2_P/TV2_I

Figure 5.4.4 - KPS

T4 TV3_P/TV3_I

TV2_P/TV2_I

Figure 5.4.5 - Indication for duct connection. Figure 5.4.6 - Ventilated premises

ODA - outdoor air; SUP - supply air; ETA - extract air; EHA - exhaust air.

LIST OF COMPONENTS A1 Fire damper actuator I FILTER1 Supply air prelter A2 Fire damper actuator II FILTER2 Supply air lter DTJ Extract air temperature and humidity sensor FILTER3 Extract air lter GK AHU component KE1 Electric heater IV Exhaust air fan KE2 Duct Electric heater KPS Duct component KV1 Water heater M2 Outdoor air damper actuator KV2 Duct Water heater M3 Exhaust air damper actuator M4 Water heater circulatory pump PE1 Electric preheater M5 Water heater valve actuator PS1.1/U5 Supply air prelter pressure switch/transmitter M6 Water cooler circulatory pump PS1.2/U6 Supply air lter pressure switch/transmitter M7 Water cooler valve actuator PS2/U7 Extract air lter pressure switch/transmitter M8 Water heater circulatory pump PV Supply air fan M9 Water heater valve actuator RR Rotor heat exchanger PSS DX cooler defrost pressure switch TE Exhaust air temperature sensor T1 AHU water heater protection thermostat TJ Supply air temperature sensor T2 AHU water cooling changeover thermostat TL Outdoor air temperature sensor T3 Duct water heater protection thermostat TR1 Air after rotor temperature sensor T4 Duct water cooling changeover thermostat

CW1 AHU Water cooler TV1_P/TV1_I

CW2 Duct Water cooler TV2_P/TV2_I

AHU Water heater temperature sensor (P-on the pipe/I-into the pipe)

Duct Water heater/cooler temperature sensor (P-on the pipe/I-into the pipe)

DX2 DX cooler

5.5. MOUNTING

• Installation should only be performed by qualied and trained sta󰀨.

• When connecting air ducts, consider the notices indicated on the casing of the unit.

• Before connecting to the air duct system, the connection openings of ventilation unit should be closed.

• When connecting the ducts , you should pay attention to the air ow direction indicated on the device housing.

• Do not connect the bends close to connection anges of the unit. The minimum distance of the straight air duct between the unit and the rst branch of the air duct in the supply air duct must be 1xD, in air exhaust duct 3xD, where D is diameter of the air duct.

• It is recommended to use the accessories-holders. This will reduce vibration transmitted by the unit to the air duct system and environment.

• Enough space must be left for opening of the maintenance door and lter covers.

• If the installed ventilation unit is attached to a wall, it may transmit noise vibrations to the premises. Though the level of noise caused by the fans is admissible, it is recommended to mount the unit at the distance of 400 mm from the nearest wall. If it is not possible, the mounting of the unit is recommended on the wall of the room where the level of noise is not important.

• Ducts are connected to the unit in such way that they could be easily disassembled and the heater could be removed from the unit when performing service or repair works.

• Can be installed outside if weather protected. An outdoor air section, OC is available as accessory.

14 | EN AMBERAIR COMPACT RH v2019.08

The protective lm is intended to protect the unit during transportation. It is recommended to remove the lm because oxidation signs may occur.

The products shall be installed on the legs. In order to do so, the unit should be slightly lifted. The hoisting methods are shown in the section “Transportation and Storage”.

Note. Before conecting sections, please, remove transportation rubber tapes from rotor wheel,

Extended rotor section connection

5.5.1. PLACE REQUIREMENTS FOR THE EQUIPMENT AND MOUNTING POSITIONS

1. The installation position only in the horizontal direction.

2. Install the supporting legs.

3. AmberAir Compact are assembled from separate sections.

4. They must be adjusted without a gradient.

5. Leave space in the front (1,5xL) that it would be su󰀩cient to open the doors and to remove or install a required component.

EN | 15AMBERAIR COMPACT RH v2019.08

Space for door opening L, [mm] 2000

outdoor air supply air extract air exhaust air

H1-R H1-L H2-R H2-L

HV1-R HV1-L HV2-R HV2-L

HV3-R HV3-L HV4-R HV4-L

HV5-R HV5-L HV6-R HV6-L

5.6. CONNECTION OF AIR DUCTS

• Connected air ducts must be straight and have their own xing.

• Make sure that the fans can not be accessed through air duct heads. If it is possible to access the fan, protective grid should be installed. You can choose it in our website.

• Do not reduce the diameter of the piping near air inlet or exhaust ducts. If you want to reduce the speed of air in the system, drop of pressure and noise level, you can increase the diameter.

• In order to reduce the level of the noise in the air supply system, install silencers (see chapter on their installation).

16 | EN AMBERAIR COMPACT RH v2019.08

• In order to reduce air loss in the system, the air ducts and prole parts should be of class C and higher. Their catalog can be found in our website.

• If air handling unit is installed in heated premises, outdoor and exhaust air ducts must be insulated in order to avoid heat loses and condensing. If AHU is installed outdoors, it’s recommended to insulate all the air ducts.

• It is recommended to maintain a distance of up to 8 meters between air intake and air exhaust ducts. Air supplying system should be installed further from potential air pollution sources.

• Use holders while installing air ducts next to the ventilation equipment. They suppress vibration and ensure a rm installation of various system parts.

• Necessary holders can be found in our catalog or website.

• A common mistake is that air ducts are attached to improper airow connection. On the ventilation equipment there are signs, indicating the air duct to be connected. Before starting the system carefully check whether the work was performed properly.

5.7. CONNECTION OF THE UNIT TO ELECTRIC NETWORK

• Supply voltage to the unit must be connected by a qualied specialist following the manufacturer’s instructions and e󰀨ective safety instructions.

• The unit’s power network voltage must correspond to electrotechnical parameters of the unit indicated in the technical lable or in the technical manual.

• The unit’s voltage, power and other technical parameters are provided in the unit’s technical lable or in the technical manual. The unit must be

connected to the power network in compliance with the e󰀨ective requirements and following the manufacturer’s instructions.

• The unit must be earthed according to the rules on installing electrical equipment.

• It is prohibited to use extension wires (cables) and power network plug socket distribution devices.

• Prior to carrying out any ventilation unit installation and connection activities (until its hand-over to the customer), the unit must be disconnected from the power network.

• After installation of the ventilation unit, disconnection from the power network is performed through the external protection device and unit main switch.

• The unit must be thoroughly checked against damages (execution, control, measurement nodes) during transportation before it is connected to the power network.

• The power cable can be replaced only by a qualied specialist upon the evaluation of the rated power and current.

The manufacturer does not assume any liability for personal injuries and property damage due to noncompliance with the provided instructions.

5.8. START-UP RECOMMENDATIONS

5.8.1. SYSTEM PROTECTION

The control automatics of the unit have integrated protection against a short circuit of those assemblies. The controllers have the following protectors:

MCB

F1, F2 - 1A(5x20) MCB protection;

EX2

to change depending on the product

To ensure safe maintenance of the unit, it is necessary to turn o󰀨 main switch and/or external protection device.

5.8.2. PRE-STARTUP RECOMENDATIONS OF THE UNIT (IN THE PRESENCE OF THE ENDUSER)

Prior to start-up the system must be thoroughly cleaned. Check whether:

• operation systems and unit elements as well as automation and automation devices were not damaged during installation,

• all electrical devices are connected to power supply and t for service,

• all necessary automation elements are installed and connected to power supply and MCB, EX1, EX2 terminal blocks,

• cable connection to MCB, EX1, EX2 terminal blocks comply with the existing power connection diagrams,

• all electrical equipment protection elements are properly connected (if they are additionally used),

• cables and wires correspond to all applicable safety and functional requirements, diameters, etc.,

• earthing and protection systems are properly installed,

• condition of all seals and sealing surfaces is correct.

6. MAINTENANCE

6.1. SAFETY INSTRUCTION

It’s necessary to stop the unit before opening it’s doors. Disconnect the main switch and open doors after fans stop completely (approximately 2 min.). It necessary to assure, that the main switch cannot be turned on by the third parties.

6.2. COVER OPENING

1. Doors opening with handles (2-4 pic.)

2. Doors opening with clamp (5-11 pic.)

3. Remove coil tubes cover (5-11 pic.)

EN | 17AMBERAIR COMPACT RH v2019.08

Make sure, that units’ switch is at o󰀨 position (1 pic.).

Turn the handles 90 degrees (2 pic.). After pulling the doors towards yourself, return the handles to the primary position (3 pic.). Open the doors (4 pic.). All the doors of AmberAir Compact units can be opened accordingly. If the AHU is equipped by electrical heater, then, in order to open the doors just unscrew all 4 holding handles (5-8 pic.), remove the screws from

the inner side, after opening the side door (Fig. 10) and remove the doors (11 pic.). In case of water heater – unscrew pipe sealing half-rings rstly

(9 pic.).

6.3. FILTERS AND PREFILTER MAINTENANCE

1

2

After lter changing, reset lters timer if used lter timer. Strictly prohibited to operate the unit without lters!

It is recommended to change the lters every 3 - 4 months, or according to lter timer, or lter pressure relay or pressure

transmitter indication in remote control panel or BMS.

3

4

6.4. FANS MAINTENENCE

Before starting maintenance or repair work, make sure that the unit is disconnected from the electrical network and main

switch is turned o󰀨.

• Maintenance should be performed only by experienced and trained sta󰀨.

• The fan should be inspected and cleaned at least once a year.

• Be sure the fan is disconnected from power source before performing any maintenance or repair.

• Begin maintenance works only after a full stop of the fan.

• When performing technical maintenance work, follow all work safety rules.

• The structure of the motor includes high-performance bearings. They are pressurised and, therefore, do not require lubrication throughout the motor service life.

• Detach fan connections from the unit.

• Disconnect fan air pressure hose.

• Impeller should be specially checked for build-up material or dirt which may cause an imbalance. Excessive imbalance can lead to accelerated wear on motor bearings and vibration.

• Clean the impellers and the inside of the casing with a soft, non-soluble and non-corrosive detergent and water, with ph (6-8).

• Do not use high pressure cleaner, abrasives, sharp instruments or caustic solvents that may scratch or damage housing and impeller.

18 | EN AMBERAIR COMPACT RH v2019.08

• Do not plunge the motor into any uid while cleaning impeller.

• Make sure, that impeller’s balance weights are not moved.

• Make sure the impeller is not hindered.

• Mount the fan back into the unit. Connect the fan to power supply source. Connect air pressure hose.

• If after maintenance the fan does not start or stop itself, contact the manufacturer. Malfunction of the fan can be identied according to the pressure in the system (when pressure transmitter are connected). When there is a fault in fans’ motor, any separate notice is shown on the control panel.

• Before starting the unit, make sure that no tools or other foreign items are left.

• Open the door of the rotor compartment and unscrew the fan ceiling frame bolts, pull the frame away from the fan unit to prevent damage to the fan seal when removing the unit;

• Open the door of the section from which the fan unit will be removed;

• Disconnect the electrical connections and the pressure hose from the diuzė (?) nipple;

• Unscrew the fan locking screws and release the retainers;

• The fan unit is pulled out through the slide rails.

• It is recommended to use a lifting hook for lifting the fan unit from the product. Use the provided lifting holes

• If there is a fan wall in the section, unscrew the 2nd (further from the door) sealing frame screws through the access through the inlet of the rst fan. The next steps in the removal of the fan unit are similar.

1

4

5

9 10

6

12 13

2

3

7 8

11

6.5. HEAT EXCHANGER MAINTENANCE

• Before starting maintenance or repair work, make sure that the unit is disconnected from the electrical net work and main switch is turned o󰀨.

• Maintenance works may only be started after a full stop of the fans.

• Clean the heat exchanger once a year.

• Wash in hot soapy water or use pressure air. Do not use detergent containing ammonia.

• Check that the brushes are undamaged.

• Check 2 times per year driving belt is su󰀩ciently taut, that it follws and that it is undamaged. If belt tension is too low it needs to be shortened.

• Be sure the fan is disconnected from power source before performing any maintenance or repair.

• When performing technical maintenance work, follow all work safety rules.

• Before starting the unit, make sure that no tools or other foreign items are left.

EN | 19AMBERAIR COMPACT RH v2019.08

1

2

3

5

4

6

6.6. CONTROL BOARD MAINTENANCE

• Before starting maintenance or repair work, make sure that the unit is disconnected from the electrical net work and main switch is turned o󰀨.

• Turn o󰀨 the main switch of the product.

• Open the doors of the product.

• Unscrew the switchboard from the control section.

• Disconnect the connections from the controller.

• Remove the controller.

• To reassemble, repeat the actions in the reverse order. When connecting connectors back pay attention to the connectors’ markings – they must match.

6.7. ELECTRIC, WATER HEATER AND COOLER MAINTENANCE

• Turn o󰀨 the main switch of the product.

• Open the doors of the product.

• Disconnect the supply and return water pipelines.

• Remove the heater.

20 | EN AMBERAIR COMPACT RH v2019.08

7. CONTROL

7.1. DEVICE CONTROL

Ventilation unit can be controlled using a remote control, web interface via MB-Gateway and building management system. More information about the possibilities of controlling is provided in the table below.

MB-Gateway + WIFI + SALDA AIR app Stouch FLEX MCB SA-Control MB-Gateway BMS

+ + + + + Modbus RTU

7.2. MEANING OF THE SYMBOLS USED IN THE INSTRUCTIONS AND ON THE DEVICE

ODA

outdoor air

SUP

supply air

ETA

extract air

EHA

exhaust air

7.3. MAIN DEVICE FUNCTIONS

DESCRIPTIONS OF THE FUNCTIONS MCB

Humidity reduction +

Remote control connector +

BMS connection +

Date and time settings +

Manual components control +

System modes for easy end-user control (Stand-by, building protection, economy, comfort. Air ows are used in the system and

System mode switching from the external contact o

Supply air temperature control and compensation +

they are dedicated to specic modes)

BOOST function +

Event register (storing up to 50 entries) +

Digital input conguration +

Operation indication output +

Alarm indication output +

System monitoring +

Cold/heat recovery +

Winter/summer mode +

Weekly schedule + Holiday schedule +

Reset to factory defaults +

CO2 level reduction function o

Dryness protection +

Fans control according to air pressure +

Night cooling function +

Fire place function +

Fire protection from the external contact o

+

EN | 21AMBERAIR COMPACT RH v2019.08

Air dampers

Fans

Sensors

Electric heater

Electrical pre-heater

Water heater

Water cooler

Filters clogging monitoring

Fire damper

DX cooler

Recirculation

Rotor

Remote controllers

Outdoor air damper control +

0-10V control +

Supply/exhaust air fan fail indication (NC) +

Protection by RPM +

Air ow protection by pressure +

Supply air temperature sonsor +

Outdoor air temperature sensor +

DTJ extract air temperature and humidity sensor +

Exhaust air temperature sensor +

After rotor air temperature sensor +

Water heater temperature sensor +*

Water cooler temperature sensor +*

0-10V control +*

Automatic and Manual protection (NC) +*

0-10V control +*

Automatic and Manual protection (NC) +*

0-10V valve control +*

Water heater protection – thermostat (NC) +*

Water heater circulation pump control +*

Water heater protection – temperature sensor +*

0-10V valve control +*

Water cooler circulation pump control +*

Water cooler operation switching (cooling/heating) +*

Air lter protection according to pressure relays +*

Air lters timer +*

Air lter protection according to pressure transmitters +*

Fire damper control +

Fire damper test function +

0-10V control +*

DX cooler protection indication (NC) +*

DX cooler defrost (NC) +*

DX cooler operation switching (NO – cooling; NC – heating) +*

0-10V control +*

0-10VDC motor control +

On/O󰀨 power line control +

motor belt break protection +

rotation speed indication +

service timer +

S-Touch x

SA-Control x

FlexMCB x

22 | EN AMBERAIR COMPACT RH v2019.08

BMS (Modbus) +

BMS (BACnet) o

○ – Required additional components: CO2 and moisture sensors, switches, etc. + - standard feature (the number of features depends on the ventilation unit in which the automatics are used); to be congured through BMS

network or remote control console x - Remote control consoles * - depends from AHU version and selected components

7.4. DESCRIPTION OF THE UNITS FUNCTIONS

All functions indicated in this section are installed in the software of the control board. However, operation and control of the device depends on the following:

1. Selected control panel. Full functionality and conguration possibility can be assured only by MB-Gateway web interface SA-Control, SALDA AIR app.

2. Connected external devices: external heaters, dampers, sensors and etc. (see the description of the acquired air handling system).

3. Internal components of the device: type of heat exchanger (plate or rotor), integrated dampers, sensors and etc. (see components of the chosen device).

4. Control board type.

Air Handling Unit uses MCB board.

The unit can be congured only with SA-Control remote con trol panel, MB-Gateway web application or SALDA AIR app.

The following control board functions can be fully con trolled only with SA-Control remote con trol panel, MB-Gateway web application or SALDA AIR app. In case of Stouch remote con trol panel use the description of remote control panel functions for MCB control board.

8. ACCESSORIES

Stouch TP-Link TL-

WR802N

PS600B 774451 +

774411

LJ/E SSK ABV SKG LSVF MPL AKS FMK Stogelis CB

MB-Gateway S-RCO2-F2 S-RFF-U-

D-F2

TJ1TE-NTC SPS NFA NM230A-TP RMG VVP VXP STP-CI

S-KFF-U S-KCO2 UG-3-A4O

incl VR-0,6M

IR24- P PA-

TROL_701

FRWC

SSP OC EKS NIS

STA

RFA Com-

TS1C0P

pact 7RH

SVS RSVS

FLEX MCB Comfort Box SA-Control SSB SSC

REHI RREHI RWC RRWC FRWC

SSK SPD

EN | 23AMBERAIR COMPACT RH v2019.08

LCB FCB FREHI LRWC LREHI LSVS

ELECTRICAL ACCESSORIES

CO2 detector (room) S-RCO2-F2 ZAKKT0048 CO2 detector (duct) S-KCO2 ZAKKT0049 Humidity detector (duct) S-KFF-U ZAKKT0051 Humidity detector (room) S-KFF-U-D-F2 ZAKKT0050 Wireless N Nano Router TP-Link TL-WR802N PRGPU105 Remote control panel SA-Control PRGPU126 remote (with logo) S-Touch PRGPU051 Network module MB-Gateway PRGPU082 Button 774451 + 774411 ZEPSM001 Duct smoke detector UG-3-A4O incl VR-0,6M ZAKKT0110 Presence detector (wall) IR24-P ZAKJT019 Presence detector I(ceiling) R24-P ZAKJT020 Motion detector PATROL-701 ZAKJT021

Temperature sensor

Actuator

Damper actuator NM230A-TP ZAKP0055 Damper actuator (with spring) NFA ZAKP0051 Thermostat T Anti frost (spiral.) TS1C0P ZAKT0009 Thermostat T 20-90°C 16A 250V Thermostat 20-90°C 16A 250V ZAKT0013 Pressure relay PS600B ZAKJN0022 Pressure transmitter single SPS 0-2000Pa ZAKKT0047 Pressure transmitter dual SPD 0-2000Pa ZAKKT0125

MECHANICAL ACCESSORIES

Damper class 2

Rectangular duct silencer

Compact 7RH roof RFA Compact 7RH GNGPR168_1164

Freon cooler

Freon cooler mounting legs LRFC 1753x973 GNGPR168_1299M Freon cooler mounting frame FRFC 1753x973 GPURA168_1249M Freon cooler roof RRFC 1753x973 GNGPR168_1257_0

Unit for integration of heater and/or cooler

Damper class 4

TJ1TE-NTC10k3-6x6x22B-2x5.0 m PVC PJUT0069 TJ1-NTC10k3B-6x240S-2x2.0mPVC-CF PJUT0076 SSB 31 200 NM PRGP004 SSB 61 200 NM PRGP005 SSB 81 200 NM PRGP006 SSC 31 200 NM PRGP007 SSC 61 300 NM PRGP008 SSC 81 200 NM PRGP009 STA PRGP001

SSK 1747x967 GSKSSK013_1078M SSK 1747x516 GSKSSK013_1080M SSP 1753x973x1000 GSOSSP216_1036 SSP 1753x522x1000 GSOSSP216_1035

RFC 1753x973 F2-R GNGPR168_1304_0 RFC 1753x973 F4-R GNGPR168_1305_0 RFC 1753x973 F2-L GNGPR168_1309_0 RFC 1753x973 F4-L GNGPR168_1310_0

OC 1753x973 GNGPR168_1250_0 OCM 1855x1020 GNGPR168_1255_0 SER100AL32RD B 1727 x H 967, shaft 100 (MS) ZPDKA0398 SER100AL32RD B 1727 x H 516, shaft 100 (MS) ZPDKA0397

24 | EN AMBERAIR COMPACT RH v2019.08

Flexible connection

Reducer

Silencer AKS 710- 800-10 GSOAKS126 Flexible connection LSVF 710 GVELSVF018 Outlet-intake cover ABV 710 GFDABV0710 Damper SKG 710-M GSKSKG065 Mixing point RMG Valve VVP/VXP Electrical heater mounting legs (for bottom chanel)

78-126 kW Electrical heater mounting frame (for top chanel) 78-

126kW Electrical heater roof 78-126kW RREHI 1755x973 78-126 GPUREM168_1322M Electrical heater mounting legs (for bottom chanel)

45-54kW Electrical heater mounting frame (for top chanel) 45-

54kW Electrical heater roof 45-54kW RREHI 1755x973 45-54 GNGPR168_1298 Comfort Box mounting legs LCB 1747x967 GNGPR168_1254M Comfort Box mounting frame FCB 1747x967 GNGPR168_1248_0 Comfort Box stogelis Comfort Box roof RCB 1747x967 GNGPR168_1252_0

Water cooler

Water cooler mounting legs (for bottom chanel) LRWC 1753x973 GNGPR168_1299M Water cooler mounting frame (for top chanel) FRWC 1753x973 GPURA168_1249M Water cooler roof RRWC 1753x973 GNGPR168_1257_0 Water heater mounting legs (for bottom chanel) LSVS 1734x964 GNGPR168_1300M Water heater mounting frame (for top chanel) FSVS 1734x964 GPURA168_1301M Water heater roof RSVS 1734x964 GNGPR168_1256M

Water heater

Electrical heater

LJ/E 174,7x51,6 GLJLJ/E052 LJ/E 174,7x96,7 GLJLJ/E051 STP-C 1747x516-710 GSFSTPR161_1000 STP-C 1747x967-710 GSFSTPR161_1001

LREHI 1755x973 78-126 GNGPR168_1321M

FREHI 1755x973 78-126 GPURA168_1307

LREHI 1755x973 45-54 GNGPR168_1306

FREHI 1755x973 45-54 GNGPR168_1323M

RWC 1753x973 C2 GNGPR168_1239_0 RWC 1753x973 C4 GNGPR168_1253_0

SVS 1734x964-1 GNGPR168_1246M SVS 1734x964-2 GNGPR168_1283M SVS 1734x964-3 GNGPR168_1284M SVS 1734x964-4 GNGPR168_1285M SVS 1734x513-1 GNGPR168_1286M SVS 1734x513-2 GNGPR168_1302M SVS 1734x513-3 GNGPR168_1303M REHI 1755x973-45kW-H-L GPUK168_1293 REHI 1755x973-45kW-H-R GPUK168_1294 REHI 1755x973-54kW-H-L GPUK168_1291 REHI 1755x973-54kW-H-R GPUK168_1292 REHI 1755x973-78kW-H-L GPUK168_1289 REHI 1755x973-78kW-H-R GPUK168_1290 REHI 1755x973-126kW-H-L GPUK168_1287 REHI 1755x973-126kW-H-R GPUK168_1288 REHI 1753x522-45kW-V GPUK168_1297 REHI 1753x522-54kW-V GPUK168_1296 REHI 1753x522-78kW-V GPUK168_1295 REHI 1753x522-126kW-V GPUK168_1165

EN | 25AMBERAIR COMPACT RH v2019.08

Unit for integration of heater and/or cooler

CB 1747x967-R CW2+DE GSIASD0082 CB 1747x967-R CW4+DE GSIASD0083 CB 1747x967-R CDX2+DE GSIASD0084 CB 1747x967-R CDX4+DE GSIASD0085 CB 1747x967-R HW1+CW2+DE GSIASD0086 CB 1747x967-R HW1+CW4+DE GSIASD0087 CB 1747x967-R HW1+CDX2+DE GSIASD0088 CB 1747x967-R HW1+CDX4+DE GSIASD0089 CB 1747x967-R HW2+CW2+DE GSIASD0090 CB 1747x967-R HW2+CW4+DE GSIASD0091 CB 1747x967-R HW2+CDX2+DE GSIASD0092 CB 1747x967-R HW2+CDX4+DE GSIASD0093 CB 1747x967-R HW3+CW2+DE GSIASD0094 CB 1747x967-R HW3+CW4+DE GSIASD0095 CB 1747x967-R HW3+CDX2+DE GSIASD0096 CB 1747x967-R HW3+CDX4+DE GSIASD0097 CB 1747x967-R HW4+CW2+DE GSIASD0098 CB 1747x967-R HW4+CW4+DE GSIASD0099 CB 1747x967-R HW4+CDX2+DE GSIASD0100 CB 1747x967-R HW4+CDX4+DE GSIASD0081 CB 1747x967-L CW2+DE GSIASD0102 CB 1747x967-L CW4+DE GSIASD0103 CB 1747x967-L CDX2+DE GSIASD0104 CB 1747x967-L CDX4+DE GSIASD0105 CB 1747x967-L HW1+CW2+DE GSIASD0106 CB 1747x967-L HW1+CW4+DE GSIASD0107 CB 1747x967-L HW1+CDX2+DE GSIASD0108 CB 1747x967-L HW1+CDX4+DE GSIASD0109 CB 1747x967-L HW2+CW2+DE GSIASD0110 CB 1747x967-L HW2+CW4+DE GSIASD0111 CB 1747x967-L HW2+CDX2+DE GSIASD0112 CB 1747x967-L HW2+CDX4+DE GSIASD0113 CB 1747x967-L HW3+CW2+DE GSIASD0114 CB 1747x967-L HW3+CW4+DE GSIASD0115 CB 1747x967-L HW3+CDX2+DE GSIASD0116 CB 1747x967-L HW3+CDX4+DE GSIASD0117 CB 1747x967-L HW4+CW2+DE GSIASD0118 CB 1747x967-L HW4+CW4+DE GSIASD0119 CB 1747x967-L HW4+CDX2+DE GSIASD0120 CB 1747x967-L HW4+CDX4+DE GSIASD0121

8.1. CONNECTION FO ACCESSORIES

8.1.4. ELECTRICAL DIANGRAMS AND ABBREVIATION IN ELECTRICAL CIRCUIT DIAGRAMS

ABBREVIATION EXPLANATION ABBREVIATION EXPLANATION

CB Control board System mode switch System mode switch (START/STOP)

UC Components to be connected by the user Fan speed switch Fan speed switch (BOOST)

N1 MCB control board M4 Water heater circulation pump

N2 EX1 control board M6 Water heating indicator output 0-10VDC

N3 EX2 control board T1 Water heater protection thermostat

Q5 Electrical pre-heater power supply circuit breaker T2 Cooling switching thermostat

K3 Electrical pre-heater contact TV Water heater temperature sensor

PE1 Electric pre-heater M12 Water heater control output 0-10VDC

26 | EN AMBERAIR COMPACT RH v2019.08

A1 Fire alarm damper actuator I (supply air) TV2 Water heater temperature sensor

A2 Fire alarm damper actuator I (exhaust air) M16 Water heater circulation pump

K5 Fire alarm damper I open TV3 Water cooler temperature sensor

K6 Fire alarm damper I closed M13 Water cooler control output 0-10VDC

K7 Fire alarm damper II open M14 Water cooler circulation pump

K8 Fire alarm damper II closed M15 DX cooler control output 0-10VDC

M2 Supply air damper K4 DX cooler error

M3 Exhaust air damper X40 [1:2]

FA Fire alarm X41 [1:2] DX cooler power supply

FPP Fireplace protection Transmitter1 Exhaust air RH sensor

START Operation indicator Transmitter2 Exhaust air CO2 sensor

START Warning indicator

SCHEME TITLE UNIT SCHEME TITLE UNIT

7-E1-C1 Electrical connection, when E1 heater and C1

control

7-E2-C1 Electrical connection, when E2 heater and C1

control

7-E3-C1 Electrical connection, when E3 heater and C1

control

7-E1, E2, E3-C2 Electrical connection, when E3 heater and C2

control 7-IVS-F1,F2,F3 Extract air fan F1/F2/F3, TE and TL SP92 Duct electrical heater 126kW 7-IVS-F4 Extract air fan F4, TE and TL SP109 E1 electrical heater 27kW 7-IVS-PS 1X Supply lter PS SP110 E1 electrical heater 30kW 7-IVS-PS 2X Supply air lter and pre-lter PS SP115 Duct electrical heater 78kW 7-PVS-F1,F2,F3 Supply air fan F1/F2/F3, TR1 and DTJ SP116 Duct electrical heater 54kW 7-PVS-F4 Supply air fan F4, TR1 and DTJ SP117 Duct electrical heater 45kW 7-PVS-KE Supply air electrical heater SP-AD Autdoor air and re dampers connection 7-PVS-PS 1X Extract air lter PS SP-CDX Duct DX Cooler connection 7-PVS-T1 Supply air water heater termostat SP-CW Duct water Cooler connection 7-RS-E1,E2,E3 Supply air electrical heater connection through

rotor section

7-RS-W Supply air water heater connection through rotor

section 7-VM Fan connection SP-HW Duct water heater connection 7-W-C1 C1 automatic, when water heater SP-MCB-HW AHU water heater connection 7-W-C2 C2 control box, when water heater SP-PE Duct electrical pre-heater connection 7-N-C2 C2 control box, when no heater

IVS-MODBUS 1X Modbus connection, lters transmitters

IVS-MODBUS 2X Modbus connection, lters and pre-lter trans-

RSD Rotor heat exchanger driver connection

SP90 E3 elektrical heater 51kW

SP-DI_DO System mode, fan speed switches, working,

SP-HE Duct electrical heater connection

DX cooler reserve mode (NO – cooling / NC – heating)

mitters

alarm indication, re alarm and re place function connection

EN | 27AMBERAIR COMPACT RH v2019.08

+Control Box

3~ 400V, 50Hz

12 mod.

10mm2

BUSBAR, 3P,

U-form,

L1

L2

L3

L1

237

L2 L3

MAIN SWITCH

L1 L2 L3

SAF Fan Q3 - L1

237

SAF Fan Q3 - L2

237

SAF Fan Q3 - L3

238

EAF Fan Q4 - L1

238

EAF Fan Q4 - L2

238

EAF Fan Q4 - L3

-Q1

Brown

Blue

L1

225

L2 L3

L1 L2 L3

Heater Q5 - L1

225

Heater Q5 - L2

225

Heater Q5 - L3

225

Heater Q6 - L1

225

Heater Q6 - L2

225

Heater Q6 - L3

230

Control Q2 - 2 : L1

230

Control Q2 - 4 : N

L1

L2

L3

N

POWER SUPPLY

PE

1

2

3

4

5

6

8

55

2.5

7

Blue

1

230

Xp1 : PE

16

Black

16

Brown

16

Gray

1.5

-N

55

62 62

1

1.5

Figure 8.1.4.1 - 7-E1-C1

28 | EN AMBERAIR COMPACT RH v2019.08

9321 1086745

1

2

5

4

3

+Control Box

3~ 400V, 50Hz

12 mod.

10mm2

BUSBAR, 3P,

U-form,

L1

L2

L3

L1

237-1

L2

237-1

L3

237-1

SAF Fan Q3 - L1 SAF Fan Q3 - L2 SAF Fan Q3 - L3

MAIN SWITCH

-Q1

L1

L2

L3

N

POWER SUPPLY

PE

1

2

3

4

5

6

8

55

2.5

7

Blue

1

230-2

Xp1 : PE

16

Black

16

Brown

16

Gray

1.5

-N

55

62 62

1

1.5

Brown

Blue

L1

238-1

L2 L3

L1 L2 L3

EAF Fan Q4 - L1

238-1

EAF Fan Q4 - L2

238-1

EAF Fan Q4 - L3

225-2

Heater Q5 - L1

225-2

Heater Q5 - L2

225-2

Heater Q5 - L3

225-7

Heater Q6 - L1

225-7

Heater Q6 - L2

225-7

Heater Q6 - L3

230-2

Control Q2 - 2 : L1

230-2

Control Q2 - 4 : N

Figure 8.1.4.2 - 7-E2-C1

EN | 29AMBERAIR COMPACT RH v2019.08

9321 1086745

1

2

5

4

3

+Control Box

-Q1

L1

L2

L3

N

POWER SUPPLY

3~ 400V, 50Hz

PE

2

4

6

8

MAIN SWITCH

1

3

5

55

2.5

7

Blue

16

Black

16

Brown

16

Gray

12 mod.

10mm2

BUSBAR, 3P,

U-form,

L1

L2

L3

L1

04-1

L2

04-1

L3

04-1

L1

05-1

L2

05-1

L3

05-1

L1

06-2

L2

06-2

L3

06-2

L1

06-7

L2

06-7

L3

06-7

SAF Fan Q3 - L1 SAF Fan Q3 - L2 SAF Fan Q3 - L3

EAF Fan Q4 - L1 EAF Fan Q4 - L2 EAF Fan Q4 - L3

Heater Q5 - L1 Heater Q5 - L2 Heater Q5 - L3

Heater Q6 - L1 Heater Q6 - L2 Heater Q6 - L3

1.5

1

02-1

Xp1 : PE

-N

55

62 62

1

Brown

1.5

Blue

02-1

Control Q2 - 2 : L1

02-1

Control Q2 - 4 : N

Figure 8.1.4.3 - 7-E3-C1

30 | EN AMBERAIR COMPACT RH v2019.08

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+AHU

+Control box

-PS2

-PS1.1

3 21

-PS1.2

3 21

-PS

1

2

25

1262

1272

1282

1292

1302

-M3

Rotor Motor Controller

OJ-DRHX

1231

23 1089

L NP E

RL_NC

RL_C

RL_NO

2

0-10V

1

GND

-R

L1

1

2

N

1

2

PE

1

2

31

1

2

32

1

2

33

1

2

34

1

2

-KE

1

+AP-KE1

L1 L2 L3

PE

L1 L2 L3

PE

L1 L2 L3

PE

L1 L2 L3

PE

K1 (A2) K1 (A1)

AT1 AT1

0-10V

GND

RT1 RT1

2

L1

1L22

1

2

L3

1

2

PE

1

2

L1

1L22

1

2

L3

1PE2

1L12

1

2

L2

1L32

1PE2

1L12

1

2

L2

1L32

1PE2

1352

1362

1372

1

2

38

1

2

39

1402

1412

1

2

42

Figure 8.1.4.4 - 7-E3-C2

EN | 31AMBERAIR COMPACT RH v2019.08

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+EHA

Fresh

air temp.

sensor

TL

Exhaust

air temp.

sensor

TE

Extract air fan 1

1

X33

2

1-480704-0

3

4

5

6

1

X35

Extract air fan 1

2

1-480704-0

3

4

5

6

W19\brown

W19\white

52

54

56

55

58

60

W17\black

W17\brown

W17\grey

W17\gr/ye

0.5

White

W18\brown

W18\white

+ODA

-X102 769-112

1

2

3

4

5

6

7

8

9

10

11

12

1

- X101 769-112

2

3

4

5

6

7

8

9

10

11

12

Figure 8.1.4.5 - 7-IVS-F1,F2,F3

32 | EN AMBERAIR COMPACT RH v2019.08

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+EHA

Fresh

air temp.

