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80

Appendix Heat Pump Chiller 140-210

GREY   

RED

OG

RD

VT

WH

ORANGE

VIOLET

BN   

BU   

BK  

GNYE

BLUE

GY   

BLACK

BROWN

GREEN/YELLOW

WHITE

P

P

BK

GN

2

2xBK

2xBK

WH

WH

GN

BK

2xBK

2xBK

2xBK

FT1

KA1

FT2

SM1

SD/N

FPC1

FPE1

CDT1

EWT

LWT

OCT1

FS

KWP1

K2

K1

RAG

RV1

N

L

HP1

FDA/B

230V

24V

KWP2

R2

R1

OAT

FOFA

FOFB

FTWP1

WPS

12

1

WH

3

VT

2xBK

CST1

1

2

3

1

4

5

7

6

VT

OG

7

2

GY

1

1

5

24

24

24

21

21

22

23

24

22

23

1

2

L

L

L

L

OG

BU

BU

BU

L

2

S1

22

23

OG

OG

2

3

N

1

N

4

24

L

L

5

4

3

2

MODEL

170/190/210

SE 4652

OG

VT

SE 4652

TB

TB

TB

TB

03

01

BU

KOFA/B

ALARM

29

28

3A/250V max

28

29

FTOFA/B

WHBN

CONTROL WIRING DIAGRAM

SE 4653

ALL SEASONS 3x400VAC

N821

3991515

CIRCUIT 1

140/150/170/190/210

FTWP2

RD

FDWP2

03

FDWP1

01

RJ 45

3G MODEM

01

1

SE 4652

PC

03

1

Q64

Q73

Q74

DL1

SIEMENS

PB

 24...230V 

Ethernet

BSP

BUS

DL2

DN

 115...230V 

 24...230V 

C

DO1

DO2

Q84

Q54

Q53

T-HI

T-IP

T13

T12

T11

Q33

Q34

Q43

Q44

Q24

Q21

T10

Q22

T9

Q12

Q11

Q14

T8

 24...230V 

 24...230V 

 24V

24V

G0

B1

M

B2

M

T1

B3

T2

X1

M

X2

5V

24V

X3

X7

M

X8

T4

D1

M

D2

T5

T6

DU1

DG

DU2

A+

B-

REF

T7

CE+

CE-

RS485

 24V

POL687

T3

M

X4

X5

M

X6

5V

24V

O1

O1

<

P

H O

2

>

P

A1

A2

A1

A2

43

44

M1

M2

A1

A2

A1

A2

43

44

43

44

A1

A2

44

43

11

14

43

44

WIRING BY INSTALLER

OPTIONAL

Control - Circuit 1 All Seasons - without neutral

Summary of Contents for 140

Page 1: ...ead under the IMPORTANT section at the top of the page INSTALLATION AND MAINTENANCE MANUAL Original Language Heat Pump Chiller This Heat Pump Chiller uses the refrigerant R410A Model No Outdoor Unit Class Standard without buffer tank With buffer tank 140 U 140CWNB U 140CWBL 150 U 150CWNB U 150CWBL 170 U 170CWNB U 170CWBL 190 U 190CWNB U 190CWBL 210 U 210CWNB U 210CWBL ...

Page 2: ... hydraulic circuit 16 10 2 Anti clogging protection 16 10 3 Minimum water volume requirements 17 10 4 Maximum water volume requirements 17 10 5 Rinsing the circuit 17 10 6 Frost protection 18 10 7 Water quality 19 10 8 Heat insulation 20 10 9 Filling the system with water 20 11 Wiring diagram and legend 21 11 1 Wiring diagram 21 11 2 Legend 21 12 Electrical connections 23 13 Control 25 13 1 Order ...

Page 3: ...e manufacturer professional personnel only SPECIAL PRECAUTIONS WARNING When Wiring ELECTRICAL SHOCK CAN CAUSE SEVERE PERSONAL INJURY OR DEATH ONLY A QUALIFIED EXPERIENCED ELECTRICIAN SHOULD ATTEMPT TO WIRE THIS SYSTEM Do not supply power to the unit until all wiring and tubing are completed or reconnected and checked Highly dangerous electrical voltages are used in this system Carefully see the wi...

Page 4: ...rs and clothing away from any moving parts Clean up the site after you finish remembering to check that no metal scraps or bits of wiring have been left inside the unit WARNING This product must not be modified or disassembled under any circumstances Modified or disassembled unit may cause fire electric shock or injury Users must not clean in side the unit Engage authorized dealer or specialist fo...

Page 5: ...nding national electrical regulations Make sure that the power supply and its frequency are adapted to the required electric current of operation taking into account specific conditions of the location and the current required for any other appliance connected to the same circuit The unit must be EARTHED to avoid any risks caused by insulation defects It is forbidden to start any work on the elect...

Page 6: ...hall be stored in a cool place away from fire risk direct sunlight and all heat sources such as radiators The maximum temperature shall never exceed 50 C in the storage place Protection clothes Wear boots safety gloves and glasses or masks for facial protection Behaviour in case of leaks or escapes Never forget to wear protection clothes and breathing apparatus Isolate the source of the leakage pr...

Page 7: ...y modification to the units without the manufacturer s prior approval shall automatically render the warranty null and void The following conditions must be respected in order to maintain the validity of the warranty Commissioning shall be performed by specialised technicians from technical services approved by the manufacturer Maintenance shall be performed by technicians trained for this purpose...

