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Daikin RXQ34PY1 [42/355] Air tight test
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Installation SiEN34-705
36 General Information
3.2.5 Air Tight Test
! Operational steps
Essential Points
of Testing
(Maintaining
Pressure Over a
Period)
The key to successful testing is strict adherence to the following procedure:
a) The liquid and gas piping in each refrigerant system should be pressurized in turn in
accordance with the following steps. (Nitrogen gas must be used.)
∗ Increasing the system pressure to 4.00MPa does not guarantee the identification of minor
leaks if pressure is maintained for only a short time. It is therefore recommended that the
system remain pressurized in accordance with Step 3 above for at least 24 hours.
Note: The pressure must on no account be increased beyond 4.00MPa.
Complete
refrigerant pipe
installation work
Pressurize Check for pressure drop Success
Locate and repair leaks
(V0987)
! Step 1: increase pressure to 0.3MPa for 3
minutes or more
⎫
⎪
⎬
⎪
⎭
⎫
⎪
⎬
⎪
⎭
Indicates existence of major leaks
! Step 2: increase pressure to 1.5MPa for 3
minutes or more
Indicates existence of minor leaks
! Step 3: increase pressure to 4.00MPa for
approx. 24 hours
Содержание
- Design installation testing instruction 1
- Manual 1
- R 410a heat pump 50hz 60hz cooling only 50hz 1
- Service 1
- Sien34 705 1
- Appendix 28 3
- Caution for refrigerant leaks 24 3
- Hand over to customer 27 3
- Installation 9 3
- Part 1 general information 3
- Points to bear in mind at the system design 2 3
- Product outline 3
- R 410a series 3
- Test operation 2 3
- Heat pump 60hz rxyq5 54p 61 4
- Heat pump cooling only 50hz rx y q5 54p 14 4
- Heat pump cooling only 50hz rx y q5 54p 310 1 safety cautions 311 1 specifications 312 1 what to do before operation 312 1 remote control and cool heat selector name and function of each switch and display refer to figure 2 and 3 313 1 operation range 313 1 operation procedure 313 1 optimum operation 317 1 seasonal maintenance 317 1 following symptoms are not air conditioner troubles 317 1 0 trouble shooting 319 2 heat pump 60hz rxyq5 54p 321 2 safety cautions 322 2 specifications 323 2 what to do before operation 323 2 remote control and cool heat selector name and function of 4
- Part 2 installation manual 13 4
- Part 3 operation manual 09 4
- Drawings flow charts iii 5
- Index i 5
- Part 4 precautions for new refrigerant r 410a 33 5
- Preface 6
- Appendix 28 7
- Caution for refrigerant leaks 24 7
- Hand over to customer 27 7
- Installation 9 7
- Part 1 general information 7
- Points to bear in mind at the system design 2 7
- Product outline 7
- Test operation 2 7
- General information 8
- Heat pump rx y q 16ph 18ph 24ph 26ph 28ph 30ph 32ph 34ph 36ph y1 e yl e 38ph 40ph 42ph 44ph 46ph 48ph 50ph 8
- Heat pump rx y q 5p 8p 10p 12p 14p 16p 18p 20p 22p y1 e yl e 24p 26p 28p 30p 32p 34p 36p 38p 40p 42p 44p 46p 48p 50p 52p 54p 8
- High cop series energy saving series 8
- Indoor units 8
- Model names of indoor outdoor units 8
- Outdoor units normal series 8
- Product outline 8
- Product outline sien34 705 8
- Series model name power supply 8
- 600 ceiling mounted cassette type multi flow 9
- Ceiling mounted built in type 9
- Ceiling mounted cassette corner type 9
- Ceiling mounted cassette type double flow 9
- Ceiling mounted cassette type multi flow 9
- Ceiling mounted duct type 9
- Ceiling suspended cassette type connection unit series 9
- Ceiling suspended type 9
- Concealed floor standing type 9
- External appearance 9
- Floor standing type 9
- General information 3 9
- Indoor units heat pump 50hz 60hz cooling only 50hz 9
- Outdoor air processing unit 9
- Sien34 705 product outline 9
- Slim ceiling mounted duct type 9
- Wall mounted type 9
- Outdoor units heat pump 50hz 60hz cooling only 50hz 10
- Combination of outdoor units 12
- Connectable indoor unit 14
- Fxdq p n a ve with drain pump fxzq only for eu australia 14
- General information 14
- Hp 2 hp 2 hp 3 hp 4hp 5hp 8hp 10hp 14
- Indoor unit capacity 14
- New refrigerant model code p20 type p25 type p32 type p40 type p50 type p63 type p80 type p100 type p125 type p200 type p250 type selecting model capacity 2 kw 2 kw 3 kw 4 kw 5 kw 7 kw 9 kw 11 kw 14 kw 22 kw 28 kw equivalent output 0 hp 1hp 14
- Note fxdq has following 2 series as shown below fxdq p n a vet without drain pump 14
- Product outline sien34 705 14
- Use the above tables to determine the capacities of indoor units to be connected make sure the total capacity of indoor units connected to each outdoor unit is within the specified value kw the total capacity of connected indoor units must be within a range of 50 to 130 of the rated capacity of the outdoor unit in some models it is not possible to connect the maximum number of connectable indoor units select models so the total capacity of connected indoor units conforms to the specification 14
- Differences from conventional models 15
- Connectable indoor units number and capacity normal series 16
- General information 16
- Model selection 16
- Product outline sien34 705 16
- Vrv iii heat pump 50hz 60hz cooling only 50hz 16
- General information 11 17
- High cop series energy saving series 17
- Sien34 705 product outline 17
- Points relating to the performance of the air conditioning units 18
- Points to bear in mind at the system design 18
- General information 20
- How these installation problems affect an equipment are shown below 20
- Points to bear in mind at the system design sien34 705 20
- The analysis of major installation problems experienced is shown below 20
- The installation is of vital importance 20
- Note 1 the division of the work should be thoroughly clarified this applies particularly to work relating to the connection of control wiring fitting of remote control and central control panel boundary work on areas such as connection of drain piping and humidification supply piping inspection and foundation 2 keep a constant check on the progress of the construction work to avoid deviations from the air conditioning work schedule 3 for sleeve and insert work the positions of ceiling girders should be confirmed and sleeve and insert requirement hole diameters positioning and numbers decided this is particularly important in the case of sleeves for drain piping 21
- Striking a balance between system installation and general construction work comprehensive flow chart 21
- At the contract drawing stage the following points are critical 22
- Contract drawing 22
- Objectives include the drawings should be easily comprehensible to those carrying out the work the contents of the drawings should not be subject to subsequent alteration 22
- Points to bear in mind when preparing the contract drawings 22
- The following is a list of the main points to be considered when preparing contract drawings for the iii system and should be used as a reference during this stage of the work 22
- The following points should be borne in mind when preparing the contract drawings from the original drawings and the execution drawings the contract drawings for the air conditioning system are blueprints for the performance of the necessary work which are drawn up on the basis of the original drawings in such a way that a working balance is achieved between the specific requirements of each individual aspect of the work 22