sensor

TL

Exhaust

air temp.

sensor

TE

W11\brown

W11\white

93

W10\brown

W10\white

+ODA

+EHA-X102 769-112

1

2

3

4

5

6

7

8

9

10

11

12

X33.1

Extract air fan 1 Extract air fan 1

1

W13\gr/ye

2

1-480704-0

X33.2

Extract air fan 2

1-480704-0

X35.1

1-480704-0

Extract air fan 2

X35.2

1-480704-0

W13\black

3

W13\brown

4

W13\grey

5

6

1

W12\gr/ye

2

W12\black

3

W12\brown

4

W12\grey

5

6

0.5

1

2

3

4

5

6

1

2

3

4

5

6

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

W13\Shield

W12\Shield

=EX2+EHA- X101 769-112

1

2

3

4

5

6

7

8

9

10

11

12

Figure 8.1.4.6 - 7-IVS-F4

EN | 33AMBERAIR COMPACT RH v2019.08

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+IVS

-PS1

1-COM 2-NO

3-NC

0.5

White

0.5

White

X102 : 3

X102 : 4

Figure 8.1.4.7 - 7-IVS-PS 1X

34 | EN AMBERAIR COMPACT RH v2019.08

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-PS1.1

+IVS

1-COM 2-NO

3-NC

0.5

White

0.5

White

X102 : 1

X102 : 2

-PS1.2

1-COM 2-NO

3-NC

0.5

White

0.5

White

X102 : 3

X102 : 4

Figure 8.1.4.8 - 7-IVS-PS 2X

EN | 35AMBERAIR COMPACT RH v2019.08

12345678910

+ETA

X32

1

2

1-480704-0

3

4

5

6

X34

1

2

1-480704-0

3

4

5

6

TR1

GND RH +5V TA

RH

U

DTJ

TA

GN YE RD WH

W14\yellow

W14\red W14\yellow

W14\white

W16\gr/ye

W16\black

W16\Shield

W16\brown

W16\grey

W16\gr/ye

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

W15\white

W15\brown

W14\green

W14\red

W14\white

+SUP

- X100 769-112

1

2

3

4

5

6

7

8

9

10

11

12

1

-X103 769-112

2

3

4

5

6

7

8

9

10

11

12

Figure 8.1.4.9 - 7-PVS-F1,F2,F3

36 | EN AMBERAIR COMPACT RH v2019.08

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+ETA

+SUP

Extract filters

monitoring

TR1

GND RH +5V TA

RH

U

DTJ

TA

GN YE RD WH

W8\yellow

W8\white

128

Supply air fa n 1 Supply air fan 2 Supply air fa n 1 Supply air fa n 2

X32.1

1

2

1-480704-0

3

4

5

6

X32.2

1

2

1-480704-0

3

4

5

6

X34.1

1

2

1-480704-0

3

4

5

6

X34.2

1

2

1-480704-0

3

4

5

6

W9\white

W9\brown

W8\green

W8\red

W8\yellowW8\red

W8\white

W6\gr/ye

W6\black

W6\brown

W6\grey

W7\gr/ye

W7\black

W7\brown

W7\grey

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

1

-X103 769-112

2

3

4

5

6

7

8

9

10

11

12

W6\Shield

W7\Shield

W7\black W6\black

W7\br own W6\brown

W7\gr ey W6\grey

W6\gr/ye

W7\gr/ye

1

-X8 769-612/002-000

2

3

4

5

6

7

8

9

10

11

12

Figure 8.1.4.10 - 7-PVS-F4

EN | 37AMBERAIR COMPACT RH v2019.08

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+SUP

1

4

1

-X29

2

3

4

Electrical he ater Electrical heater

5

6

769-112

7

8

9

10

11

12

Green-y ellow

2

4

Black

3

4

Brown

4

Gray

5

0.75

Blue

6

0.75

Brown

7

0.5

White

8

0.5

White

9

0.5

White

10

0.5

White

11

0.5

White

12

0.5

White

1

-X6

2

3

4

5

6

769-112

7

8

9

10

11

12

13

4

1

-X30

2

3

4

5

6

769-112

7

8

9

10

11

12

Green-y ellow

14

4

Black

15

4

Brown

16

4

Gray

17

4

Green-y ellow

18

4

Black

19

4

Brown

20

4

Gray

21

4

Green-y ellow

22

4

Black

23

4

Brown

24

4

Gray

1

-X5

2

3

4

5

6

769-112

7

8

9

10

11

12

Figure 8.1.4.11 - 7-PVS-KE

38 | EN AMBERAIR COMPACT RH v2019.08

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+PVS

-PS2

1-COM 2-NO

3-NC

0.5

White

0.5

White

X103 : 1

X103 : 2

Figure 8.1.4.12 - 7-PVS-PS 1X

EN | 39AMBERAIR COMPACT RH v2019.08

12345678910

+PVS

T1

PE

1_COM

2_NO

4_NC

0.5

White

0.5

White

X103 : 9

X103 : 10

Figure 8.1.4.13 - 7-PVS-T1

40 | EN AMBERAIR COMPACT RH v2019.08

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+RS

4

1

-X104

2

3

4

5

769-612/002-000

6

7

8

9

10

11

12

1

-X105

2

3

4

5

769-612/002-000

6

7

8

9

10

11

12

Green-y ellow

4

Black

4

Brown

4

Gray

0.75

Blue

0.75

Brown

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

4

Green-y ellow

4

Black

4

Brown

4

Gray

4

Green-y ellow

4

Black

4

Brown

4

Gray

4

Green-y ellow

4

Black

4

Brown

4

Gray

96

99

102

105

108

111

113

115

117

119

121

123

126

129

132

135

138

141

144

147

150

153

156

159

1

- X104

2

3

4

5

6

769-112

7

8

9

10

11

12

1

- X105

2

3

4

5

6

769-112

7

8

9

10

11

12

Figure 8.1.4.14 - 7-RS-E1/E2/E3

EN | 41AMBERAIR COMPACT RH v2019.08

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+RS

--X100/X101 769-612/002-000

1

2

3

4

5

6

7

8

9

10

11

12

--X102/X103

1

2

3

4

5

769-612/002-000

6

7

8

9

10

11

12

W3\black

W3\brown

W3\grey

W3\gr/ye

1.5

0.5

Green-y ellow

White

- X100/X101 769-112

1

2

3

4

5

6

7

8

9

10

11

12

- X102/X103 769-112

1

2

3

4

5

6

7

8

9

10

11

12

Figure 8.1.4.15 - 7-RS-W

42 | EN AMBERAIR COMPACT RH v2019.08

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-Power

+PVS/IVS

3

MOEA03K0

PE

L1

L2

L3/N

10VDC

W20\Shield

W20\gr/ye

3

W20\black

3

W20\brown

3

W20\grey

Green-yellow

Black

Brown

Gray

1

2

3

4

5

6

11

MOEA03K0

14

GND

E1

24VDC

D1

-Control

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

0.5

White

1

2

3

4

5

6

Figure 8.1.4.16 - 7-VM

EN | 43AMBERAIR COMPACT RH v2019.08

1123445677

65 65

EMRex

02-1

67 67

02-1

68 68

02-1

1.5

6

8

15

0.75

Blue

23

0.75

Brown

1234

5678

6

15

1234

5678

8

23

15

25

23

Xp1

37 37

1

2

13

38 38

1142

1152

1162

2.5

Black

2.5

Brown

2.5

Gray

1.5

Blue

6

1

Brown

8

3

Q2

N

10 10

12

13

L

9

14

17 17

9

12

13

14

1.5

Brown

2

4

10

B

1.5

Brown

1.5

Blue

1.5

16 2411

1.5

Brown

1.5

Blue

28

G2

32 32

N PE

L

0.75

Brown

0.75

Blue

NL

1

2

3

35

KF2EDGKN-3.5/3P

X34

Q3

16

C

2.5

1

3

5

5 5

1.5

88 88

2 2

2

3 3

4

4 4

6

Brown

1.5

02-4

7

Black

2.5

Brown

2.5

Gray

Blue

2.5

Green-yellow

2.5

Green-yellow

KF2EDGKD-5,0/3P

9

1

2

X38

11

3

14

1

Blue

12

2

16

3

1.5

KF2EDGKD-5,0/3P

Green-yellow

X43

1.5

KF2EDGKD-5,0/3P

Green-yellow

1

13

2

X46

24

3

0.75

Green-yellow

28

0.75

Blue

0.75

Brown

35

1.5

Green-yellow

0.75

Green-yellow

87

31

V +V -PE

LNPE

SVL-0511G 24V 2A

G1

34

0.5

White

0.5

White

Q1

1

2

3

4

5

6

7

8

7

PE

Xp1

1.5

7

36

1

2

1

1.5

11

39

122

1.5

16

44

132

1.5

24

45 45

142

25

152

28

87

162

0.75

Green-yellow

87

KF2EDGKD-2.5/3P

X15

87

3

89

2

90

1

0.5

White

GND

5678

1

89

2

31

34

92

Green-yellow

02-1

02-4

02-2-4

02-4-4

12

41

12

43

KF2EDGKD-2.5/5P

K1

A2

A1

41

K2

A2

43

5

4

3

X47

2

1

40 40

0.75

K2

A1

42 42

0.75

18 18

19 19

20 20

21 21

22 22

+24V

5678

1

90

0.75

Brown

Blue

41

KF2EDGKN-3.5/3P

1

2

X45

3

0.75

Brown

Blue

43

KF2EDGKN-3.5/3P

1

2

X44

3

0.35

Preheater protection

protection

X21:(1,2) DI1 - automatic preheater

0.35

White

0.35

White

0.35

White

0.35

White

0.35

White

5

4

3

X7

2

1

X21:(3,4) DI2 - manual pr eheater

KF2EDGKD-2.5/5P

White

0.35

White

2

34

91

0.5

White

91

X8

0.5

White

26

X21

1

26

2

27

3

KF2EDGKD-2.5/8P

27

4

5

6

7

8

1

92

2

3

KF2EDGKN-3.5/8P

4

5

6

7

8

Figure 8.1.4.17 - 7-W-C1

44 | EN AMBERAIR COMPACT RH v2019.08

1123445677

Control Box

AHU

OJ-DRHX

J1

LNPE

1

2

23 1089

PS2

PS1.1

3 21

PS1.2

3 21

PS

1

2

25

1262

1272

1282

1292

1302

R

1

2

PE

1N2

1L12

RL_NC

RL_C

RL_NO

1

GND

2

0-10V

Water heater temperature sensor

1312

1322

1332

1342

KV

TV1

T1

14

1

2

35

1362

1372

1382

Figure 8.1.4.18 - 7-W-C2

EN | 45AMBERAIR COMPACT RH v2019.08

12345678910

AHU

Control Box

PV1

PE

L1 L2 L3

+24

D1

GND

E1 11 14

PV

1

2

L1

PV2

PE

L1 L2 L3

+24

D1

GND

E1 11 14

IV1

PE

L1

1L22

1L32

1PE2

112

122

132

142

152

162

L2 L3

+24

D1

GND

E1 11 14

IV2

+24

GND

Fresh air

tempe rature sensor

Supply air tempe rature sensor

Extraxt air humidity and tempe rature sensor

Exhaust air tempe rature sensor

Afte ro tor air tempe rature sensor

IV

1

2

L1

PE

L1 L2 L3

D1

E1 11 14

TL TJ TE TR1

GND RH +5V TA

RH

U

DTJ

TA

GN YE R D WH

1L22

1L32

1PE2

172

182

192

1102

1112

1122

TEMP

1

2

13

1142

1152

1162

1172

1182

1192

1202

1212

1222

1232

1242

Figure 8.1.4.19 -

46 | EN AMBERAIR COMPACT RH v2019.08

12345678910

+ODA

+EHA

-J15

-J3

S5

3

S1

3

S3

1

-J10

3

-J12

2

-J11

1 - ON (120 Ohm)

2 - OFF (1 kOhm)

SL1 Switch:

3 - OFF (1 kOhm)

1

-J13

MCB

U6

-J20

- J10

-J4

+RS

2

J14

EMRex

1

-J1

2

-J2

MB

-J5

+SUP

S2

1

-J6

3

-J8

2

-J7

U5

-J9

+ETA

Figure 8.1.4.20 - IVS-MODBUS 1X

EN | 47AMBERAIR COMPACT RH v2019.08

12345678910

+ODA

+EHA

-J19

S5

3

S3 S4

1

-J10

3

-J12

2

-J11

1

-J13

3

-J15

2

-J14

1 - ON (120 Ohm)

2 - OFF (1 kOhm)

SL1 Switch:

3 - OFF (1 kOhm)

1

-J17

MCB

U6

U7

-J16

- J10

-J4

+RS

2

J18

S1

1

-J1

3

-J3

2

-J2

EMRex

MB

-J5

+SUP

S2

1

-J6

3

-J8

2

-J7

U5

-J9

+ETA

Figure 8.1.4.21 - IVS-MODBUS 2X

48 | EN AMBERAIR COMPACT RH v2019.08

M3

X51

794715-1

3

1

Green-yellow

1.5

1

4

2

Blue

1.5

436

23

23 1089

5

Brown

1.5

438

8

6

7

LNPE

OJ-DRHX

9

White

0.5

RL_C

RL_NC

RL_NO

White

0.5

1

2

GND

0-10V

Figure 8.1.4.22 - RSD

EN | 49AMBERAIR COMPACT RH v2019.08

3x2000W

3x3000W

3x2000W

3x3000W

3x2000W

A2

60

A2

56

A2

60 69

A2

A1

A2

-EK4

4

A2

3, 4

A2

3

A2

13

A2

12, 13

A2

12

A2

24

A2

23, 24

A2

23 27

1

A1

-EK5 5

A1

-EK6 9 9

A1

-EK7 11

A1

-EK8 16 16

A1

-EK9 18

A1

-EK7 22

A1

-EK8 26 26

A1

-EK9

2.5

4

Black

-K11

2

1

2

7

5

3

4

8

5

6

-K12

14 1411

1

2

15 15

3

4

17 17

18

5

6

-K13

20

22

1

2

21

3

4

25

27

5

6

2

7

8

20

21

2.5

4

25

Black

-K1

2.5

CONTROL1

HEAT1

1

Black

47

-TK1

Black

2.5

Black

2.5

Black

-N7

EKR KN3 NIS

1

Black

30, 31

35, 36

A1

A2

-EK1 38, 39

41

A1

A2

-EK2

40, 41

3

A1

A2

-EK3 34, 43

40

1

-AT3

716 F 2106 aut.50C

2.5

Black

-V2

Black

2.5

1

Black

3

4 2

5

A1A2G

34

-AT2

716 F 2106 aut.50C

53, 55

54 58

2.5

Black

-V1

50

13

-K11

230VAC

A1

63 63

A1

68, 69

230V

-K12

1

68

33

Black

2

4

6

1

Black

37

-K1

-K11

-K12

-K13

1

2.5

Black

30

A1A2G

39

1

Blue

1

Black

1

Black

14

57, 59

14

59, 6755, 66

14

6766

28

1

29

3

32

5

1

Black

31

1

X12

Black

37

X9

Black

38

X7

Black

36

X26

Black

42

X17

Black

43

X14

49 49

-AT1

716 F 2106 aut.50C

A1

230V

-K13

A1

-K1

230VAC

1

Black

-RT2

710V-2111 100C

-RT1

710V-2111 100C

1

Black

1

Black

64

-TK2

PE

1

-X30 769-612/002-000

2

7

3

8

4

PE

5

6

7

8

PE

19 19

9

20

10

21

11

25

12

PE

44 44

53, 54

57, 58

Black1Black

PE

1

-X29 769-612/002-000

28

L1

2

29

L2

3

32

L3

4

45

N

5

47

DO8

6

DI AT

7

+12VDC

8

51

0-10V

9

52

GND

10

DI

11

GND

12

COM

61

X25

X24

68

X22

X20

X18

-N7

K1

K2

K3

K4

EKR KN3 NIS

X8

X10

X5

X6

0-10V

51

X3

GND

52

X4

Figure 8.1.4.23 - SP90

50 | EN AMBERAIR COMPACT RH v2019.08

-Q1

12

34

56

3x400V+PE; 50Hz

Connec ted by user

POWER SUPPLY

- L1

- L2

- L3

- PE

2.5-16

2.5-10

2.5

SP92

Principle electrical scheme

Black

3~ 400V, 126kW

AT1

CHECKED BY

RT1

AT2

DRAWN BY

APPROVED BY

RT2

0-10V

GND

EI D. Aleksandravičius

EI O. Drąsutis

N

DUTIES / NAME

L

56

13 14

SIGNATURE

01

56

2018-06-14

DATE

01

56

SALDA UAB

01

56

01

Book #

Drawing #

01

1

01

2

4

6

PE

2.5-10

35-120

2.5-16

2.5

Black

-X1

1

2

1

2

3

1

2

1

4

1

2

5

1

2

6

1

2

N

1

2

L1

1

2

12

34

01

12

34

01

12

34

01

12

34

01

1

3

5

2.5-10

6-35

2.5-16

10

Black

Black10Black

2.5-16

2.5-10

-L2

6-35

16

710V-2111 100C

95

Black

35-120

2.5-16

2.5

Black

2.5

-RT1

2.5-16

10

2.5

Black

716 F 2106 aut.50C

1

Black

10

Black

2.5

1

6-35

Black

-AT1

3x3000W

-L1

6-35

16

1

710V-2111 100C

1

-RT2

3x2000W

STEP 1

2

4

6

2

4

6

2

4

6

2

4

6

2

4

6

Black

1

25

B

25

B

50

B

50

B

63

B

-KE1

716 F 2106 aut.50C

Black

A1

A2

-EK1

A1

A2

-EK2

A1

A2

-EK3

-Q2

1

3

5

-Q3

2.5

1

2.5

3

2.5

5

-Q4

10

1

10

3

10

5

-Q5

10

1

10

3

10

5

-Q6

16

1

16

3

16

5

2.5

Black

1

-AT2

1

Black

-TK1

95

Black95Black

2.5-10

35-120

2.5-16

2.5-10

-L3

2.5

6-35

2.5-16

6-35

10

16

Black

Black10Black

Black

2.5

Black

1

Black

-K1

1

Black

01

14

13

5

7

Black

2.5

Black

2.5

Black

2

NSYCCOTH C

716 F 2106 aut.50C

-TK2

2.5

Black

1

Black

-V2

2

4

6

2

4

6

2

4

6

2

4

6

1

-AT4

-AT3

-K1

230VAC

-K2

-K3

-K4

-K2

A1

A2

230VAC

-K3

A1

A2

230VAC

-K4

A1

A2

230VAC

-K5

A1

A2

-K5

-K1

10

1

2

3

4

8

5

2.5

Black

8, 9

A1A2G

6, 7

-K2

-K3

-K4

-K5

6

1

Black

11

1

Black

1

Black

4

1

Black

9

1

Black

1

Black

1

Black

6

X12

X9

X7

X26

X17

X14

-N7

CONTROL1

HEAT1

EKR KN3 NIS 4p

10, 11

A1A2G

-V1

4, 5

2.5

Black

2.5

Black

2.5

Black

A1

A2

-EK4

2.5

Black

1

2.5

3

2.5

5

10

1

10

3

10

5

10

1

10

3

10

5

16

1

16

3

16

5

1

Black

1

A1

-EK5

Black

A1

-EK6

Black

A1

-EK10

Black

A1

-EK11

Black

A1

-EK12

Black

A1

A2

-K1

230VAC

Black

1

Black

1

Black

3x2000W

3x3000W

STEP 2

A2

A1

A2

-EK7

3x1000W

STEP 3

A1

9x3000W

A2

-EK8

A2

-EK9

A2

STEP 4

3x1000W

9x3000W

A2

A1

A2

-EK13

12x3000W

A1

-EK14

A1

-EK15

COM

X25

K1

X24

K2

X22

K3

X20

K4

X18

STEP 5

A2

-N7

EKR KN3 NIS 4p

X8

X10

X5

X6

0-10V

X3

GND

X4

Figure 8.1.4.24 - SP92

EN | 51AMBERAIR COMPACT RH v2019.08

A1

A2

-EK4

4

6x2000W

A1

A2

-EK5 5 5

3, 4

A1

A2

-EK6 9

3

1

2.5

Black

2.5

Black

2.5

Black

-K11

2 2

1

2

7 7

3

4

8 8

9

5

6

2.5

PE

1

Black

-X30 769-612/002-000

2

3

4

5

6

7

8

9

10

11

12

-K1

2.5

CONTROL1

HEAT1

1

Black

2.5

Black

2.5

Black

-N7

EKR KN3 NIS

PE

44 44

1

-X29 769-612/002-000

28

2

29

3

32

4

11

N

5

47

DO8

6

12

DI AT

Black

7

+12VDC

8

51

0-10V

9

52

GND

10

53

11

12

30, 31

35, 36

A1

A2

-EK1 38, 39

41

3x3000W

3x2000W

A2

-EK2

40, 41

A2

-EK3

40

16 16

-AT4

716 F 2106 aut.50C

A1

3

A1

34, 43

1

Black

1

13 13

-AT3

716 F 2106 aut.50C

Black

1

2.5

Black

4 2

-V2

716 F 2106 aut.50C

2.5

Black

35

A1A2G

-V1

34

1

5012

-AT2

53

13

28

1

2

33

29

3

4

32

5

6

1

Black

31

1

2.5

Black

37

30

A1A2G

X12

Black

37

X9

Black

38

X7

Black

36

X26

Black

42

X17

Black

43

X14

39

Blue

1

Black

1

Black

49 49

-AT1

716 F 2106 aut.50C

-K1

14

57 57

1

-K11

230VAC

A2

A1

10, 11

10

1

Blue

63 63

1

Black

1

Black

1

Black1Black

Black

COM

61

X25

X24

X22

X20

X18

-N7

K1

K2

K3

K4

EKR KN3 NIS

X8

X10

X5

X6

0-10V

51

A2

A1

-K1

230VAC

1

Black

15 1561, 14 14

-RT2

710V-2111 100C

-RT1

710V-2111 100C

1

Black

1

Black

64

-TK2

47

-TK1

X3

GND

52

X4

Figure 8.1.4.25 - SP109

52 | EN AMBERAIR COMPACT RH v2019.08

A1

A2

-EK4

4

3x2000W

A1

A2

-EK5 5 5

3, 4

A1

A2

-EK6 9

3

3x3000W

1

2.5

Black

2.5

Black

2.5

Black

-K11

2 2

1

2

7 7

3

4

8 8

9

5

6

2.5

PE

1

Black

-X30 769-612/002-000

2

3

4

5

6

7

8

9

10

11

12

-K1

2.5

CONTROL1

HEAT1

1

Black

2.5

Black

2.5

Black

-N7

EKR KN3 NIS

PE

44 44

1

-X29 769-612/002-000

28

2

29

3

32

4

11

N

5

47

DO8

6

16

DI AT

Black

7

+12VDC

8

51

0-10V

9

52

GND

10

53

11

12

30, 31

35, 36

A1

A2

-EK1 38, 39

41

3x3000W

3x2000W

A2

-EK2

40, 41

A2

-EK3

40

12 12

-AT4

716 F 2106 aut.50C

A1

3

A1

34, 43

1

Black

1

13 13

-AT3

716 F 2106 aut.50C

Black

1

2.5

Black

4 2

-V2

716 F 2106 aut.50C

2.5

Black

35

A1A2G

-V1

34

1

5016

-AT2

53

13

28

1

2

33

29

3

4

32

5

6

1

Black

31

1

2.5

Black

37

30

A1A2G

X12

Black

37

X9

Black

38

X7

Black

36

X26

Black

42

X17

Black

43

X14

39

Blue

1

Black

1

Black

49 49

-AT1

716 F 2106 aut.50C

-K1

14

57 57

-K11

230VAC

A2

A1

10, 11

10

63 63

1

Black

1

Black

1

Black1Black

Black

COM

61

X25

X24

X22

X20

X18

-N7

K1

K2

K3

K4

EKR KN3 NIS

X8

X10

X5

X6

0-10V

51

A2

A1

-K1

230VAC

1

Black

15 1561, 14 14

-RT2

710V-2111 100C

-RT1

710V-2111 100C

1

Black

1

Black

64

-TK2

47

-TK1

X3

GND

52

X4

Figure 8.1.4.26 - SP110

EN | 53AMBERAIR COMPACT RH v2019.08

-Q1

12

34

56

3x400V+PE; 50Hz

Connec ted by user

POWER SUPPLY

- L1

- L2

- L3

- PE

PE

35-120

2.5-16

2.5-10

2.5

SP115

Principle electrical scheme

Black

3~ 400V, 78kW

AT1

AT2

DRAWN BY

APPROVED BY

CHECKED BY

RT1

RT2

0-10V

GND

N

DUTIES / NAME

L

56

13 14

SIGNATURE

01

56

2018-06-14

DATE

01

56

SALDA UAB

01

56

01

Book #

Drawing #

01

1

01

2

4

6

2.5-10

2.5-16

2.5

-X1

1

2

1

2

3

1

2

1

4

1

2

5

1

2

6

1

2

N

1

2

L1

1

2

12

34

01

12

34

01

12

34

01

12

34

01

1

3

5

2.5-10

6-35

2.5-16

6

Black

Black4Black

2.5-10

6-35

6

50

Black

35-120

2.5-16

-L2

2.5

Black

2.5

-RT1

710V-2111 100C

2.5-16

4

6

Black

2.5

1

716 F 2106 aut.50C

1

Black

6-35

6

Black

-AT1

6x2000W

-L1

6-35

1

-RT2

710V-2111 100C

STEP 1

2

4

6

2

4

6

2

4

6

2

4

6

2

4

6

Black

1

-Q2

20

B

-Q3

25

B

-Q4

25

B

-Q5

32

B

-Q6

32

B

-KE1

716 F 2106 aut.50C

Black

A1

A2

-EK1

A1

A2

-EK2

A1

A2

-EK3

1

3

5

2.5

1

2.5

3

2.5

5

10

1

10

3

10

5

10

1

10

3

10

5

16

1

16

3

16

5

2.5

Black

1

-AT2

1

Black

-TK1

50

Black50Black

2.5-10

35-120

2.5-16

2.5-10

-L3

2.5

6-35

2.5-16

6-35

4

6

Black

Black6Black4Black

Black

4

Black

1

Black

-K1

1

Black

01

14

13

2.5

5

2.5

7

Black

2.5

Black

-V2

2

-AT4

NSYCCOTH C

716 F 2106 aut.50C

-TK2

2.5

Black

1

Black

2

4

6

2

4

6

2

4

6

2

4

6

1

-AT3

-K1

230VAC

-K2

-K3

-K4

-K2

A1

A2

230VAC

-K3

A1

A2

230VAC

-K4

A1

A2

230VAC

-K5

A1

A2

-K5

-K1

10

1

2

3

4

8

5

2.5

Black

8, 9

A1A2G

6, 7

-K2

-K3

-K4

-K5

1

6

X12

X9

X7

X26

X17

X14

-N7

CONTROL1

HEAT1

EKR KN3 NIS 4p

1

Black

11

1

Black

1

Black

4

1

Black

9

1

Black

1

Black

1

Black

6

10, 11

A1A2G

-V1

4, 5

2.5

Black

2.5

Black

2.5

Black

A1

A2

-EK4

2.5

Black

1

2.5

3

2.5

5

10

1

10

3

10

5

10

1

10

3

10

5

16

1

16

3

16

5

Black

1

A1

-EK5

Black

A1

-EK6

Black

A1

-EK10

Black

A1

-EK11

Black

A1

-EK12

Black

A1

A2

-K1

230VAC

Black

1

Black

1

Black

3x1000W

STEP 2

6x2000W

A2

A1

A2

-EK7

3x1000W

STEP 3

A1

6x2000W

A2

-EK8

A2

-EK9

A2

STEP 4

6x3000W

A2

A1

A2

-EK13

STEP 5

-EK14

-EK15

6x3000W

A2

COM

-N7

K1

K2

K3

K4

EKR KN3 NIS 4p

A1

X25

X24

X22

X20

X18

X8

X10

X5

X6

0-10V

X3

GND

X4

Figure 8.1.4.27 - SP115

54 | EN AMBERAIR COMPACT RH v2019.08

-K1

10

1

2

3

2

3

4

8

12

5

2.5

Black

A1

A2

-EK1

2.5

14, 15

STEP 1

3x3000W

12 mod.

16mm2

BUSBAR, 3P,

U-form,

L1

L2

L3

-Q1

3x400V+PE; 50Hz

Connec ted by user

POWER SUPPLY

43 43

46 46

49 49

50

PE

2

4

6

50

- L1

- L2

- L3

- PE

16

1

3

5

Black

16

Black

16

Black

16

B

2

4

6

20

B

2

4

6

25

B

2

4

6

32

B

2

4

6

A2

-EK2

15

A2

-EK3

14

-Q2

1

2

3

12

5

-Q3

34 34

1

36 36

3

38 38

5

-Q4

42 42

1

45 45

3

48 48

5

-Q5

54 54

1

56 56

3

58 58

5

Black

5

A1

3

A1

2.5

Black

7

1

Black

8, 9

16

A1A2G

-V2

6, 7

-K2

2.5

Black

2.5

2

Black

4

Black

6

-K3

10

Black

10

2

Black

4

Black

6

-K4

10

Black

10

2

Black

4

Black

6

1

Black

11

1

Black

10, 11

13

A1A2G

-V1

4, 5

2.5

Black

2.5

Black

2.5

Black

2.5

Black

33

1

2.5

Black

35 35

3

2.5

Black

37

5

10

Black

41

1

10

Black

44 44

3

10

Black

47

5

10

Black

53

1

10

Black

55 55

3

10

Black

57

5

X12

Black

13

CONTROL1

X9

Black

4

HEAT1

X7

Black

9

X26

Black

16

X17

Black

6

X14

A1

A2

-EK4

33

31

A1

A2

-EK5 31, 32

A1

A2

-EK6

37

32

A1

A2

-EK10 51

53

A1

A2

-EK11 51, 52

A1

A2

-EK12 52

57

-N7

EKR KN3 NIS 4p

STEP 2

6x2000W

A1

A2

-EK7 39

41

A1

-EK8

A1

-EK9

47

STEP 4

6x3000W

3x1000W

STEP 3

6x2000W

A2

39, 40

A2

40

-X1

60

1

2

AT1

2

1

2

AT2

64

3

1

2

RT1

1

Black

65 65

4

1

2

RT2

66

5

1

2

0-10V

67

6

1

2

GND

71

N

1

2

N

77 77

L1

1

2

L

12

34

56

13 14

01

56

01

56

01

56

01

12

34

01

12

34

01

12

34

01

-K1

-K2

-K3

-K4

1

Black1Black

2

1

6163 63

-AT2

74 74

-TK1

Black

1

Black

26 2159 59

-KE1

1

Black

1

Black

-K1

1

Black

01

14

64

13

70, 71

230VAC

-K2

68, 70

A2

230VAC

-K3

68, 69

A2

230VAC

-K4

69, 71

A2

716 F 2106 aut.50C

1

Black

-RT1

710V-2111 100C

78 78

A1

79

A1

80

A1

1

Black

62 62 60

-AT1

716 F 2106 aut.50C

1

Black

1

Black

1

Black

75 7576 76

-RT2

710V-2111 100C

1

-AT4

NSYCCOTH C

Black

-AT3

716 F 2106 aut.50C

72 70

-TK2

72, 73

A1

A2

-K1

230VAC

1

Black

1

Black

1

Black

1

Black

COM

73

X25

X24

79

X22

80

X20

X18

X8

X10

X5

X6

66

X3

67

X4

-N7

K1

K2

K3

K4

EKR KN3 NIS 4p

0-10V

GND

Figure 8.1.4.28 - SP116

EN | 55AMBERAIR COMPACT RH v2019.08

-K1

10

1

2

3

2

3

4

8

12

5

2.5

Black

A1

A2

-EK1

2.5

Black

14, 15

STEP 1

3x3000W

15

14

16mm2

BUSBAR, 3P,

U-form,

9 mod.

20

L1

L2

L3

-Q1

3x400V+PE; 50Hz

POWER SUPPLY

Connec ted by user

- L1

- L2

- L3

- PE

43 43

46 46

49 49

50

PE

2

4

6

50

16

Black

1

16

Black

3

16

Black

5

B

2

4

6

25

B

2

4

6

32

B

2

4

6

5

A1

A2

-EK2 3

A1

A2

-EK3

7

-Q2

1

2

3

12

5

-Q3

2.5

31 31

1

2.5

33 33

3

2.5

35 35

5

-Q4

10

39 39

1

10

41 41

3

10

44 44

5

2.5

Black

1

Black

8, 9

16

A1A2G

-V2

6, 7

-K2

Black

2

Black

4

Black

6

-K3

Black

2

Black

4

Black

6

1

Black

11

1

Black

10, 11

13

A1A2G

-V1

4, 5

2.5

Black

2.5

Black

2.5

Black

2.5

Black

30

1

2.5

Black

32 32

3

2.5

Black

34

5

10

Black

38

1

10

Black

40 40

3

10

Black

42

5

X12

Black

13

CONTROL1

X9

Black

4

HEAT1

X7

Black

9

X26

Black

16

X17

Black

6

X14

A1

A2

-EK4

30

28

A1

A2

-EK5 28, 29

A1

A2

-EK6

34

29

-N7

EKR KN3 NIS 4p

STEP 2

6x2000W

A1

A2

-EK7 36

38

A1

-EK8

A1

-EK9

42

3x1000W

STEP 3

6x2000W

A2

36, 37

A2

37

-X1

47

1

2

AT1

2

1

2

AT2

53

3

1

2

RT1

1

Black

54 54

4

1

2

RT2

55

5

1

2

0-10V

56

6

1

2

GND

59

N

1

2

N

65 65

L1

1

2

L

12

34

56

13 14

01

56

01

56

01

12

34

01

12

34

01

-K1

-K2

-K3

1

Black1Black

2

1

Black

-AT4

NSYCCOTH C

Black

-AT3

716 F 2106 aut.50C

60 58

-TK2

60, 61

A1

A2

-K1

230VAC

1

Black

1

Black

1

Black

COM

61

X25

X24

67

X22

X20

X18

X8

X10

X5

X6

55

X3

56

X4

-N7

K1

K2

K3

K4

EKR KN3 NIS 4p

0-10V

GND

4852 52

-AT2

716 F 2106 aut.50C

1

62 62

-TK1

1

Black

24 2045

-KE1

1

Black

1

Black

-K1

1

Black

01

14

53

13

58, 59

230VAC

-K2

57, 58

A2

230VAC

-K3

57, 59

A2

716 F 2106 aut.50C

1

Black

-RT1

710V-2111 100C

66 66

A1

67

A1

1

Black

51 51 47

-AT1

1

Black

1

Black

1

Black

63 6364 64

-RT2

710V-2111 100C

Figure 8.1.4.29 - SP117

56 | EN AMBERAIR COMPACT RH v2019.08

12345678910

230V ON/OFF

+CB

+UC

+CB

+UC

Spring back

L -supply

A1

N

X32:1 - DO1

X32:2 - N(L1)

230V ON/OFF

Spring back

L -supply

A2

N

X32:3 - PE

X32:4 - DO2

X32:5 - N(L1)

X32:6 - PE

-N3

EX2 V1.0

Contact type needs to be chosen in WEB application

-K7

NC NO

COM

-K8

NC NO

COM

-K5

NC NO

COM

X23:1 - DI9

-K6

NC NO

COM

X23:2 - +12VDC

X23:3 - DI10

X23:4 - +12VDC

-N2

EX1 V1.0

A2

A1

OPEN/CLOSE

ON/OFF

230VAC

N

-M2

or

L-supply

L-control

OPEN/CLOSE

ON/OFF

230VAC

N

-M3

or

L-supply

L-control

Figure 8.1.4.30- SP-AD

X35:1 - PE

X35:2 - N(L1)

X35:3 - DO5

X35:4 - DO6

X35:5 - DO5

X35:6 - DO6

X35:7 - N(L1)

X35:8 - PE

-N3

EX2 V1.0

EN | 57AMBERAIR COMPACT RH v2019.08

+ -

PS5

DX

M15

DX

CDX

DX coole r

(0-10VDC)

control signa l

0-10 VDC

24VDC

M15

CDX automatic

1-G0

2-G

3-Y

X3:1:AO4

AHU

X3:2:GND

X3:3:AO5

X3:4:GND

X3:5:AO6

X3:6:GND

N5

EMRex V4.6

X4:1:AI1

X4:2:GND

DX coole r

power line

(max 2A/230V)

X4:3:AI2

X4:4:GND

X4:5:AI3

X4:6:GND

NC

NO

DX coo ler reverse:

NO-coo ling

NC-hea ting

(max 2A/230V)

DX coole r

protect ion (NC)

1-COM

PS5

3-NC 2-NO

COM

NC

NO

COM

DX coo ler deicing input.

Deicing if NO

GND

IN

X11:1:DO5-NC

X11:2:DO5-NO

X11:3:DO5-COM

X11:4:DO4-NC

X11:5:DO4-NO

X11:6:DO4-COM

X14:1:DI5-12VDC IN/GND

X14:2:DI5-12VDC OUT/TACHO IN

X14:3:DI6-12VDC IN/GND

X14:4:DI6-12VDC OUT/TACHO IN

X14:5:DI7-12VDC IN/GND

X14:6:DI7-12VDC OUT/TACHO IN

X14:7:DI8-12VDC IN/GND

X14:8:DI8-12VDC OUT/TACHO IN

X10:1:DO7-NC

DX Coo ler Defrost

(max 2A/230V)

output (DO)

NC

NO

COM

X10:2:DO7-NO

X10:3:DO7-COM

X10:4:DO6-NC

X10:5:DO6-NO

X10:6:DO6-COM

N5

EMRex V4.6

X8:1:+24VDC/24VAC(L)

X8:2:GND/24VAC(N)

X8:3:IN+24VDC/AC(L)

X8:4:IN0VDC/AC(N)

X8:5:OUT+24VDC/AC(L)

X8:6:OUT0VDC/AC(N)

N5

EMRex V4.6

X8:7:OUT+24VDC/AC(L)

X8:8:OUT0VDC/AC(N)

Figure 8.1.4.31 - SP-CDX

58 | EN AMBERAIR COMPACT RH v2019.08

CW

TV3_P/TV3_I

T4

AHU

M10

CW2

M11

X1:1:DI2

N5

X1:2:+12VDC

X1:3:DI1

X1:4:+12VDC

X1:5:DI4

X1:6:+12VDC

X1:7:DI3

X1:8:+12VDC

X2:1:AO1

X2:2:GND

X2:3:AO2

X2:4:GND

X2:5:AO3

X2:6:GND

TV3_P/TV3_I

X4:1:AI1

X4:2:GND

X4:3:AI2

X4:4:GND

X4:5:AI3

Water cooler 0-10V

EMRex V4.6

control

Water cooler ret. fluid temperature sensor

X4:6:GND

K1

230VAC

A1

A2

120134

K1

01

X12:1:DO3-NC

X12:2:DO3-NO

X12:3:DO3-COM

X12:4:DO2-NC

X12:5:DO2-NO

X12:6:DO2-COM

Water cooler power line

Cooler heating/cooling

change over the rmostat (NC/NO)

X8:1:+24VDC/24VAC(L)

X8:2:GND/24VAC(N)

0-10 VDC

1-G0

24VDC

M11

2-G

3-Y

X8:3:IN+24VDC/AC(L)

X8:4:IN0VDC/AC(N)

X8:5:OUT+24VDC/AC(L)

X8:6:OUT0VDC/AC(N)

EMRex V4.6

X8:7:OUT+24VDC/AC(L)

X8:8:OUT0VDC/AC(N)

PE

2

T4

4

1

X14:1:DI5-12VDC IN/GND

X14:2:DI5-12VDC OUT/TACHO IN

X14:3:DI6-12VDC IN/GND

X14:4:DI6-12VDC OUT/TACHO IN

X14:5:DI7-12VDC IN/GND

X14:6:DI7-12VDC OUT/TACHO IN

X14:7:DI8-12VDC IN/GND

pump fail

circulatio n

Water cooler

X14:8:DI8-12VDC OUT/TACHO IN

M10

TK

M

RMG

K1

1

2

3

4

Q1

1

2

3

4

NL1PE

Control l circuit

EMRex V4.6

Figure 8.1.4.32 - SP-CW

EN | 59AMBERAIR COMPACT RH v2019.08

12345678910

*Jumper wired by manufacturer

+UC

Jumper*

-FA

NC NOCOM

-FPP

NC NOCOM

X4:1 - DI4

X4:2 - +12VDC

X22:7 - DI8

X22:8 - +12VDC

MCB V1.0

-N1

+CB

EX1 V1.0

-N2

+UC

max. 50mA

24VDC

1.2W

max. 50mA

24VDC

1.2W

-START -STOP

+CB

X27:1 - IND_1

X27:2 - +24VDC

X27:3 - IND_2

X27:4 - +24VDC

-N2

EX1 V1.0

+UC

+CB

Fan speed switch

Figure 8.1.4.33 - SP DI/DO

System mode switch

X21:5 - DI3

X21:6 - +12VDC

X21:7 - DI4

X21:8 - +12VDC

-N2

EX1 V1.0

60 | EN AMBERAIR COMPACT RH v2019.08

AT1

AT2

RT1

RT2

0-10V

GND

N

L

CB-HE

AHU

X1

1

2

1

2

3

1

2

4

1

2

5

1

2

6

1

2

N

1

2

L1

1

2

X1:1:DI2

X1:2:+12VDC

X1:3:DI1

X1:4:+12VDC

X1:5:DI4

X1:6:+12VDC

X1:7:DI3

N5

Electrical he ater manual protection (NC)

Electrical he ater automatic protection (NC)

X1:8:+12VDC

X2:1:AO1

X2:2:GND

X2:3:AO2

X2:4:GND

Control l circuit

X2:5:AO3

EMRex V4.6

Electrical he ater 0-10V control

X2:6:GND

X13:1:DO1-NC

X13:2:DO1-NO

X13:3:DO1-COM

X13:4:DO8-NC

Electrical he ater power line

X13:5:DO8-NO

X13:6:DO8-COM

L1, 1~ 230V

N

Figure 8.1.4.34 - SP-HE

EN | 61AMBERAIR COMPACT RH v2019.08

HW

TV2_P/TV2_I

AHU

M8

Water heater protection thermostat

M9

PE

1

TV3

2

4

TV2_P/TV2_I

RMG

KV2

TV3

X1:1:DI2

N5

X1:2:+12VDC

X1:3:DI1

X1:4:+12VDC

X1:5:DI4

X1:6:+12VDC

X1:7:DI3

X1:8:+12VDC

Water heater protection (thermostat) (N C)

Water heater circulation pump fail (NC)

X2:1:AO1

X2:2:GND

X2:3:AO2

X2:4:GND

X2:5:AO3

X2:6:GND

X4:1:AI1

X4:2:GND

X4:3:AI2

Water heater 0-10V control

EMRex V4.6

Water heater ret. fluid temperature sensor

X4:4:GND

X4:5:AI3

X4:6:GND

Control l circuit

X12:1:DO3-NC

X12:2:DO3-NO

K1

230VAC

A1

A2

120134

K1

01

X12:3:DO3-COM

X12:4:DO2-NC

X12:5:DO2-NO

X12:6:DO2-COM

Water heater power line

KV2

X8:1:+24VDC/24VAC(L)

X8:2:GND/24VAC(N)

0-10 VDC

1-G0

24VDC

M9

2-G

3-Y

X8:3:IN+24VDC/AC(L)

X8:4:IN0VDC/AC(N)

X8:5:OUT+24VDC/AC(L)

X8:6:OUT0VDC/AC(N)

X8:7:OUT+24VDC/AC(L)

X8:8:OUT0VDC/AC(N)

EMRex V4.6

M8

TK

M

K1

1

2

3

4

Q1

1

2

3

4

NL1PE

Figure 8.1.4.35 - SP-HW

62 | EN AMBERAIR COMPACT RH v2019.08

HW

AHU

Water heater protection thermostat

MCB V2.0

C04C

PE

2

T1

4

1

TV1

X3:3 - DI2

X3:4 - +12VDC

X6:5 - AI7(NTC)

X6:6 - GND

RMG

K1

230VAC

A1

A2

Control l circuit

X39:1 - PE

X39:2 - N(L1)

X39:3 - DO8

120134

K1

01

X12:1 - PE

X12:2 - GND

X12:3 - +24VDC

0-10 VDC

1-G0

24VDC

A2

2-G

3-Y

X14:5 - GND

X14:6 - AO3(0-10VDC)

N1

Water heater protection (thermostat) (N C)

Water heater ret. fluid

N1

temperature sensor

MCB V2.0

N1

Water heater power line

MCB V2.0

N1

24VDC Power supply for water heater actuator

N1

Water heater

MCB V2.0

0-10V control

X3:1 - DI1

X3:2 - +12VDC

K1

1

TK

M

2

3

4

Q1

1

2

3

4

N1

Water heater circulation

MCB V2.0

pump fail

NL1PE

Figure 8.1.4.36 - SP-MCB-HW

EN | 63AMBERAIR COMPACT RH v2019.08

PE

AHU

N1

AT1

RT1

0-10V

GND

L1

L2

L3

PE

X21:1 - DI1

X21:2 - +12VDC

X21:3 - DI2

X21:4 - +12VDC

X24:1 - GND

X24:2 - AO1(0-10VDC)

X42:1 - DO11

X42:2 - N(L1)

01

Control l circuit

230VAC

K1

A1

A2

K1

1

2

3

4

5

6

2

3

4

Q1

N

L1

L2

L3

PE

12013401560113 14

K1

Electrical preheater

automatic protection (NC)

Electrical preheater manual protection (NC)

Outdoor air preheater control output (0 10VDC)

Outdoor air preheater

power line cont rol

MCB V2.0 (MCBv2.0_EX1v2.0_EX2v1.0)

F1

Figure 8.1.4.37 -SP-PE

64 | EN AMBERAIR COMPACT RH v2019.08

1123445677

Control Box

AHU

OJ-DRHX

J1

LNPE

1

2

23 1089

PS2

PS1.1

3 21

PS1.2

3 21

PS

1

2

25

1262

1272

1282

1292

1302

R

1

2

PE

1N2

1L12

RL_NC

RL_C

RL_NO

GND

0-10V

1312

1322

1

2

1332

1342

EN | 65AMBERAIR COMPACT RH v2019.08

12345678910

AHU

GND

24VDC

GND

24VDC

PE L1 L2 L3 11 14

E1

D1

PV

1

2

L1

PE L1 L2 L3 11 14

E1

D1

1L22

1L32

1PE2

112

122

132

142

152

162

PV1

PV2

Control Box

GND

24VDC

PE L1 L2 L3 11 14

E1

D1

IV1

IV2

GND

24VDC

Fresh air temper ature sensor

Supply air temper ature sensor

Extraxt air humidity and temper ature sensor

Exhaust air

temper ature sensor

Afte rotor air temper ature sensor

IV

1

2

L1

PE L1 L2 L3 11 14

E1

D1

TL TJ TE TR1

GND RH +5V TA

RH

DTJ

TA

GN YE RD WH

U

1L22

1L32

1PE2

172

182

192

1102

1112

1122

TEMP

1

2

13

1142

1152

1162

1172

1182

1192

1202

1212

1222

1232

1242

Figure 8.1.4.38 7-N-C2

*The jumpers are installed by the manufacturer (see on the automatics switchboard).

*All the external electrical connections must be made in accordance with e󰀨ective legal acts and safety requirements. *The conguration and control of accessories is presented in the section “Functions” of this Certicate.

9. GENERAL RECOMMENDATIONS FOR THE MAINTENANCE OF VENTILATION SYSTEM

In order to ensure proper functioning of the system, maintenance requirements and its periods should be followed. Otherwise the warranty shall not be valid. Some recommendations are provided in the table below, but they are just advisory, as the need of system maintenance depends on the place of the device installation, the pollution of the atmosphere, the population, the working hours and etc.

66 | EN AMBERAIR COMPACT RH v2019.08

COMPONENT DURING START-UP AT LEAST EVERY 6 MONTHS

Replace lters every 3 to 4 months or according to the console

indications.

Filters Check the cleanliness of the lters

Fans

Rotor Heat exchanger Check the direction of rotation

Plate Heat exchanger

Control panel Check the connections Check the connections

Electric heater Check the connections

Water heater Check the tightness

Condensate discharge trap Clean Presure senssor Check electrical connections Check the operation Temperature senssor Check electrical connections Check the operation and tune up, if necessary Air intake and discharge system Check the connections Clean Air duct system Check the tightness Clean Dampers, di󰀨users, grid Check the tightness of connections Clean

Switching unit (contactor)

Condensate discharge assembly

Check the connections and the direction of rotation

Check the cleanliness of the heat exchanger

Check the condensate discharge assembly and make sure that water runs from the bath properly.

Make sure that the pressure relay/transmitter is clean and clean it if necessary.

Check for any damaged ler fastening parts.

Check cleanliness. Clean, if necessary Make sure that the impellers are not unbalanced. Make sure that the impellers do not cause noise when rotated by

hand. Make sure that the fastening screws are not loose and free of

mechanical damage. Check electrical connections and make sure that these are se-

cured properly and are free of signs of corrosion. Check cleanliness and clean, if necessary Check the tension of a belt

Check cleanliness and clean, if necessary

Clean o󰀨 dust, and check the electrical components and connections of the heater

Check cleanliness and clean, if necessary Check the tightness and seal the connections,

if necessary

Every 3 to 4 months, visually assess the functioning of the switching unit (contactor), i.e. make sure that its casing has no signs of melting or is not thermally damaged otherwise and does not produce any unusual sounds. All the contactors in the product or in its accessories must be checked.

Clean

10. POSSIBLE FAULTS AND TROUBLESHOOTING

FAILURE CAUSE EXPLANATION / CORRECTIVE ACTIONS

No supply voltage

Unit is not operating

Air supply heater or pre-heater is not operating or malfunctioning (if installed)

Too low air ow at rated fan speed Clogged supply and/or extract air lter(s) Filter replacement needed Filters are clogged and no message is

shown on the remote control

Protection device is o󰀨 or a current

leakage relay is active (if installed by the installer)

Too low air ow in air ducts activates automatic protection

Manual protection is activated

Wrong time in lter timers or their switch is

broken, or its pressure is set improperly.

Check whether the device is connected to the power network

Switch on only if the unit condition has been

evaluated by a qualied electrician. If the system failed, the failure MUST BE rectied prior

to switching it on.

Check if air lters are not clogged

Check if fans are rotating

Possible heater or unit failure. MUST contact

the servicing sta󰀨 for failure detection and its

elimination.

Shorten lter timer time till the message of clogged lters or replace the pressure switch of the lters, or set their proper pressure.

EN | 67AMBERAIR COMPACT RH v2019.08

11. DECLARATION OF CONFOMITY

Manufacturer

SALDA, UAB

Ragainės g. 100

LT-78109 Šiauliai, Lithuania Tel.: +370 41 540415 www.salda.lt

Hereby conrms that the following products - Air handling units:

AmberAir Compact*

(where by “*” indicates possible unit installation type and modication)

Provided it was delivered and installed in the facility in accordance with the included installation instructions, comply with all applicable requirements in the following directives:

Machinery Directive 2006/42/EC EMC Directive 2014/30/EU Ecodesign Directive 2009/125/EC

The following harmonized standards are applied in applicable parts:

LST EN ISO 12100:2011 - Safety of machinery - General principles for design - Risk assessment and risk reduction. LST EN 60204-1:2006 - Safety of machinery - Electrical equipment of machines - Part 1: General requirements. LST EN 60335-1:2012 - Household and similar electrical appliances. Safety. Part 1: General requirements. LST EN 60529:1999 - Degrees of protection provided by enclosures (IP code). LST EN 61000-6-2:2005 - Electromagnetic compatibility (EMC) - Part 6-2: Generic standards - Immunity for industrial environments. LST EN 61000-6-3:2007 - Electromagnetic compatibility (EMC) - Part 6-3: Generic standards - Emission standard for residential, commercial and light-industrial environments.

Should any alterations be made in the products, this declaration will no longer apply.

Notied body: VšĮ Technikos priežiūros tarnyba, Naugarduko g. 41, LT – 03227 Vilnius, Lithuania, identication number 1399.

Quality: Salda UAB activities are in line with the international quality management system standard ISO 9001:2015.

Date 2019-02-01

Giedrius Taujenis Director product development

68 | EN AMBERAIR COMPACT RH v2019.08

12. WARRANTY

1. All equipment manufactured in our factory is checked in operating conditions and tested befor delivery. Test protocol is supplied together with the unit. The equipment is shipped in good working order and condition to the direct client. The unit is warrantied for the period of two years from the invoice date.

2. If equipment is found to have been damaged during transportation, a claim should be made against carrier, as we assume no responsibility for such damage.

3. This warranty does not apply:

3.1. when transportation, storage, installation and maintenance instructions of the unit are violated;

3.2. when the equipment is improperly maintained, mounted - inadequate maintenance;

3.3. when the equipment without our knowledge and permission has been upgraded or unskilled repairs were made;

3.4. when the unit was used not for its original purpose.

3.5. Company SALDA UAB is not responsible for potential loss of property or personal injury in cases where AHU is manufactured without a control system and the control system will be installed by the client or third parties. The manufacturer’s warranty does not cover devices that will be damaged by installing the control system.

4. This warranty does not apply at these malfunction cases:

4.1. mechanical damage;

4.2. damage caused by entering outside objects, materials, liquids;

4.3. damage caused by natural disaster, accident (voltage change in the electricity network, lightning, etc..).

5. The company assumes no liability for its products either directly or indirectly damage, if the damage is caused by failure to comply with installation and mounting regulations, deliberate or careless users or third-party behavior.

These conditions are readily discernable when the equipment is returned to our factory for inspection.

If the direct client determines that equipment is found to be faulty, or a breakdown occurred, he should inform the manufacturer within ve working

days and deliver the equipment to manufacturer. Delivery costs should be covered by customer.

Manufacturer reserves the right to change this technical passport any time without prior notice, if some typographic errors or inaccurate information is found, as well as after improving the apps and/or the devices. Such changes will be

included in the new issues of the technical passport. All illustrations are just for information and thus may di󰀨er from the

original device.

12.1. LIMITED WARRANTY COUPON

Warranty term

24 months*

I received complete package and technical manual of the product ready for usage. I have read warranty terms and conditions and agree with them:

..........................................................................................................................................................................

Customer’s signature

*refer to WARRANTY CONDITIONS

Dear User, we appreciate your choice and do hereby guarantee that all ventilation equipment manufactured by our Company is inspected and thoroughly tested. An operational and high-quality product is sold to the direct buyer and shipped from the territory of the factory. It is provided with a 24-month warranty since invoice issue date. Your opinion is important to us, thus we always look forward to hearing your comments, feedback, or suggestions regarding technical and opera-

tional characteristics of the Products.

In order to avoid any misunderstandings, please read the instructions for installation and operation of the product as well as other technical documents of the product carefully. The number of the Limited Warranty Coupon and serial number of the product specied on the silver identication sticker attached to the housing must match. The Limited Warranty Coupon shall be valid provided that the seller’s stamps and records are clear. It is prohibited to change, delete, or rewrite the data specied on it in any manner – such a coupon shall be invalid. With this Limited Warranty Coupon the manufacturer conrms one’s obligations to implement the imperative requirements established by eective laws on protection of consumer rights in the event of identication of any defects of the products. The manufacturer reserves the right to refuse provision of free warranty servicing in cases when the warranty conditions listed below are disre-

garded.

EN | 69AMBERAIR COMPACT RH v2019.08

70 | AMBERAIR COMPACT RH v2019.08

| 71AMBERAIR COMPACT RH v2019.08

UNIT’S MAINTENANCE TABLE

Product name*

LOT number*

Instalation Interval Date

Fan cleaning Once a year**

Heat exchanger cleaning Once a year**

Filter replacement

* - Look at the product label. ** - At least.

NOTE. The purchaser is required to ll in the “Product maintenance table”.

Every 3-4 months**

Ragainės g. 100 Šiauliai LT-78109, LITHUANIA

MAN000198

+370 41 540 415 ofﬁce@salda.lt

Salda AMBERAIR COMPACT RH Series, AMBERAIR COMPACT 7 RH E, AMBERAIR COMPACT 7 RH W, AMBERAIR COMPACT 7 RH C Mounting And Installation Instruction

Specifications and Main Features

Frequently Asked Questions

User Manual

2. SYMBOLS AND MARKING

3. SAFETY INSTRUCTIONS AND PRECAUTIONS

4. INFORMATION ABOUT THE PRODUCT

4.1. DESCRIPTION

4.1.1. CASING

4.2. DIMENSIONS AND WEIGHT

4.3. TECHNICAL DATA

4.4. OPERATING CONDITIONS

4.5. STANDARD PACKAGE OF COMPONENTS

4.6. DESCRIPTION OF COMPONENTS

4.7. SPARE PARTS

5. INSTALATION

5.1. RECEPTION OF GOODS

5.2. TRANSPORTATION AND STORAGE

5.3. UNPACKING

5.4. MOUNTING DIAGRAM

5.5. MOUNTING

5.5.1. PLACE REQUIREMENTS FOR THE EQUIPMENT AND MOUNTING POSITIONS

5.6. CONNECTION OF AIR DUCTS

5.7. CONNECTION OF THE UNIT TO ELECTRIC NETWORK

5.8. START-UP RECOMMENDATIONS

5.8.1. SYSTEM PROTECTION

5.8.2. PRE-STARTUP RECOMENDATIONS OF THE UNIT (IN THE PRESENCE OF THE ENDUSER)

6. MAINTENANCE

6.1. SAFETY INSTRUCTION

6.2. COVER OPENING

6.3. FILTERS AND PREFILTER MAINTENANCE

6.4. FANS MAINTENENCE

6.5. HEAT EXCHANGER MAINTENANCE

6.6. CONTROL BOARD MAINTENANCE

6.7. ELECTRIC, WATER HEATER AND COOLER MAINTENANCE

7. CONTROL

7.1. DEVICE CONTROL

7.2. MEANING OF THE SYMBOLS USED IN THE INSTRUCTIONS AND ON THE DEVICE

7.3. MAIN DEVICE FUNCTIONS

7.4. DESCRIPTION OF THE UNITS FUNCTIONS

8. ACCESSORIES

8.1. CONNECTION FO ACCESSORIES

8.1.4. ELECTRICAL DIANGRAMS AND ABBREVIATION IN ELECTRICAL CIRCUIT DIAGRAMS

9. GENERAL RECOMMENDATIONS FOR THE MAINTENANCE OF VENTILATION SYSTEM

10. POSSIBLE FAULTS AND TROUBLESHOOTING

11. DECLARATION OF CONFOMITY

12. WARRANTY

12.1. LIMITED WARRANTY COUPON