Page 8: ... Cooling only Without pump kg 1422 1425 1515 1584 1847 Heat pump Without pump kg 1577 1597 1687 1777 2087 Standard pump 1 pump kg 90 90 90 93 93 2 pumps kg 122 122 122 131 131 High pressure pump 1 pump kg 106 106 106 106 106 2 pumps kg 150 150 150 150 150 Buffer tank Kg 132 132 132 132 132 7 2 Gravity center position Without pump and without buffer tank With dual high pressure pump and buffer tank...

Page 9: ...o insure that no bolts screws or other fixing system are loosened or missing before the commissioning CAUTION Never submit the metal work panels posts of the ECOi W to handling constraints as only its base is designed for that purpose CAUTION Do not tilt the ECOi W during handling as it would be irrevocably damaged CAUTION Never move the ECOi W on rollers CAUTION When handling the ECOi W beware no...

Page 10: ...ndling by slinging Lifting is also possible by slinging A spreader must be used to prevent damage to the machine edges CAUTION Slings must never touch the unit casing of ECOi W Without buffer tank With buffer tank ...

Page 11: ...8 50 62 69 81 100 Crankcase heater W 66 66 66 66 66 66 66 66 66 66 82 66 82 66 82 66 95 66 95 66 Evaporator Number 1 1 1 1 1 Type Plate Plate Plate Plate Plate Water flow Cooling m h 21 56 23 65 25 95 30 24 33 62 Heating m h 33 39 24 32 40 Water pressure drop Cooling kPa 24 73 26 45 29 58 33 52 37 44 Heating kPa 44 50 31 41 50 Water volume l 8 49 8 49 12 21 12 21 12 21 Antifreeze heater W 60 60 12...

Page 12: ...ated gases and any leaks must be repaired as rapidly as possible 4 Regular checks on any leaks must be performed according to the following conditions for equipment containing fluorinated greenhouse gases in quantities greater than or equal to the equivalent of 5 tonnes of CO2 but less than the equivalent of 50 tonnes of CO2 at least every twelve months or if a leak detection system is installed a...

Page 13: ... Total starting current with Soft starter A 141 151 172 189 212 IMPORTANT This data is given for guidance only Values must be checked and verified at commissioning according to prevailing standards They depend on the installation and the cables used It is mandatory to supply a main fuse or suitable circuit breaking device on the power supply Fuses not supplied Cables not supplied 8 4 Operating lim...

Page 14: ...g conditions 9 1 1 Condensate water management in heating mode Depending on temperature and outdoor air humidity conditions water vapour contained in the air can condense on the finned heat exchanger and even form ice under low outdoor temperature conditions around 5 C This condensate water and defrosted water runs off via outlets provided under the exchanger To aid water run off and avoid frozen ...

Page 15: ...ficient strength to withstand the unit s weight with its full liquid load and occasional presence of maintenance equipment For normal applications rigidity of the ECOi W and the positions of supports allow for an installation minimizing vibrations However the installers can use anti vibration rubber pads supplied optionally The ECOi W does not require anchoring on the foundations except in regions...

Page 16: ...agm expansion tank fitted with a safety pressure relief valve and draining valve must be visible A low water pressure sensor available as option to secure the water pump against cavitation if the water pressure in the circuit decreases The installation of thermometers and pressure gauges on the heat exchanger inlet and outlet to facilitate day to day controls and system maintenance An element ensu...

Page 17: ...ach the minimum water volume requested Internal buffer tank 140 150 170 190 210 models 300L 10 3 1 Cooling only operation 140 150 170 190 210 Minimum water volume in the system application air conditioning L 469 515 565 658 731 Minimum water volume in the system application process 1340 1470 1612 1878 2088 10 3 2 Heating operation 140 150 170 190 210 Minimum water volume in the system L 935 1000 1...

Page 18: ...0 x without glycol Increase the flow rate with glycol 1 050 x without glycol Decrease the capacity with glycol 0 985 x without glycol Mono Ethylene Glycol concentration 10 20 30 45 Correction factor Load loss 1 070 1 160 1 235 1 368 Water flow 1 015 1 050 1 085 1 169 Thermodynamic power 0 995 0 985 0 970 0 949 Mono Propylene Glycol concentration 10 20 30 45 Correction factor Load loss 1 112 1 175 ...

Page 19: ...fluoride ions 0 1 mg l No Fe2 and Fe3 ions particularly in case of dissolved oxygen Fe 5mg l with dissolved oxygen 5mg l The presence of these ions with dissolved oxygen indicates corrosion of steel parts likely to generate corrosion of copper parts under Fe deposits particularly in the case of multitubular exchangers Dissolved silica silica is an acid element of water and may also cause corrosion...

Page 20: ...ds until you obtain the service pressure which will be 0 5 bar Service Pressure 2 5 bar A 3 5 bar safety valve is mounted in the unit when hydraulic options are selected single or double pump Always check that the manual or automatic air purge valves are installed at all the high points of the hydraulic network When two or three units are connected in parallel it is recommended that the return cir...

Page 21: ...it 2 Control 1P 230V 50Hz 10 SE4651 ECOi W 140 to 210 All Seasons circuit 1 Power 3P 400V 50Hz 10 SE4652 ECOi W 140 to 210 All Seasons circuit 2 Power 3P 400V 50Hz 10 SE4653 ECOi W 140 to 210 All Seasons circuit 1 Control 1P 230V 50Hz 10 SE4654 ECOi W 140 to 210 All Seasons circuit 2 Control 1P 230V 50Hz 10 11 2 1 Power supply Power cable must be connected to the main power supply switch QG Copper...

Page 22: ...5 4A 2 5 4A 6 10A 6 10A 6 10A Adjustment 3 5A 3 5A 7A 7A 7A FTOF1 H Range 2 5 4A 2 5 4A 6 10A 6 10A 6 10A Adjustment 3 5A 3 5A 7A 7A 7A FTOF2 L Range 2 5 4A 2 5 4A 2 5 4A 6 10A 6 10A Adjustment 3 5A 3 5A 3 5A 7A 7A FTOF2 H Range 2 5 4A 2 5 4A 2 5 4A 6 10A 6 10A Adjustment 3 5A 3 5A 3 5A 7A 7A FTWP Standard pump Range 6 10A 6 10A 6 10A 6 10A 6 10A Adjustment 6 4A 6 4A 6 4A 6 4A 6 4A FTWP High press...

Page 23: ...owing criteria 1 Power supply cable length 2 Maximum unit operating current 3 Maximum unit starting current draw 4 Power supply cables installation mode The use of a fuse to protect the units against short circuits is recommended The fuse sizes are displayed in the table in Electric specifications page 13 Very important 3N 400V 50Hz The outdoor unit is equipped as standard with a phase sequence an...

Page 24: ...motors and contactors of the unit during the start and stop phases Check instant voltages during these phases These units are equipped with a switch used to locally isolate the terminal board The supply cables of the units must be routed up to the section switch through the grommets present on the front panel of the units To ensure proper contact fit cable terminations suited to the cross section ...

Page 25: ... and 6 buttons 13 2 1 Keypad INFO From any screen this button returns the user to the main menu or home screen and like the ESCAPE button invalidates a current modification ALARM When pressing the alarm button the red LED flashes if an alarm is active the alarm management menu is displayed see alarms ESCAPE Returns to the previous level in the menu tree Pressing this button during modification inv...

Page 26: ...cording to the access menu To change the access menu go to the Access menu and enter the password corresponding to the level The first line of all the screens integrates the following information Screen title Number of the active line number of lines of the menu Access menu Final user Installer Maintenance The menu access level key symbols are indicated in the top right hand corner of the control ...

Page 27: ... change of date The and buttons are used to change the highlighted setting Press once on the button to approve the defined value and move on to the next setting 1 4 Access Services Commissioning Status Main Menu 1 4 Commissioning Status Main Menu 1 12 10 40 05 Versions Calendar Limited capacity Reduced mode Water Law Auto change over Glycol protection Communications Language selection 03 02 2016 C...

Page 28: ...ntacts D1 D2 1 4 NC Contacts D1 ON OFF Contacts D1 D2 1 2 NC NO 1 4 Access Services Commissioning Status Main Menu 1 4 Services Commissioning Status Main Menu 1 8 Archives Parameters Inputs Outputs Lock out Operation hours Deice Manual control Configuration Service 1 8 Configuration Service 1 7 Return t 20K Commissioning Control on dT ret sup temp Contacts D1 D2 Circuit control Pump Fan Configurat...

Page 29: ...Status Main Menu 1 8 Archives Parameters Inputs Outputs Lock out Operation hours Deice Manual control Configuration Service 1 8 Configuration Service 1 7 Return t 20K Commissioning Control on dT ret sup temp Contacts D1 D2 Circuit control Pump Fan Configuration 1 7 Configuration Contacts D1 D2 13 4 2 Configuring input D2 During installation a switch can be connected onto the D2 digital input The o...

Page 30: ...Delegate Circuit 2 Circuit 1 Hydraulic circuit Capacity Load Current setp heat Heating setp Current setp cool Cooling setp State from Mode from HMI state HMI mode Status 1 13 44 C 44 C 8 0 C 8 0 C HMI Schedul Automatic Delegate Current setp heat Heating setp Current setp cool Cooling setp State from Mode from HMI state HMI mode Status 1 13 0 0 0 0 44 C 44 C 8 0 C 8 0 C HMI Schedul Automatic Delega...

Page 31: ...values are applied without using the weather compensation menu settings 13 4 7 Cool mode The water law introduces correction D which depends on the OAT outside temperature water law setpoint cool mode temperature setpoint Δ OAT Correction Δ is restricted between 0 and 8K It is defined by points A and B in the graph below The values indicated are factory values 1 4 Access Services Commissioning Sta...

Page 32: ...C 6 0dK 10 0 C Disable Point C f Point C OAT Point B f Point B OAT Point A f Point A OAT Heating mode Point B Delta Point B OAT Point A Delta Point A OAT Cooling mode Compensation Water Law 1 15 35 0 C 15 0 C 40 0 C 10 0 C 45 0 C 0 0 C 0 0dK 30 0 C 6 0dK 10 0 C Disable Point C f Point C OAT Point B f Point B OAT Point A f Point A OAT Heating mode Point B Delta Point B OAT Point A Delta Point A OAT...