- For details on field settings and centralized control group no refer to the installation manual and system reference materials 23
- General information 17 23
- In addition to the design of the appropriate this system configuration it is also essential that the control system be made amply clear if the system is designed and installed without a clear comprehensive plan then problems are inevitably going to occur during the test run servicing too will become much more time consuming than necessary however if control circuit diagrams are prepared along with the contract drawings in order to make the total system clearly visible then the essential points relating to the electrical connections will be easily understood the test run will go off without a hitch and the whole system will be rendered fully effective 23
- Main considerations in preparation of control circuit diagrams 23
- Mark each outdoor unit with a code 2 add field settings and data for outdoor units and outdoor unit no if using sequential start 3 add the model number of each indoor unit connected to each refrigerant circuit 4 assign each indoor unit a code 5 fill in the location of each indoor unit 6 group indoor units controlled by one or two remote controls group or individual control 7 assign central group nos if using centralized control 8 add field settings and optional equipment for indoor units 9 add unit no if making separate field settings for each indoor unit under group control 23
- Note with the vrv iii r 410a heat pump cooling only series unit no is determined through automatic addressing therefore readout unit nos after activating the power 23
- Sien34 705 points to bear in mind at the system design 23
- Step 1 compiling a system list 23
- Example control circuit diagram 24
- Step 2 preparation of the control circuit diagrams 24
- General information 19 25
- Installation 25
- Sien34 705 installation 25
- Step by step installation procedure 25
- The above list indicates the order in which the individual work operations are normally carried out but this order may be varied where local conditions warrant such a change 25
- Positioning of the pipe holes 26
- Positioning the insert 26
- Sleeve and insert work 26
- Work involved in individual operations and points to be borne in mind 26
- Essential points when installing an indoor unit 27
- Example ceiling mounted cassette type fxcq63m 27
- General information 21 27
- Height take care to account for final ceiling facing surface level 2 level level fitting is essential within 1 degree of horizontal 3 direction the unit must be fitted in line with the ultimately visible ceiling joints 27
- Important points 1 the suspension bolts must be strong enough to support the weight of the indoor unit 2 optional features must be added to the indoor unit prior to installation 3 the model name should be checked prior to installation 4 take care to align the main unit correctly bearing in mind piping layout and direction of blow out 5 leave sufficient space for servicing to be carried out 6 make inspection holes for model which need them 7 fit the unit to ensure proper drainage 27
- Installation of indoor unit 27
- Operational steps 27
- Positioning 27
- Sien34 705 installation 27
- General information 28
- Installation sien34 705 28
- Operational steps 28
- Refrigerant pipe work 28
- The 3 principles of refrigerant piping 28
- The 3 principles of refrigerant piping must be strictly observed 28
- Method for replacing nitrogen brazing 29
- Covering of refrigerant pipes 30
- Refrigerant pipe flushing 31
- 1 2h shows the material type of jis h 3300 the thickness and material should comply with relevant local and national regulations for the design pressure 4 mpa 40bar select the wall thickness in accordance with relevant local and national regulations 32
- 3 make sure to use the particular branches of piping that have been selected referring to chapter example of connection 4 the piping minimum thickness and material the min thickness of the pipes shows the requirements of japanese high pressure gas control low as of jan 2003 and the temper grade 32
- A refrigerant piping selection of piping material 1 foreign materials inside pipes including oils for fabrication must be 30mg 10m or less 2 use the following material specification for refrigerant pipping construction material phosphoric acid deoxidized seamless copper for refrigerant size determine the proper size referring to chapter example of connection the wall thickness of the refrigerant piping should comply with relevant local and national regulations for r 410a the design pressure is 4 mpa 40 kgf c 32
- Choice of materials for refrigerant piping 32
- General information 32
- Installation sien34 705 32
- The nature and amount of the extraneous material inside the pipe can be checked during flushing by placing a rag lightly over the end of the pipe in the unlikely case that even a small quantity of moisture is found then the inside of the pipe should be dried out thoroughly action 1 flush the inside of the pipe with nitrogen gas until such time as the moisture disappears 2 carry out a thorough vacuum drying operation see page 39 1 close the main valve on the nitrogen cylinder 2 repeat the above operation for unit b 3 when the liquid pipe operations have been completed then do the same with the gas pipes 32
- B brazed joints and special branches 1 general use l bend joint socket joint t joint etc joints must meet the requirements of the relevant jis standard size materials thickness etc 2 special branches the daikin outdoor unit multi connection kit refnet joint refnet header or reducing socket should be used 33
- Branches 33
- Equivalent piping length of joints and header reference 33
- Example r 410a rxyq p series 33
- General information 27 33
- Refer detail of daikin refnet joint and refnet header on page 161 33
- Refnet header 33
- Refnet joint 33
- Sien34 705 installation 33
- 200 225 250 315 400 450 500 34
- Brazing rod diameter φ 34
- C brazing the multi system requires only copper copper jointing and the jointing method is explained below the use of hard solder is essential 34
- General information 34
- Hard solder 34
- Installation sien34 705 34
- Note the values in the table above are for type b torch french 34
- Nozzle tip no 34
- Piping size 34
- Table 1 correlation of nozzle tip and size of refrigeration piping 34
- The r 410a heat pump cooling only rx y q p series uses a wide range of piping sizes you should therefore be careful when selecting the nozzle tip if a small nozzle tip is used for brazing piping of large diameters such as φ 38 and φ 44 brazing flow becomes poor 34
- Brazing 35
- A stiffened pipe must always be annealed at least once prior to the flaring work b a pipe cutter must be used to cut the pipe a large pipe cutter must be used where the pipe has a large diameter when cutting a pipe which is too big for the pipe cutter a metal saw may be used but care must be taken to ensure that the debris from sawing does not get into the pipe c set the flaring tool to make sure the flare size remains within the prescribed limits 36
- D coat the inner and outer surface of the flare with refrigerator oil ester or ether oil this ensures that the flare nut passes smoothly preventing the pipe from twisting do not use suniso 4gs oil 36
- Flare connection 36
- Flare gauge adapter corresponding to the new rank when using the later use a flare gauge to take out the pipe from the gauge bar adjust it and then carry out the flare processing 36
- General information 36
- Installation sien34 705 36
- Mm 72mm 1 0 mm each 36
- New rank compatible flare tool compared to previous refrigerants the components of a hfc refrigerant is small r 410a also has a higher pressure than other refrigerants therefore in order to strengthen the intensity of the form and size of the flare section used for r 410a class 2 apparatus unlike the specification of the conventional refrigerants it was set up with different standards when carrying out flare processing use a new rank compatible flare tool or a conventional flare tool 36
- Size from the dice surface to the copper tip in mm 36
- Check that there is no superficial damage to the surface of the flare 37
- General information 31 37
- Important points 1 burrs should be carefully removed 2 2 spanners should be used to grip the flare nuts 3 the flare nut must be inserted before starting the flaring operation 4 the appropriate amount of torque should be used to tighten the flare nut 37
- Sien34 705 installation 37
- Standard torques for tightening flare nut 37
- Flaring procedure 38
- Not recommendable but in case of emergency 39
- Tighten the flare but with proper torque 39
- A the flange sheet surface should be clean and undamaged clean any dirt away with a cloth and check that there has been no damage b coat the flange sheet surface with refrigeration oil ester or ether oil and then insert the packing do not use suniso oil 40
- C tighten the bolts in opposite corners first to ensure that the connection is true 40
- Flange connection 40
- General information 40
- Important points 1 only clean refrigeration oil should be used to coat the flange i e free from dirt or water 2 the correct amount of torque should be applied when tightening the flange bolts 40
- Installation sien34 705 40
- Iso hexagonal bolt 40
- Standard torques for tightening screws and bolts 40
- Essential points of thermal insulation 41
- Materials 41
- Thermal insulation work refrigerant piping 41
- Air tight test 42
- Essential points of testing maintaining pressure over a period 42
- Check 1 where pressure falls while carrying out steps 1 to 3 described on previous page check by ear listen for the sound of a major leak check by hand check for leak by feeling around jointed sections with hand soap and water check snoop bubbles will reveal the presence of a leak 44
- Check 2 when searching for a minor leak or when there has been a fall in pressure while the system has been fully pressurized but the source of the leak cannot be traced 1 release the nitrogen until the pressure reaches 0 mpa 2 increase pressure to 1 mpa using gaseous flon gas r 410a nitrogen and flon gas mixed 3 search for the source of the leak using a leak detector 4 if the source of the leak still cannot be traced then repressurize with nitrogen up to 4 0mpa and check again the pressure must not be increased to more than 4 0mpa 44
- Checking for leaks 44
- General information 44
- Important points 1 where the lengths of piping involved are particularly long then the air tight test should be carried out block by block example 1 indoor side 2 indoor side vertical pipes 3 indoor side vertical pipes outdoor side 44
- Installation sien34 705 44
- Setup of air tight test referring to following figure connect an nitrogen tank refrigerant tank and a vacuum pump to the outdoor unit the shutoff valve and valve a c in following figure should be open or closed as shown in the table below 44
- Key points lower the degree of vacuum to below 755mmhg 45
- The evacuation of air conditioner piping provides the following effects 1 vacuum drying 2 removes air and nitrogen used in air tightness test from the inside of pipes therefore it is necessary to ensure that the both purposes have been achieved in the vacuum drying operation 45
- Vacuum drying 45
- Vacuum drying is the use of a vacuum pump to vaporize gasify the moisture liquid inside the pipes and expel it leaving the pipes completely dry inside at 1 atm 760 mmhg the boiling point evaporating temperature of water is 100 c but if a vacuum is created inside the pipes using a vacuum pump then the boiling point is rapidly reduced as the degree of the vacuum is increased if the boiling point is reduced to a level below that of the ambient temperature then the moisture in the pipes will evaporate 45
- What is vacuum drying 45
- Choosing a vacuum pump 46
- 2 degree of vacuum ultimate vacuum varies largely according to use of the vacuum pump vacuum pumps used for vacuum forming cannot be used for vacuum drying a vacuum pump with a high degree of vacuum is required 47
- Degree of vacuum is expressed in torr micron mmhg and pascal pa the units correlate as follows 47
- Degree of vacuum measurement an extremely accurate vacuum gauge is required to test degree of vacuum you cannot accurately measure degree of vacuum with the compound gauge on the gauge manifold a pirani vacuum gauge is required to measure degree of vacuum accurately because pirani gauges are very sensitive and require extreme care when using they are not very suitable for use in the field you should therefore use the pirani gauge to calibrate the attached vacuum gauge on the gauge manifold and the degree of vacuum of the vacuum pump 47
- General information 41 47
- Sien34 705 installation 47
- Vacuum pump maintenance because of their nature most vacuum pumps contain large amounts of oil which lubricates bearings etc and functions to enhance airtightness of pistons when using a vacuum pump to discharge air from refrigerant piping moisture in the air tends to get mixed in with the oil you must therefore change oil periodically and make sure the proper oil level is maintained perform periodic inspections in accordance with the operating instructions 47
- When selecting a vacuum you should select one which is capable of achieving 0 torr of ultimate vacuum 47
- Calibration method 1 connect a pirani vacuum gauge and the gauge manifold vacuum gauge 0 760 mmhg to the vacuum pump at the same time and run the pump for about 3 minutes 2 make sure the reading of the pirani vacuum gauge is 5 torr 667 pa or less the reading of conventional vacuum pumps lowers to about 0 torr if the reading is not 5 torr or less check the vacuum pump oil oil is low in many cases 3 check the attached gauge on the gauge manifold adjust the gauge if the reading is not exactly correct 4 adjust the gauge manifold valve so that the pirani vacuum gauge reads 5 torr 5 mark the position indicated by the gauge manifold gauge with an oil based ink pen 6 use the mark of the gauge manifold as a target when vacuuming in the field 48
- General information 48
- Installation sien34 705 48
- Many handy pumps fall into this category 48
- Reference types of vacuum pump with respective maximum degree of vacuum 48
- Vacuum drying procedure 49
- Additional charge of refrigerant at installation time 51
- Refrigerant charging instructions 51
- Drain pipe gradient and support 53
- Drain pipe work indoor 53
- Drain trap 53
- General information 54
- Grouped drain piping 54
- If a drain pan made of polystyrene foam is used then an auxiliary drain hose flexible is also essential a flexible drain hose permits the drain socket and drain pipe to be connected without difficulty and prevents any undue strain being placed on the drain pan 54
- Important points 1 the drain pipe should be at least equal in size to that of the indoor unit 2 the drain pipe is thermally insulated to prevent the formation of condensation inside the pipe 3 the drain up mechanism should be fitted before the indoor unit is installed and when the electricity has been connected some water should be added to the drain pan and the drain pump checked to see that it is functioning correctly 4 all connections should be secure special care is needed with pvc pipe the use of a colored adhesive with pvc pipes will help you to remember to connect them up 54
- Installation sien34 705 54
- It is standard work practice to make connections to the main pipe from above the pipe down from the combination should be as large as possible 54
- The pipework should be kept as short as possible and the number of indoor units per group kept to a minimum 54
- Use of an auxiliary drain hose flexible 54
- Ceiling mounted cassette type fxcq m double flow 55
- Drain piping for each model 55
- Drain piping work rig the drain pipe as shown below and take measures against condensation improperly rigged piping could lead to leaks and eventually wet furniture and belongings 55
- Drain pump kit 55
- General information 49 55
- Notes allowed flow rate figures below the decimal have been discarded use vp30 or larger pipe in risers use the same drain pipe for the humidifier as the indoor unit 55
- Notes calculations have been made with water area inside the pipe as 10 allowable flow rate figures below the decimal have been discarded use vp30 or larger pipe after the convergence point 55
- Piping diameter for grouped drain pipes 55
- Relationship between horizontal pipe diameter and allowable drainage for extended ventilation system 55
- Relationship between riser diameter and allowable drainage for extended ventilation system 55
- Select piping diameter from the below table in accordance with the amount of condensation drained by all units with a common drain pipe consider 2 l hr of drainage for every 1 hp for example drainage from 3 units running at 2 hp and 2 units running at 3 hp is calculated as follows 2 l hr 2 hp 3 units 2 l hr 3 hp 2 units 24 l hr 55
- Sien34 705 installation 55
- 1 carry out the drain piping the diameter of the drain pipe should be greater than or equal to the diameter of the connecting pipe vinyl tube pipe size 25 mm outer dimension 32 mm keep the drain pipe short and sloping downwards at a gradient of at least 1 100 to prevent air pockets from forming if the drain hose cannot be sufficiently set on a slope execute the drain raising piping to keep the drain hose from sagging space hanging wires every 1 to 1 m 56
- Caution setting the unit at an angle opposite to the drain piping might cause leaks 56
- General information 56
- If converging multiple drain pipes install according to the procedure shown below 56
- Installation sien34 705 56
- Precautions for drain raising piping install the drain raising pipes at a height of less than 310 mm install the drain raising pipes at a right angle to the indoor unit and no more than 300 mm from the unit 56
- Select converging drain pipes whose gauge is suitable for the operating capacity of the unit 56
- Use the attached drain hose and clamp metal insert the drain hose into the drain socket up to the white tape tighten the clamp until the screw head is less than 4mm from the hose wrap the attached sealing pad over the clamp and drain hose to insulate insulate the drain hose inside the building 56
- Ceiling mounted cassette type fxfq m multi flow 58
- General information 53 59
- Install the drain raising pipes at a height of less than 550 mm install the drain raising pipes at a right angle to the indoor unit and no more than 300 mm from the unit 59
- Note to ensure no excessive pressure is applied to the included drain hose 1 do not bend or twist when installing this may cause leakage if converging multiple drain pipes install according to the procedure shown below 59
- Select converging drain pipes whose gauge is suitable for the operating capacity of the unit 59
- Sien34 705 installation 59
- Caution drain piping connections do not connect the drain piping directly to sewage pipes that smell of ammonia the ammonia in the sewage might enter the indoor unit through the drain pipes and corrode the heat exchanger keep in mind that it will become the cause of getting drain pipe blocked it water collects on drain pipe 60
- General information 60
- Installation sien34 705 60
- Ceiling mounted cassette corner type fxkq ma 61
- Drain piping work 61
- 2 after piping work is finished check drainage flows smoothly open the inspection opening add approximately 1liter of water slowly into the drain pan and check drainage flow 62
- Caution drain piping connections do not connect the drain piping directly to sewage pipes that smell of ammonia the ammonia in the sewage might enter the indoor unit through the drain pipes and corrode the heat exchanger keep in mind that it will become the cause of getting drain pipe blocked if water collects on drain pipe 62
- General information 62
- Installation sien34 705 62
- Note use the drain outlet for maintenance to drain water from the drain pan 62
- Slim ceiling mounted duct type fxdq 63
- Ceiling mounted built in type fxsq m 65
- No good good 65
- Ceiling mounted duct type fxmq ma 67
- Ceiling suspended type fxhq ma 69
- General information 63 69
- Sien34 705 installation 69
- Caution 71
- Drain piping connections do not connect the drain piping directly to sewage pipes that smell of ammonia the ammonia in the sewage might enter the indoor unit through the drain pipes and corrode the heat exchanger keep in mind that it will become the cause of getting drain pipe blocked if water collects on drain pipe 71
- General information 65 71
- Sien34 705 installation 71
- Wall mounted type fxaq ma 71
- Floor standing concealed floor standing type fxlq ma fxnq ma 72
- Ceiling suspended cassette type fxuq ma 73
- Outdoor air processing unit fxmq mf 76
- Control wiring 77
- Electrical work 77
- Power supply cabling of main power supply 78
- Duct work indoor 80
- Taking account of noise and vibration 80
- Branch switch overcurrent breaker 81
- Caution 1 an inverter air conditioner may cause electronic noise generated from am broadcasting examine where to install the main air conditioner and electric wires keeping proper distances away from stereo equipment personal computers etc 81
- General information 75 81
- If the electric wave of am broadcasting is particularly weak keep distances of 3m or more if the electric wave of am broadcasting is particularly weak keep distances of 3m or more and use conduit tubes for power and transmission lines 2 in heavy snowfall areas select an installation site where snow will not affect operation of the unit 3 if condensate may drip on downstairs walkway depending on the floor condition take a measure such as the installation of central drain pan kit sold separately 4 the refrigerant r 410a itself is nontoxic nonflammable and is safe if the refrigerant should leak however its concentration may exceed the allowable limit depending on room size due to this it could be necessary to take measures against leakage refer to the chapter caution for refrigerant leaks 81
- Indoor unit 81
- No limit to wall height no limit to wall height 81
- Personal computer or radio 81
- Selection of location 81
- Sien34 705 installation 81
- This unit both indoor and outdoor is suitable for installation in a commercial and light industrial environment if installed as a household appliance it could cause electromagnetic interference the vrv outdoor units should be installed in a location that meets the following requirements 1 the foundation is strong enough to support the weight of the unit and the floor is flat to prevent vibration and noise generation 2 the space around the unit is adequate for servicing and the minimum space for air inlet and air outlet is available refer to below figure and choose one of both possibilities 3 there is no danger of fire due to leakage of inflammable gas 4 ensure that water cannot cause any damage to the location in case it drips out the unit e g in case of a blocked drain pipe 5 the piping length between the outdoor unit and the indoor unit may not exceed the allowable piping length see example of connection 6 select the location of the unit in such a way that neither the discharged air 81
- Service space 82
- Inspecting and handling the unit 83
- Foundation of units 84
- General information 84
- Installation of outdoor unit 84
- Installation sien34 705 84
- Notes 1 the proportions of cement sand gravel for the concrete shall be 1 2 4 and ten reinforcement bars that their diameter are 10mm approx 300mm intervals shall be placed 2 the surface shall be finished with mortar the corner edges shall be chamfered 3 when the foundation is built on a concrete floor rubble is not necessary however the surface of the section on which the foundation is built shall have rough finish 4 a drain ditch shall be made around the foundation to thoroughly drain water from the equipment installation area 5 when installing the equipment on a roof the floor strength shall be checked and water proofing measures shall be taken 6 y groove unnecessary for 5hp models 7 when selecting the piping from the bottom provide the height 200mm or more from a base 84
- Operational steps 84
- Bolt pitch 85
- General information 79 85
- Make sure the unit is installed level on a sufficiently strong base to prevent vibration and noise secure the unit to its base using foundation bolts use four commercially available m12 type foundation bolts nuts and washers the foundation bolts should be inserted 20 mm make sure the base under the unit extended more than 765mm behind the unit the height of the base should be at least 150mm from the floor the unit must be installed on a solid longitudinal foundation steelbeam frame or concrete as indicated in figure 85
- Notes 1 when installing on a roof make sure the roof floor is strong enough and be sure to water proof all work 2 make sure the area around the machine drains properly by setting up drainage grooves around the foundation drain water is sometimes discharged from the outdoor unit when it is running 3 for anti corrosion type use nuts with resin washers if the paint on nut connections comes off the anti corrosion effect may decrease 85
- Sien34 705 installation 85
- Unpacking and placing the unit 85
- Caution caution label 86
- Do not use stands to support the corners 86
- To in s t a ller s 86
- And pull the panel towards you 87
- Beware the fan running when inspect do not touch the charged parts when inspect 87
- Caution for removing and installing the el compo box cover 87
- Check the system status on led h2p on the pc board a1p from inspection door on the el compo box cover led display shows turning off normal turning on abnormal flashing under preparation for multi system check the pc board of the master unit the master unit is the outdoor unit connected to the transmission wiring to the indoor units 87
- For removing the front panel lift the panel a little 87
- For the location of the el compo box and the service port see as shown below on the right 87
- To all handlers 87
- To service person 87
- Warning caution to electric shock 87
- Check work prior to turn power supply on 88
- Procedure and outline 88
- Test operation 88
- Be sure to turn the power on 6 hours before starting operation to protect compressors to power on clankcase heater 89
- Before starting the normal operation after the completion of check operations make sure indoor and outdoor units normally operate 89
- Check for normal operation 89
- Check the led display of the outdoor unit pc board 89
- Check to be sure the transmission is normal the transmission is normal if the leds display conditions as shown in table below 89
- Conduct check operations 89
- General information 83 89
- Make field settings if needed for the setting procedure refer to information in 4 field setting from outdoor unit on page 101 onward for the outdoor multi system make field settings with the master unit field settings made with the slave unit will be all invalid 89
- Make field settings with outdoor unit pc board 89
- Sien34 705 test operation 89
- The check operations shown below will be automatically initiated check for erroneous wirings check for failure to open stop valves check for excessive refrigerant refilling automatic judgment of piping length 89
- The master unit is the outdoor unit to which the transmission wiring for the indoor units is conncted the other outdoor units are slave units 89
- Turn outdoor unit and indoor unit power on 89
- Turn power on 89
- Check operation 90
- Check operation procedure 90
- How to distinguish the master unit sub unit 1 and sub unit 2 in the multi system 90
- Note1 onsite settings with the power off if the cool heat selector was connected to the outdoor unit set the dip switch ds1 on the outdoor unit pc board a1p to on it is set to off when shipped from the factory for the position of the dip switch ds1 see the service precautions label see at right which is attached to the el compo box lid 90
- Step1 make the onsite setting as needed using the dip switches on the outdoor unit pc board a1p with the power off see below instruction note1 step2 close the el compo box lid and all front panels except as the side of the el compo box and turn on the power to the outdoor unit and all connected indoor units be sure to turn the power on at least 6 hours before operation in order to have power running to the crank case heater step3 check the led display on the outdoor unit pc board a1p is as shown in the table below and transmission is normal 90
- Step4 make the onsite settings as needed using the push button bs1 bs5 on the outdoor unit pc board a1p with the power on see 4 field setting from outdoor unit step5 perform the check operation following the check operation method of the service precautions label on the el compo box lid the system operation for about 40 minutes and automatically stops the check operation if the malfunction code is not displayed in the remote control after the system stop check operation is completed normal operation will be possible after 5 minutes if the malfunction code is displayed in the remote control correct the malfunction following remote control displays malfunction code and perform the check operation again 90
- If any malfunction codes other than the above are displayed check the service manual for how to respond 91
- Remote control displays malfunction code 91
- Be sure to push and hold the reset button for 5 seconds if not the addition cannot be recognized in this case the unit cannot be run for up to 12 minutes to automatically set the address indoor outdoor address etc status 92
- Caution when the 400 volt power supply is applyed to n phase by mistake replace inverter p c b a2p and control transformer t1r t2r in switch box together 92
- Operation when power is turned on 92
- Tap the reset button on the outdoor unit pc board operation becomes possible for about 2 minutes if you do not push the reset button the unit cannot be run for up to 10 minutes to automatically set master power status 92
- The unit cannot be run for up to 12 minutes to automatically set the master power and address indoor outdoor address etc status 92
- When an indoor unit or outdoor unit has been added or indoor or outdoor unit pc board has been changed 92
- When turning on power first time 92
- When turning on power the second time and subsequent 92
- 1 microcomputer normal monitor this monitor blinks while in normal operation and turns on or off when a malfunction occurs 93
- 2 set mode display led leds display mode according to the setting 93
- 3 mode setting switchused to change mode 93
- 4 local setting switch used to make field settings 93
- Outdoor unit pc board 93
- Outdoor unit pc board layout 93
- Field set mode 94
- Field setting 94
- Field setting from remote control 94
- First code no 94
- Mode no 94
- Second code no 94
- Unit no 94
- Field set mode 95
- Infrared remote control indoor unit 95
- Mode no 95
- Second code no first code no 95
- Simplified remote control 96
- General information 91 97
- Notes 1 settings are made simultaneously for the entire group however if you select the mode no inside parentheses you can also set by each individual unit setting changes however cannot be checked except in the individual mode for those in parentheses 2 the mode numbers inside parentheses cannot be used by infrared remote controls so they cannot be set individually setting changes also cannot be checked 3 marked are factory set 4 do not make settings other than those described above nothing is displayed for functions the indoor unit is not equipped with 5 88 may be displayed to indicate the remote control is resetting when returning to the normal mode 6 if the setting mode to equipped heat reclaim ventilation fan conducts the fan residual operation by linking to indoor unit 97
- Setting contents and code no vrv indoor unit 97
- Sien34 705 test operation 97
- 1 static pressure selection 98
- Applicable range of field setting 98
- General information 98
- Test operation sien34 705 98
- By setting to set fan speed you can switch the fan speed to the set fan speed when the heating thermostat is off since there is concern about draft if using fan speed up when thermostat is off you should take the setup location into consideration 99
- Detailed explanation of setting modes 99
- External on off input 99
- Fan speed changeover when thermostat is off 99
- Filter sign setting 99
- If switching the filter sign on time set as given in the table below set time 99
- Setting table 99
- This input is used for on off operation and protection device input from the outside the input is performed from the t1 t1 terminal of the operation terminal block x1a in the electric component box 99
- Ultra long life filter sign setting 99
- When a ultra long life filter is installed the filter sign timer setting must be changed 99
- Air flow adjustment ceiling height 100
- Auto restart after power failure reset 100
- Caution 1 the air conditioner starts operation suddenly after power failure reset or the main power supply turned on again consequently the user might be surprised with question for the reason why 2 in the service work for example turning off the main power switch during the unit is in operation and turning on the switch again after the work is completed start the unit operation the fan rotates 100
- For the above reasons when the unit is set enabling to utilize auto restart function after power failure reset utmost care should be paid for the occurrence of the following situation 100
- For the air conditioners with no setting for the function same as factory setting the units will be left in the stop condition when the power supply is reset automatically after power failure reset or the main power supply is turned on again after once turned off however for the air conditioners with the setting the units may start automatically after power failure reset or the main power supply turned on again return to the same operation condition as that of before power failure 100
- In the case of fxfq100 125 100
- In the case of fxfq25 80 100
- In the case of fxuq71 125 100
- Make the following setting according to the ceiling height the setting position no is set to 01 at the factory in the case of fxaq fxhq 100
- Air flow direction setting 101
- Air flow rate switching at discharge grille for field air flow rate switching 101
- Make the following air flow direction setting according to the respective purpose 101
- Only the model fxkq has the function when only the front flow is used sets yes no of the swing flap operation of down flow 101
- Set the air flow direction of indoor units as given in the table below set when optional air outlet blocking pad has been installed the second code no is factory set to 01 101
- Setting of air flow direction adjustment 101
- Setting of air flow direction adjustment range 101
- Setting of the static pressure selection for fxdq model 101
- Setting table 101
- When the optional parts high performance filter etc is installed sets to change fan speed for securing air flow rate follow the instruction manual for the optional parts to enter the setting numbers 101
- Note bold face in indicates the default setting 102
- Outdoor air processing unit field setting remote control 102
- Brc7c type brc7e type brc4c type 104
- Caution when turning the power supply on the unit may often not accept any operation while 88 is displaying after all indications were displayed once for about 1 minute on the liquid crystal display this is not an operative fault 104
- Enter the selected group numbers by pushing button 5 push button and return to the normal mode 104
- Field set mode 104
- General information 104
- Group no 104
- Group no setting by infrared remote control for centralized control 1 when in the normal mode push button for 4 seconds or more and operation then enters the field set mode 2 set mode no 00 with button 3 set the group no for each group with button advance backward 104
- Group no setting example 104
- Mode no 104
- Test operation sien34 705 104
- Contents of control modes 105
- Setting of operation control mode from remote control local setting 105
- Do not select timer operation possible by remote control if not using a remote control operation by timer is impossible in this case 1 factory setting 106
- How to select operation mode 106
- Whether operation by remote control will be possible or not for turning on off controlling temperature or setting operation mode is selected and decided by the operation mode given on the right edge of the table below 106
- Field setting from outdoor unit 107
- List of field setting items this following section indicates the list of field setting items for the lists of dip switch contents setting mode 1 and setting mode 2 refer to information in tables shown on the following page onward for setting items of 1 refer to detailed information provided on page 111 onward 107
- For setting items of 1 refer to detailed information provided on page 112 onward 108
- Setting by dip switches using dip switches on the pc board enables field setting shown below however make no changes of factory settings except for ds1 1 108
- 7 8 7 7 7 7 110
- A setting mode 1 110
- General information 110
- Procedure for changing cool heat selection setting 110
- Test operation sien34 705 110
- This mode is used to set and check the following items 1 set items in order to make cool heat selection in a batch of outdoor unit group change the setting cool heat selection ind used to select cool or heat by individual outdoor unit factory set cool heat selection master used to select cool or heat by outdoor unit group with the master unit cool heat selection slave used to select cool or heat by outdoor unit group with the slave unit 2 check items the following items can be checked 1 current operating conditions normal abnormal in check operation 2 setting conditions of cool heat selection individual batch master batch slave 3 low noise operating conditions in normal operation in low noise operation 4 demand operating conditions in normal operation in demand operation 110
- B setting mode 2 111
- 7 7 7 7 7 115
- 7 7 7 7 8 115
- 7 7 7 7 9 115
- 7 7 7 8 7 115
- 7 7 7 8 8 115
- 7 7 7 9 7 115
- 7 7 8 7 7 115
- 7 7 8 7 8 115
- 7 7 8 8 7 115
- 7 7 8 8 8 115
- 7 7 9 7 7 115
- 7 8 7 7 7 115
- 7 8 7 7 8 115
- 7 8 7 8 7 115
- 7 8 7 8 8 115
- 7 8 8 7 7 115
- 7 8 8 7 8 115
- 7 8 8 8 7 115
- 7 8 8 8 8 115
- 8 7 7 7 7 115
- 8 7 8 7 7 115
- 8 7 8 7 8 115
- 8 7 8 8 7 115
- 8 8 7 7 8 115
- C monitor mode 115
- Defrost select setting short 115
- Emg operation backup operation setting 115
- General information 109 115
- Setting item 0 display contents of number of units for various settings 115
- Sien34 705 test operation 115
- Tc setting h 115
- Te setting h 115
- The numbers in the no column represent the number of times to press the set bs2 button 115
- Cool heat mode switching heat pump model only 117
- For the details refer to the installation manual supplied together with the indoor unit 117
- In the case of infrared remote controls 117
- In the case of wired remote controls 117
- It does not matter whether or not there is outdoor outdoor unit wiring set outdoor unit pc board ds1 1 to in factory set set cool heat switching to ind individual for setting mode 1 factory set set the master unit indoor unit having the right to select the cooling heating operation mode 117
- Set cool heat separately for each outdoor unit system by indoor unit remote control 117
- There are the following 4 cool heat switching modes set cool heat separately for each outdoor unit system by indoor unit remote control set cool heat separately for each outdoor unit system by cool heat switching remote control set cool heat for more than one outdoor unit system simultaneously in accordance with unified master outdoor unit by indoor unit remote control set cool heat for more than one outdoor unit system simultaneously in accordance with unified master outdoor unit by cool heat switching remote control 117
- Cool heat selector 118
- General information 118
- Set cool heat separately for each outdoor unit system by cool heat switching remote control it does not matter whether or not there is outdoor outdoor unit wiring set outdoor unit pc board ds1 1 to out factory set set cool heat switching to ind individual for setting mode 1 factory set 118
- Test operation sien34 705 118
- Multi outdoor units connection 119
- P ds1 ds2 119
- Set cool heat for more than one outdoor unit system simultaneously in accordance with unified master outdoor unit by indoor unit remote control install the external control adapter for outdoor unit on either the outdoor outdoor indoor outdoor transmission line set outdoor unit pc board ds1 1 to in factory set in setting mode 1 set the outdoor unit you want to give cool heat selection permission to as the group master and set the other outdoor units as group slave units set the outdoor unit external control adapter ss1 to both factory set or c h and ss2 to off factory set 119
- To indoor unit 119
- Multi outdoor units connection 120
- P ds1 ds2 120
- Set cool heat for more than one outdoor unit system simultaneously in accordance with unified master outdoor unit by cool heat switching remote control install the external control adapter for outdoor unit on either the outdoor outdoor indoor outdoor transmission line mount the cool heat selection remote control to the master outdoor unit for the unified control set the ds1 1 on the pc board of master outdoor unit to out in setting mode 1 set the outdoor unit you want to give cool heat selection permission to as the group master and set the other outdoor units as group slave units set the outdoor unit external control adapter ss1 to both factory set or c h and ss2 to off factory set 120
- To indoor unit 120
- Address setting for 121
- Set lower 5 digits with binary number no to no 1 121
- Supplementation on and when switching cool heat for each adapter pc board with the use of more than one adapter pc board set the address of the external control adapter for outdoor unit pc board ds1 and ds2 so that it matches the unified cool heat address of outdoor unit main pc board 121
- Setting of low noise operation and demand operation 122
- General information 117 123
- Image of operation in the case of a 123
- Image of operation in the case of a and b 123
- Image of operation in the case of b 123
- Sien34 705 test operation 123
- A when the demand operation is carried out by external instructions with the use of the external control adapter for outdoor unit 1 while in setting mode 2 set the setting condition for set item no 12 setting of external low noise demand operation to yes 2 if necessary while in setting mode 2 select the set item no 30 setting of demand 1 level and then set the setting condition to targeted mode 124
- B when the normal demand operation is carried out use of the external control adapter for outdoor unit is not required 1 while in setting mode 2 make setting of the set item no 32 setting of constant demand to on 2 while in setting mode 2 select the set item no 30 setting of demand 1 level and then set the setting condition to targeted mode 124
- By connecting the external contact input to the demand input of the outdoor unit external control adapter optional the power consumption of unit operation can be saved suppressing the compressor operating condition 124
- Setting of demand operation 124
- General information 119 125
- Image of operation in the case of a 125
- Image of operation in the case of a and b 125
- Image of operation in the case of b 125
- Sien34 705 test operation 125
- Detailed setting procedure of low noise operation and demand control 126
- Setting of refrigerant recovery mode 128
- Setting of vacuuming mode 128
- Check operation detail 129
- Check operation function 129
- Caution for refrigerant leaks 130
- Introduction 130
- Maximum concentration level 130
- Procedure for checking dangerous concentration 130
- Step 2 131
- Step 3 131
- Step 4 132
- Contract drawings 133
- Equipment guarantees 133
- Hand over to customer 133
- Important points 133
- It is essential to prepare a control wiring diagram which clarifies the refrigerant system and the control system 133
- List of equipment which has been delivered 133
- Names of those responsible for the work emergency contact address 133
- Operational steps 133
- Set of operation manuals 133
- Appendix 134
- Classifications of indoor unit environments reference data 134
- Difference between catalogue data and actual noise 134
- Notes 1 excluding bedrooms 2 reference values of faint noises in the place of usage 134
- Operating noise differs depending on the place of measurement room because of the various degrees with which the room reverberates the sound to determine the amount of reverberation under uniform conditions the unit has been measured in a dead room with results having been compiled in the below table the actual sound produced in unit operation can be determined from table 1 134
- Operating noise of indoor units 134
- Sound pressure rise due to room reverberation higher than catalogue data 134
- Calculating operating noise 135
- Faint noises and correcting operating noise with respect to faint noises 135
- Appendix sien34 705 136
- General information 136
- In the case of 2m or more 136
- Piping installation point 136
- Since there is a possibility that oil may be collected on a stop machine side install piping between outdoor units to go to level or go up to an outdoor unit and to make a slope 136
- The projection part between multi connection piping kits 136
- When the piping length between the multi connection kits or between multi connection kit and outdoor unit is 2m or more prepare a vertical projection part 200mm or more as shown below only on the gas pipe line location less than 2m from multi connection kit in the case of 2m or less 136
- Connection of 8 indoor units 138
- Example of connection r 410a type 138
- In case of multi outdoor system re read to the first outdoor unit multi connection piping kit as seen from the indoor unit 138
- Indicate the outdoor unit multi connection piping kit 138
- Branch with refnet joint 139
- Example refrigerant branch using refnet joint 139
- Branch with refnet joint and refnet header 140
- Example refrigerant branch using refnet joint and refnet header 140
- Branch with refnet header 141
- Example refrigerant branch using refnet header 141
- Choose the refnet joints other than that for the first branch from the following table in accordance with the total capacity index of all the indoor units connected below the refnet joint 142
- Example in case of refnet joint b indoor units 7 8 example in case of refnet joint header indoor units 1 2 3 4 5 6 142
- Example in the case of refnet header indoor units 1 2 3 4 5 6 7 8 142
- Example of downstream indoor units 1 example in case of refnet joint c indoor units 3 4 5 6 7 8 142
- How to select the refnet joint 142
- Indoor units 1 8 142
- Outdoor unit refnet joint c 142
- Refnet joint b 142
- Refrigerant branch kit selection 142
- When using refnet joint at the first branch counted from the outdoor unit side choose from the following table in accordance with the outdoor unit capacity type example refnet joint a 142
- 200 khrp26m22h max 4 branch 200 143
- C d e f g h 1 2 3 4 5 6 143
- C d e f g h i b 1 2 3 4 5 6 7 8 143
- General information 137 143
- How to select the refnet header heat pump cooling only rx y q5 54p 50ph 143
- Indoor unit total capacity index refrigerant branch kit name 143
- Indoor units 1 8 143
- K j 7 8 143
- Khrp26m73h max 8 branch khrp26m73hp 143
- Outdoor unit 143
- Refnet header 143
- Refnet joint b 143
- Sien34 705 appendix 143
- X 290 khrp26m33h max 8 branch 290 143
- X 640 khrp26m72h max 8 branch see note 3 next page 640 143
- Choose from the following table in accordance with the number of outdoor units 144
- Heat pump 50hz 60hz cooling only 50hz 144
- How to select the outdoor unit multi connection piping kit this is required when the system is multi outdoor unit system 144
- Choose from the following table in accordance with the outdoor unit capacity type piping between outdoor unit multi connection piping kits part b piping between outdoor unit and outdoor unit multi connection piping kit part c choose from the following table in accordance with the total capacity type of all the outdoor units connected above outdoor unit multi connection piping kit unit mm 145
- Heat pump 50hz 60hz cooling only 50hz rx y q5 54p 50ph 145
- Pipe size selection 145
- Piping between outdoor unit and first refrigerant branch kit 145
- See 7 note 1 temper grade and wall thickness for pipes temper grade o type and 1 2h type indicate the material types specified in jis h 3300 unit mm 145
- Piping between refrigerant branch kit and indoor unit match to the size of the connection piping on the indoor unit unit mm 146
- Piping between refrigerant branch kits choose from the following table in accordance with the total capacity index of all the indoor units connected below this do not let the connection piping exceed the main refrigerant piping size unit mm 146
- 0 7 total length m of liquid piping size at ø22 0 6 total length m of liquid piping size at ø19 0 8 total length m of liquid piping size at ø15 0 2 total length m of liquid piping size at ø12 147
- Heat pump 50hz 60hz cooling only 50hz rx y q5 54p 50ph 147
- How to calculate the additional refrigerant to be charged 147
- Indoor units 1 8 147
- Outdoor unit 147
- Refnet header 147
- Refnet joint a b 147
- Total length m of liquid piping size at ø6 147
- Total length m of liquid piping size at ø9 147
- Diameter of above case 148
- Heat pump 50hz 60hz cooling only 50hz rx y q5 54p 50ph 148
- Note 1 148
- Size of main gas and liquid pipes and allowable length 148
- General information 143 149
- If the pipe size above the refnet header is φ 34 or more khrp26m73hp is required 149
- Note 2 149
- Note 3 149
- Sien34 705 appendix 149
- Appendix sien34 705 150
- Fill the following record and put it on the back side of electrical board 150
- General information 150
- Record of field setting and additional refrigerant charge 150
- Request for indication of setting contents additional refrigerant charging amount and installation date 150
- 2 or 3 outdoor units can be connected there are restrictions on the combination and the installation order of outdoor units so please refer to the engineering data of vrv iii and the installation manual attached sheet of outdoor unit for details 151
- Bhfp 22 p100 151
- Bhfp 22 p151 151
- Bhfp22p100 151 151
- Field supply parts 151
- Gas side joint liquid side joint gas side reducer liquid side reducer 151
- Insulation for piping connection piping 151
- Kit name 151
- Number of outdoor units connected outdoor unit multi connection piping kit 151
- O type 1 2h type 151
- Outdoor unit multi connection piping kit 151
- Quantity and selection procedure of elbow only applies to a front or bottom connection for a lower front connection the quantity and selection procedure are different so please refer to the instructions for a lower front connection a joint for the same diameter pipes is needed only for a bottom connection see the instructions for the bottom connection for details on quantity and specifications the min thickness of the pipes in this manual shows the requirements of japanese high pressure gas control low as of jan 2003 and the temper grade o 1 2h shows the material type of jis h 3300 the tickness and material shall be selected in accordance with local for the design pressure 4 ompa 40bar unit mm 151
- See the connecting pipe sizes and location of cutting the joint for details on the necessary size prepare a gas pipe diameter for the upper outdoor unit as listed in connecting pipe sieze and location of cutting the joint for insulation materials 151
- