background image

Outdoor side heat exchanger of air conditioner: air

Indoor side heat exchanger of air conditioner: air

If the heater is equipped with a supplementary heater: no

Driver of compressor: electric motor

Parameters shall be declared for the average heating season, parameters for the warmer and colder heating seasons are 
optional.

Rated heating capacity

Seasonal space heating 
energy efficiency

Item

Symbol

P

rated,h

50.0

Value

Unit

Item

Symbol

Value

Unit

kW

Declared heating capacity for part load at indoor 

teperature 20°C and outdoor temperatures  T

j

­

s,h

169

%

Declared coefficient of performance or gas utilisation 

efficiency/auxiliary energy factor for part load at given 

outdoor temperatures T

j

T

j

=-7°C

T

j

=+2°C

T

j

=+7°C

T

j

=+12°C

P

dh

P

dh

P

dh

P

dh

25.65

15.62

10.11

8.61

kW

kW

kW

kW

T

j

=-7°C

T

j

=+2°C

T

j

=+7°C

T

j

=+12°C

COP

d

COP

d

COP

d

COP

d

2.60

4.16

5.98

7.13

--

--

--

--

Information requirements for heat pumps

T

biv

=bivalent 

temperature

P

dh

29.00

kW

kW

P

dh

T

biv

29.00

2.24

2.24

--

--

T

OL

=operation 

temperature

T

biv

 =bivalent temperature

T

OL

 =operation temperature

COP

d

COP

d

Bivalent temperature

-10

C

dh

0.25

°C

Degradation 
co-efficient for 
heat pumps(**)

Power consumption in modes other than "active mode"

Supplementary heater

--

15800

m

3

/h

Other items

Capacity control

--

variable

For air-to-air heat pump: air 
flow rate, outdoor measured

Sound power 
level, outdoor

L

WA

88

dB

2088

kg CO

2 eq

(100years)

GWP of the refrigerant

Contact details

(*)

(**)If C

dh

 is not determined by measurement, then the default degradation coefficient of heat pumps shall be 0.25.

Where information relates to multi-split heat pumps, the test result and performance data may be obtained on the basis of 
performance of the outdoor unit, with a combination of indoor unit(s) recommended by the manufacturer or importer.

kW

kW

kW

Crankcase heater mode

Off mode

Thermosat-off mode

P

OFF

P

TO

P

CK

Back-up heating capacity(*)

Type of energy input

Standby mode

0.05

0.05

0.005

elbu

P

SB

0

0.05

kW

kW

Heating  - Information requirements for heat pumps

Model(s): MVD-V6R500W/V2GN1
Test matching indoor units form2, cassette: 4×MVD-56Q4*+4×MVD-71Q4*

81

             

Summary of Contents for MAXI MVD V6R Series

Page 1: ...IT www mundoclima com MVD MAXI MVD V6R and information requirements FR Manual d utilisation et d installation voir www mundoclima com fr DE Benutzer und Installationshandbuch sehen www mundoclima com...

Page 2: ...power supply must be SINGLE PHASE one phase L and one neutral N with his grounded power GND switch Any breach of these specifications involve a breach of the warranty conditions provided by the In lin...

Page 3: ...CONTENTS Installation manual 1 Owner s manual 49 Information requirements Technical fiche LOT 21 58...

Page 4: ...allation Operator Must Know Important Information for User OVERVIEW ABOUT THE PACKING BOX ABOUT THE OUTDOOR UNIT COMBINATION PREPARATIONS BEFORE INSTALLATION 30 30 31 Overview Dial Switch Settings Dig...

Page 5: ...s after Test Run is Completed with Exceptions Operating This Unit 7 4 7 5 7 6 7 7 38 39 41 43 44 Dimensions Maintenance Space Outdoor Unit Component Layout and Refrigerant Circuits Fan Performance Out...

Page 6: ...Installation site 1 2 3 Refrigerant Make sure the installation testing and materials used comply with the applicable law Plastic bags should be disposed of properly Avoid contact by children Potential...

Page 7: ...local law Use only copper core wires for installation Wiring must be carried out in accordance with what is stated in the nameplate The unit does not include a safety switch device Make sure a safety...

Page 8: ...electric box of the unit Do not operate the unit with wet hands Do not place any items that contain water on the unit To prevent electric shock or fire WARNING NOTE Do not install the power cord near...

Page 9: ...Plastic film should be disposed of properly Avoid contact by children Potential risk Asphyxia WARNING Name Qty Outline Function Installation manual Reserved for maintenance To connect piping For 10 18...

Page 10: ...0 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 64 Max Qty of indoor units1 CAUTION In the system where all indoor units are r...

Page 11: ...neral public must be installed in the safety area to prevent others from getting close to these electric appliances Both indoor and outdoor units are suitable for the installation of commercial and li...

Page 12: ...or use with the refrigerant Use only phosphoric acid deoxidized seamless copper for the refrigerant piping If 12 ports or less are required only one mode selection MS box is required If 13 ports or mo...

Page 13: ...mes NAME Outdoor unit connection pipe Outdoor unit branch joint Main pipe Indoor unit main pipe Branch joint between main pipe and MS box or HT hydro module Branch joint between MS box and indoor unit...

Page 14: ...r unit exceed 90 m or the level difference is greater than 50 m outdoor unit is above or 40 m outdoor unit is below the liquid pipe of the main pipe L1 should be increased as Table 4 12 More details a...

Page 15: ...egislation The minimal pipe thickness for R410A piping must be in accordance with the Table 4 8 Notes 1 Material Only seamless phosphorus deoxidized copper piping that complies with all applicable leg...

Page 16: ...n pipe Branch joint between main pipe and MS box Branch joint between MS box and indoor unit Indoor unit auxiliary pipe VRF indoor unit Designation g1 g2 g3 G1 L M L1 L2 to L9 A to D I II a to p N1 to...

Page 17: ...d 175 m actual length and 200 m equivalent length The equivalent length of each branch joint is 0 5 m When the _ increased as Table 4 12 X 40 m unless the following conditions are met and the followin...

Page 18: ...nit and outdoor branch joint Largest level difference between VRF indoor unit or HT hydro module and outdoor unit L1 L2 L4 f i L2 L4 f i Piping between farthest VRF indoor unit or HT hydro module and...

Page 19: ...erences Total piping length 1 Piping between farthest VRF indoor unit or AHU and outdoor unit or the last multi outdoor piping branch 2 Actual length Equivalent length Outdoor unit is above4 Outdoor u...

Page 20: ...vertically offset below the outlets When inserting a vertical offset to avoid an obstacle the whole outdoor piping should be offset rather than just the section adjacent to the obstacle This equipment...

Page 21: ...Select the wire diameters minimum value individually for each unit based on the Table 4 18 and Table 4 19 where the rated current in table 4 18 means MCA in Table 4 19 In case the MCA exceeds 63 A the...

Page 22: ...o the uppermost position to rotate the partition plate completely Once the front panel is opened you can access the electric control box Refer to section 5 2 2 on how to open the electric component bo...

Page 23: ...he internal components of the air conditioner The images shown here are for illustrative purposes only and may differ from the actual product due to reasons like model and product upgrade Please refer...

Page 24: ...nitrogen to remove dust moisture and other particles After all the piping connections have been completed check to make sure there is no gas leak Use nitrogen to conduct the leak check for gas NOTE H...

Page 25: ...When brazing copper and other alloy flux is required Flux produces an extremely harmful effect on the refrigerant piping system For example using a chlorine based flux is used may corrode the pipes a...

Page 26: ...is now closed Direction to close 1 2 3 4 Fastening torque Table 5 2 _ _ X X Stop valve size mm turn clockwise to close Axis Valve body 9 30 12 30 16 30 24 30 25 35 5 4 8 Connecting refrigerant piping...

Page 27: ...as Fig 5 15 Solenoid valve can be opened while downstream gas pressure is 20 kPa above that of upstream 5 5 Pipe Flushing 5 6 Gas Tightness Test The refrigerant piping should be flushed using nitrogen...

Page 28: ...m drying also provides additional leak detection in addition to the gastightness test During vacuum drying a vacuum pump is used to lower the pressure in the piping to the extent that any moisture pre...

Page 29: ...ed greenhouse gases and the GWP value is 2088 Do not discharge the gas into the atmosphere When charging the refrigerant make sure you wear protective gloves and safety glasses Be careful when you ope...

Page 30: ...es closed would damage the compressor A B C D E 3 2 1 Low pressure gas pipe stop valve High pressure gas pipe stop valve Liquid pipe stop valve Pressure gauge Hose a Hose d Hose c Hose b Field piping...

Page 31: ...rth lines and the shielded layer of the earth lines of the indoor units in the P Q E communication line See below for an example of a wiring layout a 5 10 4 Communication wiring layout 5 10 4 1 Wiring...

Page 32: ...of the communication terminals block of the outdoor unit The communication wiring between outdoor units must be connected to the H1 H2 E terminals on the PCB of the communication terminals block of t...

Page 33: ...e master outdoor unit can communicate with MS box or HT hydro module Before the performance test set the number of the indoor unit the address of the outdoor unit After the test run is completed you c...

Page 34: ...ions Power supply L1 L2 L3 N L1 L2 L3 N L1 L1 L2 L3 N L2 L3 N M8 Screw specification Tightening torque N m The size of the screws power supply terminal specifications and recommended torque are as fol...

Page 35: ...atic dedusting default Auto dedusting need customization 0 1 No forced commissioning default Force commissioning ON 1 ON 1 ON ON 123 ENC1 ENC2 ENC4 ENC5 ENC3 S12 0 2 0 5 0 7 0 F 000 0 F 010 0 F 011 0...

Page 36: ...s Running speed of the compressor in rotations per second Error or protection Placeholder and error or protection code In menu mode System check Display menu mode code Display system check code SW3 UP...

Page 37: ...open 1 1 2 2 2 2 3 3 3 3 4 4 4 4 5 5 5 5 1 2 3 4 5 Only available for master unit Only available for master unit Te target temperature during cooling operation Automatic control Only available for ma...

Page 38: ...air temperature T4 C Liquid pipe temperature T5 C Injection liquid temperature T6A C Subcooling gas temperature T6B C Compressor discharge temperature T7C1 C Outdoor heat exchanger gas pipe temperatur...

Page 39: ...ts has no sense Frequency Actual value Displayed value 10 Y Y Opening angle of EEV Actual value Display value 24 Opening angle of EEV Actual value Display value 4 High pressure Actual value Display va...

Page 40: ...led correctly to prevent strange noises and vibrations when the unit starts Field wiring Based on the wiring schematic and the relevant regulations make sure the field wiring is based on the instructi...

Page 41: ...s including the terminals make sure that static electricity in your own body is eliminated You can touch the sheet metal of the outdoor unit to achieve this If conditions permit please wear anti stati...

Page 42: ...le error DC bus low voltage protection Error or protection definition Remarks Displayed content Only displayed on the the master unit Displayed on the unit with the error Displayed on the unit with th...

Page 43: ...valve with 1 representing electronic expansion valve A and 3 representing electronic expansion valve C 4 w is a placeholder for the protection mode of refrigerant leakage with 1 representing the syste...

Page 44: ...ient air may flow through each unit Sufficient airflow across heat exchangers is essential for outdoor units to function properly NOTE For single row installation 1m 1m 1m Front Front 100 500 mm 800mm...

Page 45: ...t to be placed closer to a wall Depending on the height of adjacent walls relative to the height of the units ducting may be required to ensure proper air discharge In the situation depicted the verti...

Page 46: ...exchanger gas temperature sensor Heat sink temperature sensor Heat exchanger liquid temperature sensor Compressor discharge temperature sensor 9 10 11 12 13 14 15 16 17 18 19 20 21 Electronic expansio...

Page 47: ...xchanger Electronic expansion valve EEVC Stop valve liquid side Stop valve high pressure gas side Stop valve low pressure gas side Electronic expansion valve EEVA High pressure sensor Hot gas bypass s...

Page 48: ...ure Pa External ststic pressure Pa External ststic pressure Pa Air flow m3 120 100 80 60 40 20 0 Air flow m3 Air flow m3 120 100 80 60 40 20 0 120 100 80 60 40 20 0 8075 8575 9075 9575 10075 10575 119...

Page 49: ...need ducting each outdoor unit should has independent ducting it cannot share one ducting for more than one outdoor units 6 According to the actual static pressure of the outdoor unit ducting an appr...

Page 50: ...t to duct 3m long Dial switch S4 setting Ducting for 14 18HP Option A Transverse ducting unit mm D C Support Radius E A Radius B 630 90 100 Air outlet louver 12 ST3 9 self threading screws Remove the...

Page 51: ...ion code 5 Long press SW5 MENU button for 5 seconds on master unit to enter menu mode and the digital display displays n1 then press SW3 SW4 UP DOWN button to select the first level menu When the digi...

Page 52: ...d with refrigerant so be careful when connecting the charge hose 2 After adding the refrigerant do not forget to close the lid of the refrigerant auto gauge point Note 1 The digital display will displ...

Page 53: ...48...

Page 54: ...igerant After sales Service and Warranty 56 54 7 7 1 7 2 Error Code Overview Fault Symptom Non Air Conditioning Issues 50 Operating Range Operating System Using the Dry Program 50 1 1 50 8 57 9 57 Mea...

Page 55: ...a safe way and understand the hazards involved Children shall not play with the appliance Cleaning and user maintenance shall not be made by children without supervision WARNING The air outlet must n...

Page 56: ...DB X 2 X 2 Mix cooling heating mode Main cooling Main Heating Notes 1 15 C cooling is possible only with the single MS box otherwise the minimum allowable cooling operating temperature is 5 C 2 Conden...

Page 57: ...ot check or repair the unit on your own Please get relevant professionals to conduct any check or repairs Do not use substances like gasoline diluent and chemical dust cloth to wipe the operations pan...

Page 58: ...es as stipulated in the Kyoto Protocol Do not discharge the gas into the atmosphere Refrigerant Type R410A GWP Value 2088 Based on the applicable law the refrigerant must be checked regularly for leak...

Page 59: ...ets or outlets of the outdoor or indoor units are blocked by any obstacles Remove the obstacles and maintain good ventilation in the room Check if the filter is blocked please refer to the Maintenance...

Page 60: ...e unit with the error Displayed on the unit with the error Displayed on the unit with the error Displayed on the unit with the error Displayed on the unit with the error Displayed on the unit with the...

Page 61: ...nit The air direction is not consistent with the user interface display The air direction does not swing This is because the unit is controlled by the centralized controller 7 2 2 Fault symptom Fan sp...

Page 62: ...E INSTALLATION SITE This unit uses hydrogen fluorocarbons Please contact the agent when you want to dispose this unit Based on the requirements of the law the collection transportation and disposal of...

Page 63: ...Pdc Pdc 22 40 16 51 11 51 6 69 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 4 27 5 45 8 50 17 16 Degradation co efficient for air conditioners Cdc 0 25 Power consumptio...

Page 64: ...Pdh 13 70 kW kW Pdh Tbiv 13 70 2 63 2 63 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pu...

Page 65: ...e heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 28 00 20 63 13 25 6 69 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 90 5 07 8 37 17 44 Degradation co efficient for...

Page 66: ...4 15 8 62 5 91 7 25 kW kW kW kW Tj 7 C Tj 2 C Tj 7 C Tj 12 C COPd COPd COPd COPd 2 83 4 01 5 76 7 42 Information requirements for heat pumps Tbiv bivalent temperature Pdh 16 00 kW kW Pdh Tbiv 16 00 2...

Page 67: ...heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 33 50 24 68 15 12 8 72 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 88 5 29 8 61 12 49 Degradation co efficient for a...

Page 68: ...kW kW Pdh Tbiv 18 43 2 48 2 48 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power...

Page 69: ...kcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 40 00 29 47 18 95 12 60 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 4 07 4 84 6 97 13 68 Degradation co efficient...

Page 70: ...W Pdh Tbiv 22 00 2 42 2 42 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power cons...

Page 71: ...nkcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 45 00 33 16 21 32 11 53 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 75 4 69 7 11 13 45 Degradation co efficien...

Page 72: ...10 kW kW Pdh Tbiv 26 10 2 24 2 24 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Pow...

Page 73: ...kcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 50 00 36 84 23 68 12 84 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 62 4 84 7 06 15 65 Degradation co efficient...

Page 74: ...kW Pdh Tbiv 29 00 2 11 2 11 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power con...

Page 75: ...se heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 22 40 16 51 10 61 9 56 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 4 10 5 87 9 10 10 47 Degradation co efficient for...

Page 76: ...dh 13 70 kW kW Pdh Tbiv 13 70 2 91 2 91 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pum...

Page 77: ...ase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 28 00 20 63 13 26 9 85 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 60 4 92 7 63 12 82 Degradation co efficient fo...

Page 78: ...15 8 62 5 84 6 97 kW kW kW kW Tj 7 C Tj 2 C Tj 7 C Tj 12 C COPd COPd COPd COPd 2 76 3 99 5 96 7 20 Information requirements for heat pumps Tbiv bivalent temperature Pdh 16 00 kW kW Pdh Tbiv 16 00 2 70...

Page 79: ...se heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 33 50 24 68 15 87 9 65 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 50 4 72 6 83 14 25 Degradation co efficient for...

Page 80: ...kW kW Pdh Tbiv 18 43 2 66 2 66 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power...

Page 81: ...ankcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 40 00 29 47 18 95 12 72 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 45 4 77 7 17 14 81 Degradation co efficie...

Page 82: ...Pdh Tbiv 22 00 2 67 2 67 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power consu...

Page 83: ...ankcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 45 00 33 16 21 32 11 64 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 20 4 23 6 68 13 66 Degradation co efficie...

Page 84: ...Pdh Tbiv 26 10 2 36 2 36 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power consu...

Page 85: ...ankcase heater mode Standby mode PCK PSB Pdc Pdc Pdc Pdc 50 00 36 84 23 68 12 98 kW kW kW kW kW kW kW kW Tj 35 C Tj 30 C Tj 25 C Tj 20 C EERd EERd EERd EERd 3 06 4 60 6 91 16 40 Degradation co efficie...

Page 86: ...Pdh Tbiv 29 00 2 24 2 24 TOL operation temperature Tbiv bivalent temperature TOL operation temperature COPd COPd Bivalent temperature 10 Cdh 0 25 C Degradation co efficient for heat pumps Power consu...

Page 87: ......

Page 88: ...SAT 34 93 652 53 57 www mundoclima com C N POLES 249 P1 ESPA A SPAIN 34 93 446 27 80 08013 BARCELONA...

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