Page 33: ...ut Operation hours Deice Manual control Configuration Service 1 8 Configuration Service 1 7 Return t 20K Commissioning Control on dT ret sup temp Contacts D1 D2 Circuit control Pump Fan Configuration 1 7 Pump Fan Configuration 1 13 100 0 20 0 40 0 80 0 120s 72h Active 2 stages 10 s Off Single Capacity for max speed Mod pump standby speed Mod pump min speed Mod pump max speed Anti seizing duration ...

Page 34: ...f the pump depends on the capacity of the unit This speed range is determined during commissioning to adjust the power of the pump to the load drops of the installation 13 4 8 3 Constant output pressure mode The controller manages the pump s speed to maintain an even water pressure at the output of the unit regardless of the number of operating terminals CAUTION The hydraulic facility must include...

Page 35: ...mmunication network Modbus Bacnet Cloud external dry contact D2 if entry configured 13 4 10 Limited capacity Limited capacity is occasionally used to limit the electricity consumption of the ECOi W to prevent exceeding the electric power capacity of the installation site The Limited capacity mode activation can be triggered in the following ways directly on the ECOi W via the user interface commun...

Page 36: ...tion the date and time at which it occurred Pressing the button a second time gives access to the list of alarms and warnings that are currently active You can scroll the alarm list and obtain details by clicking on the Enter button To exit the alarm detail and return to the alarm list menu press the Escape button If the list of alarms is displayed pressing the Alarm button takes you to the alarm ...

Page 37: ...in Menu 13 6 Schedule The first line displayed within each time slot indicates the current mode at the time of programming Example Monday slot 1 Value 1 OFF In the Monday submenu 6 operating intervals can be selected For each time select the mode at which the unit must operate Off On Reduced Limited capacity To deactivate an operating interval configure the corresponding time as follows The Copy c...

Page 38: ... or circuit breakers have been installed at the main switchboard 3 Supply voltages as specified on unit wiring diagram 4 Check that all of the appliance s electrical connections have been tightened 5 Check that the electric motors are suitable for the network supply voltage 6 The cables and wires are clear of or protected from pipework and sharp edges 7 Check the electrical grounding of the applia...

Page 39: ...rigerant pressures are stabilised and check that they are within the normal operating range 3 Operating Temperature Check discharge suction and liquid temperatures 4 Discharge temperature on cooling cycle should normally not exceed 115 C 5 Suction superheat should be 6K 2K 14 2 5 Hydraulic circuit 1 Check the filter s cleanliness 2 Check the presence and position of the stop valves to isolate the ...

Page 40: ... be returned without prior permission from the After Sales Service department To return the material contact your nearest sales office and ask for a return form The return form shall be sent with the returned material and shall contain all necessary information concerning the problem encountered The return of the part is not an order for replacement Therefore a purchase order must be entered throu...

Page 41: ...may cause uncontrolled fluid venting into the atmosphere WARNING Isolate unit from power supply before working on unit WARNING Opening the refrigeration circuit then involves vacuum drawing checking the circuit sealing and recharging refrigerating fluid For any intervention on the refrigerating fluid circuit first drain the unit s charge using a refrigerating fluid collection station 17 1 Weekly c...

Page 42: ... oil if required 2 12 Check for filter drier clogging Replace if required 2 13 Check the operation of the high pressure switch Replace if required 2 14 Check for lack of refrigerating fluid leak visual leak detector if necessary Repair 2 15 Check reversing valve operation 2 16 Check the condition of the anti vibration mounts Replace if required 3 Hydraulic circuit 3 1 Check the state of the hydrau...

Page 43: ... supply cable is void of alterations likely to impact the insulation Replace if required 4 3 Check the grounding of the metallic structure Repair if required 4 4 Inspect the contacts Replace if required 4 5 Check that all electrical connections of the device are tight Tighten if required 4 6 Check the thermal protection relays of the motors Replace if required 4 7 Check the nominal intensity and c...

Page 44: ... refrigeration circuit has to be opened at any point do not forget that this type of oil is highly hygroscopic and avoid exposing it to the atmosphere for long periods If exposed for any length of time any remaining oil should be removed and the oil charge replaced WARNING Protect the ECOi W frame so as to get back oil that could flow out accidentally 17 3 1 3 Filter drier Refrigeration circuits a...

Page 45: ...To clean it use a non corrosive solvent to remove calcareous deposits The equipment used for the external water flow the quantity of solvent and safety measures applied must be approved by the company supplying the cleaning products or the one performing these operations 17 3 2 2 Winter protection A frost protection system is built into the ECOi W control system By default when the ECOi W is in st...

Page 46: ...ircuit and the condition of the resistance Replace defective parts if necessary One or both compressors do not operate Electrical circuit cut Check the electrical circuit and seek out any grounding and or short circuits Check the fuses High pressure pressostat activated Reset the pressostat from the control panel and restart the unit Identify and eliminate the causes of this activation Control cir...

Page 47: ...Compressor operating fault Contact an approved Service Centre Dirt in the evaporator water circuit Chemically clean the evaporator water circuit Condenser battery blocked Clean the condenser battery Insufficient refrigerant fluid charge Top up the refrigerant fluid charge Evaporator heater is not operating No power supply Check the main fuse and the auxiliary fuses Heater circuit open Check the he...

Page 48: ......

Page 49: ...APPENDIX ...

Page 50: ...40 150 170 Standard pump 61 ECOi W 190 210 Standard pump 61 ECOi W 140 150 170 190 High pressure pump 61 ECOi W 210 High pressure pump 61 Wiring diagram 62 Legend 63 Power Circuit 1 66 Power Circuit 2 67 Control Circuit 1 68 Control Circuit 2 69 Power Circuit 1 All Seasons 70 Power Circuit 2 All Seasons 71 Control Circuit 1 All Seasons 72 Control Circuit 2 All Seasons 73 Power Circuit 1 without ne...

Page 51: ...ppendix Heat Pump Chiller 140 210 Dimensions 2210 2856 48 171 559 1100 Ø2 1 2 2295 140 150 2321 170 190 210 2804 2148 1145 152 1249 Ø17 1145 152 1249 ECOi W 140 to 210 without pump Water inlet Water outlet ...

Page 52: ...pendix Heat Pump Chiller 140 210 2210 2856 48 171 236 700 1100 Ø2 1 2 2295 140 150 2321 170 190 210 2804 2148 1145 152 1249 Ø17 1145 152 1249 ECOi W 140 to 210 with 1 pump Water inlet Water outlet Dimensions ...

Page 53: ...endix Heat Pump Chiller 140 210 2210 2856 48 171 236 700 1100 Ø2 1 2 2295 140 150 2321 170 190 210 2804 2148 1145 152 1249 Ø17 1145 152 1249 ECOi W 140 to 210 with 2 pumps Water inlet Water outlet Dimensions ...

Page 54: ...t Pump Chiller 140 210 2210 3666 48 864 480 236 700 1740 Ø2 1 2 2295 140 150 2321 170 190 210 2804 2148 1145 152 1249 1145 152 1249 Ø17 ECOi W 140 to 210 with 1 pump and buffer tank Water inlet Water outlet Dimensions ...

Page 55: ... Pump Chiller 140 210 2210 3666 48 864 480 236 700 1740 Ø2 1 2 2295 140 150 2321 170 190 210 2804 2148 1145 152 1249 Ø17 1145 152 1249 ECOi W 140 to 210 with 2 pumps and buffer tank Water inlet Water outlet Dimensions ...

Page 56: ...2 circuit 1 circuit 2 Sight glass 6 1 6 2 circuit 1 circuit 2 Electronic expansion valve 7 1 7 2 circuit 1 circuit 2 liquid receiver 8 Plate heat exchanger Pressure tapping point 5 16 FPC1 FPC2 circuit 1 circuit 2 High pressure transducer HP1 HP2 circuit 1 circuit 2 High pressure switch active 42 bar CDT1 CDT2 circuit 1 circuit 2 Discharge temperature sensor FPE1 FPE2 circuit 1 circuit 2 Low press...

Page 57: ...P1 FPC1 CDT1 OAT FPE2 CST2 M2 2 M2 1 RV2 4 2 5 2 6 2 7 2 OFD M1 2 M1 1 RV1 4 1 5 1 6 1 7 1 OFB 3 2 3 1 OFC OFA 8 OCT2 CDT2 FPC2 HP2 FPE1 CST1 OCT1 HP1 FPC1 CDT1 OAT FPE2 CST2 M2 2 M2 1 RV2 4 2 5 2 6 2 7 2 OFD M1 2 M1 1 RV1 4 1 5 1 6 1 7 1 OFB 3 2 3 1 OFC OFA 8 OCT2 CDT2 FPC2 HP2 FPE1 CST1 OCT1 HP1 FPC1 CDT1 OAT FPE2 CST2 140 and 150 models 170 models 190 and 210 models Water Water Water ...

Page 58: ...cuit FT Filter supplied loose EWC LWC Inlet outlet Victaulic 2 1 2 VE Pressure expansion tank WPS Low water pressure switch optional SS Safety valve WP Pump PA Automatic air vent CL Pressure tap 3 8 EWT Inlet water temperature sensor LWT Outlet water temperature sensor PHE Plate heat exchanger RAG Antifreeze heater FS Flow switch WT Water tank VD Drain valve WPT Pressure transducer optional ...

Page 59: ...FC VA VA LWC VD FS CL LWT EWT RAG RAG PHE CL PA EWC WP WP VE WPS SS VD PA WT FT WPT MN MN VV VR FC FC VA VA LWC VD FS CL LWT EWT RAG RAG PHE CL PA EWC WP VE WPS WPT SS VD PA WT FT Without pump version Recommended installation Single pump version Unit Unit Installation Installation Recommended installation Double pump version ...

Page 60: ... 140 210 Pressure losses Pressure loss kPa 1000 900 800 700 600 500 400 300 200 100 90 80 70 60 50 40 30 20 10 9 8 7 6 5 4 3 2 1 1 2 3 4 5 6 7 8 9 10 20 30 40 50 60 70 80 90100 170 190 240 140 150 Water flow m h 140 150 170 190 210 ...

Page 61: ...0 3 5 3 0 2 5 2 0 1 5 1 0 0 5 0 0 5 10 15 20 25 30 35 40 0 5 10 15 20 25 30 35 40 50Hz 45Hz 40Hz 35Hz 30Hz 50Hz 45Hz 40Hz 35Hz 30Hz Available pressure kPa Power Input kW Water flow m h Water flow m h 350 300 250 200 150 100 50 0 5 0 4 5 4 0 3 5 3 0 2 5 2 0 1 5 1 0 0 5 0 0 5 10 15 20 25 30 35 40 0 5 10 15 20 25 30 35 40 50Hz 45Hz 40Hz 35Hz 30Hz 50Hz 45Hz 40Hz 35Hz 30Hz Available pressure kPa Power ...

Page 62: ...E CARE These wiring diagrams are correct at the time of publication Manufacturing changes can lead to modifications Always refer to the diagram supplied with the product POWER SUPPLY MUST BE SWITCHED OFF BEFORE STARTING TO WORK IN THE ELECTRIC CONTROL BOXES ...

Page 63: ...l circuit breaker FTOF1 L Magneto thermal circuit breaker for circuit 1 outdoor fans FTOF1 H Magneto thermal circuit breaker for circuit 1 outdoor fans FTOF2 L Magneto thermal circuit breaker for circuit 2 outdoor fans FTOF2 H Magneto thermal circuit breaker for circuit 2 outdoor fans KOF1 Power contactors for circuit 1 outdoor fans KOF1 L Power contactors for circuit 1 outdoor fans KOF1 H Power c...

Page 64: ...atic reset EEV1 Circuit 1 electronic expansion valve EEV2 Circuit 2 electronic expansion valve K1 2 Circuit 1 compressor power circuit contactor K3 4 Circuit 2 compressor power circuit contactor RAG Antifreeze electric heater RV1 Circuit 1 4 way cycle reversing valve optional RV2 Circuit 2 4 way cycle reversing valve optional KA1 Three phase network control contactor FPE1 Circuit 1 low pressure tr...

Page 65: ...utdoor fans FDA B Circuit 1 three phase frequency inverter for outdoor fans FDC D Circuit 2 three phase frequency inverter for outdoor fans KOFA B Circuit 1 three phase frequency inverter command relay for outdoor fans KOFC D Circuit 2 three phase frequency inverter command relay for outdoor fans Option soft starter S ST1 2 3 4 Soft starter Nordic Pack TBC Drain pan electric heater thermostat RBC1...

Page 66: ...ED SE 4597 BK BN RD BK BN RD BK BN RD SOFT STARTER OPTION SE 4611 FTWP2 BK BN RD 2 1 3 KWP1 PE 55 UVW L3 L2 L1 BK 53 GY 12 FDWP1 RD 18 BK BN WP1 1 1 1 2 1 3 KWP2 PE 55 UVW L3 L2 L1 BK 53 GY 12 FDWP2 RD 18 BK BN WP2 1 1 1 POL96 M POL96 X5 SE 4598C POL96 M POL96 X5 SE 4598C RD WH RD WH POWER WIRING DIAGRAM SE 4595 C 140 150 170 190 210 N821 3991480 CIRCUIT 1 1 2 3 FTWP1 KWP1 WP1 BK BN RD 1 2 KWP2 3 ...

Page 67: ...POL96 DO1 POL96 DO2 LOW SPEED HIGH SPEED BU L 230V 24V BN 1 2 BN BU C1 1 C2 1 T1 T2 MODEL 170 190 210 POWER WIRING DIAGRAM SE 4596 D 140 150 170 190 210 N821 3991481 CIRCUIT 2 SE 4595 SE 4597 SE 4598 SE 4598 BK BN RD BK BN RD RD TBC RBC1 RBC2 6 6 WH WH GY GY 30 31 SOFT STARTER OPTION SE 4611 RD BKBK L L TEBF EBF 230V socket option 3G MODEM 2A max PC GN YE FTT QD 2A 2A 30 mA BU BU BU BK RD BK T1T2T...

Page 68: ...ODEL 170 190 210 SE 4597C 140 150 170 190 210 N821 3991482 CIRCUIT 1 SE 4596 OG VT LOW SPEED SE 4595 HIGH SPEED SE 4596 TB TB TB TB ALARM 29 28 3A 250V max 28 29 BU BU BU RD RD FTWP2 RD 03 01 FDWP2 03 01 1 FDWP1 1 3G MODEM SE 4596C PC RJ 45 Q64 Q73 Q74 DL1 SIEMENS PB 24 230V Ethernet BSP BUS DL2 DN 115 230V 24 230V C DO1 DO2 Q84 Q54 Q53 T HI T IP T13 T12 T11 Q33 Q34 Q43 Q44 Q24 Q21 T10 Q22 T9 Q12 ...

Page 69: ...FOFD 230V N GN HP2 WH OG OG SE 4598C 3991483 SE 4596 L 1 9 5 27 BK L WH GN 2xBK FPC2 CDT2 FT4 R4 FOFC FTOF2 L 27 RD RV2 WH VT VT MODEL 190 210 N821 140 150 170 190 210 N 3 8 L 10 WH 25 BK RD 2xBK CONTROL WIRING DIAGRAM OCT2 FPE2 N GN BK WH 2 25 3 2 M1 M1 M2 SIEMENS 115 230V BSPBUS COM M2 DN DL1 T8 T7 T6 Q44 C DO1 DO2 Q34 Q33 T5 Q24 T4 Q13 Q14 Q23 24 230V 24 230V T1 T2 X1 M X2 5V 24V X3 X7 M X8 T3 ...

Page 70: ...18 BK BN RD PE 1 2 3 55 53 BK GY OFB 1 2 3 OG BK SE 4608 POL96 X1 POL96 M 140 150 170 190 210 SOFT OPTION SE 4611 STARTER 2 1 1 WH 3 RD RD RD WH SE 4598C POL96 X5 BN RD BK L1 BK 2 3 BN BK KWP1 W U BN 1 BN BN BK BK FTWP2 RD RD POL96 M WP2 SE 4598C WP2 GY BN POL96 X5 1 12 POL96 M L2 3 FDWP2 BK KWP2 RD 18 53 BN 12 18 BN 3 RD 55 V BK L2 L3 53 FDWP1 RD 1 RD GY BK FTWP2 WP1 BK BN BK 2 PE 1 2 PE 55 V UW ...

Page 71: ...FC D OFC L1L2 L3 U VW FDC D BK BN RD PE 1 2 3 BK RD OFD 1 2 3 VT BK SE 4608 POL96 X2 POL96 M 12 18 55 53 POWER WIRING DIAGRAM SE 4606 B ALL SEASONS N821 3991487 CIRCUIT 2 AQA 140 150 170 190 210 SOFT STARTER OPTION SE 4611 L BU BU T1 FFT BU L 230V 24V BN 1 2 RD TBC RBC1 RBC2 6 6 WH WH GY GY 30 31 RD BKBK L EBF TEBF BK RD BK U B U B BU 30 mA 2A QD FTT GN YE PC max 2A 230V socket option 3G MODEM T1T...

Page 72: ...606 TB TB TB TB 03 01 BU KOFA B ALARM 29 28 3A 250V max 28 29 FTOFA B WHBN CONTROL WIRING DIAGRAM SE 4607C ALL SEASONS N821 3991488 CIRCUIT 1 140 150 170 190 210 FTWP2 RD FTWP1 1 1 RJ 45 SE 4596C PC 3G MODEM 1 03 FDWP1 01 1 Q64 Q73 Q74 DL1 SIEMENS PB 24 230V Ethernet BSP BUS DL2 DN 115 230V 24 230V C DO1 DO2 Q84 Q54 Q53 T HI T IP T13 T12 T11 Q33 Q34 Q43 Q44 Q24 Q21 T10 Q22 T9 Q12 Q11 Q14 T8 24 230...

Page 73: ...4605 VT BK BK OG WH TB TB TB TB EEV2 EEV1 WH BK GN RD WH BK GN RD SE 4606 MODEL 190 210 L N 2 3 5 L 27 3 1 N 2 25 HP2 RV2 S3 BU BU L BU 10 9 8 25 26 27 VT 27 27 L 25 26 L 27 10 WH VT VT OG OG 8 1 2 1 FOFD FOFC R3 R4 230V L N K3 K4 FPE2 FPC2 FT4 FT3 BK GN WH WH 2 GN BK M1 M1 M2 SIEMENS 115 230V BSPBUS COM M2 DN DL1 T8 T7 T6 Q44 C DO1 DO2 Q34 Q33 T5 Q24 T4 Q13 Q14 Q23 24 230V 24 230V T1 T2 X1 M X2 5...

Page 74: ... H 4 5 6 KOF1 L OFA LOW SPEED HIGH SPEED 3x400VAC CIRCUIT 1 SE 4649 BK BN RD BK BN RD SOFT STARTER OPTION SE 4611 RD SE 4650 3 POL96 X5 WH POL96 M SE 4650 18 BK U V FTWP1 BN FTWP2 1 RD FTWP2 RD BN BK RD BN BK WP2 3 KWP2 2 1 RD BN BK WP1 KWP1 FTWP1 2 BK U L1 FDWP2 53 12 3 BK VW BN L2 L3 55 12 L2 53 BN RD BK BN 2 PE KWP1 W L1 BK BN BK L3 BN RD FDWP1 GY RD BK BK 1 WP1 1 1 1 2 PE KWP2 RD 18 1 1 1 WP2 ...

Page 75: ...D BN BU C1 1 C2 1 T1 T2 MODEL 170 190 210 POWER WIRING DIAGRAM SE 4648 A 140 150 170 190 210 N821 3991510 3x400VAC CIRCUIT 2 SE 4647 SE 4649 SE 4650 SE 4650 BK BN RD BK BN RD SOFT STARTER OPTION SE 4611 FF11 T2 4A Am BK RD BK GY GN YE BU L BU BU T1 FFT BU L 230V 24V BN 1 2 RD TBC RBC1 RBC2 6 6 WH WH GY GY 30 31 RD BKBK L EBF TEBF BU FTT BU BK BU 2A PC GN YE 30 mA max QD RD BK T1T2T3 1 2 3 4 5 6 2 ...

Page 76: ...L 170 190 210 SE 4649 140 150 170 190 210 N821 3991511 3x400VAC CIRCUIT 1 SE 4648 OG VT LOW SPEED SE 4647 HIGH SPEED SE 4648 TB TB TB TB ALARM 29 28 3A 250V max 28 29 BU BU BU RD RD FTWP2 RD 03 1 FDWP1 1 01 FTWP1 1 1 3G MODEM SE 4648 PC Q64 Q73 Q74 DL1 SIEMENS PB 24 230V Ethernet BSP BUS DL2 DN 115 230V 24 230V C DO1 DO2 Q84 Q54 Q53 T HI T IP T13 T12 T11 Q33 Q34 Q43 Q44 Q24 Q21 T10 Q22 T9 Q12 Q11 ...

Page 77: ... 4648 HIGH SPEED RD GN BK WH RD GN BK WH EEV1 EEV2 FTOF2 L FOFC 2xBK FOFD OCT2 8 2xBK 7 78 FTOF2 H 8 VT CST2 FT4 FT3 WH WPT BK CDT2 2xBK WH TB WH TB RD S3 VT 9 10 10 SE 4647 F D W P 1 2 5 5 F D W P 1 2 5 3 TB MODEL 190 210 TB 8 OG GN M1 M1 M2 SIEMENS 115 230V BSPBUS COM M2 DN DL1 T8 T7 T6 Q44 C DO1 DO2 Q34 Q33 T5 Q24 T4 Q13 Q14 Q23 24 230V 24 230V T1 T2 X1 M X2 5V 24V X3 X7 M X8 T3 POL96 M X4 X5 M...

Page 78: ...RECT PHASE CONNECTIONS L1L2L3 KA1 GY BK BN RD 3991513 FT1 FT2 K1 K2 C1 2 C1 1 BK BN RD BK BN RD L1 L2 L3 X BK BN RD 135 7 2468 SE 4652 BN BK RD BN BK RD FTOFA B KOFA B CIRCUIT 1 OFA L1 L2 L3 UVW 12 FDA B 18 BK BN RD PE 1 2 3 55 53 BK GY OFB 1 2 3 OG BK SE 4654 POL96 X1 POL96 M 140 150 170 190 210 SOFT OPTION SE 4611 STARTER 3x400V L1L2L3 P E W L3 RD L2 RD U 12 3 1 2 L1 BK V 53 GY FDWP1 PE KWP1 55 ...

Page 79: ...FD 1 2 3 VT BK SE 4654 POL96 X2 POL96 M 12 18 55 53 POWER WIRING DIAGRAM SE 4652 A ALL SEASONS 3x400VAC N 821 3991514 CIRCUIT 2 140 150 170 190 210 SOFT STARTER OPTION SE 4611 FF11 T2 4A Am BK RD BK GY GN YE 2A RD BK PC QD 230V socket option 3G MODEM BU BU GN YE BK max 30 mA 2A FTT BU L BU BU FFT BU L 230V 24V BN1 2 RD TBC RBC1 RBC2 6 6 WH WH GY GY 30 31 RD BKBK L EBF TEBF T1T2T3 1 2 3 4 5 6 3 2 1...

Page 80: ...B TB 03 01 BU KOFA B ALARM 29 28 3A 250V max 28 29 FTOFA B WHBN CONTROL WIRING DIAGRAM SE 4653 ALL SEASONS 3x400VAC N821 3991515 CIRCUIT 1 140 150 170 190 210 FTWP2 RD FDWP2 03 FDWP1 01 RJ 45 3G MODEM 01 1 SE 4652 PC 03 1 Q64 Q73 Q74 DL1 SIEMENS PB 24 230V Ethernet BSP BUS DL2 DN 115 230V 24 230V C DO1 DO2 Q84 Q54 Q53 T HI T IP T13 T12 T11 Q33 Q34 Q43 Q44 Q24 Q21 T10 Q22 T9 Q12 Q11 Q14 T8 24 230V ...

Page 81: ...TB TB TB WH OG BK BK VT SE 4651 SE 4652 F D A B 5 3 F D A B 5 5 F D C D 5 3 KOFC D BU 03 01 FDC D BN F D C D 5 5 FTOFC D CONTROL WIRING DIAGRAM SE 4654 A ALL SEASONS 3x400VAC N 821 3991516 CIRCUIT 2 140 150 170 190 210 2xBK OCT2 2xBK CST2 WPT 2xBK CDT2 M1 M1 M2 SIEMENS 115 230V BSPBUS COM M2 DN DL1 T8 T7 T6 Q44 C DO1 DO2 Q34 Q33 T5 Q24 T4 Q13 Q14 Q23 24 230V 24 230V T1 T2 X1 M X2 5V 24V X3 X7 M X8...

Page 82: ...ssor 2 2 serial number Installation checking YES NO YES NO Recommended free clearance Water connection cleaning rinsing air bleed Level installation Anti frost protection of the water loop Unit correctly mounted on supplied dampers Installation thermal load reaches at least 50 Power supply compatible with unit specifications Mesh filter at the inlet of the unit Supply cable is correctly sized Mini...

Page 83: ... B Fan C Fan D Pump 1 Pump 2 Thermodynamics measurements of capacity Evaporating pressure bar bar bar bar Evaporating temperature C C C C Suction temperature C C C C Condensing pressure bar bar bar bar Condensing temperature C C C C Liquid line temperature C C C C Discharge temperature C C C C High pressure switch cut out bar bar bar bar Hydraulic measurements Inlet temperature C Vmax VARIABLE PRI...

Page 84: ...anasonic IMM_ECOI W_140 210_EN_09 19 September 2019 Authorised representative in EU Panasonic Testing Centre Panasonic Marketing Europe GmbH Winsbergring 15 22525 Hamburg Germany www aircon panasonic eu ...

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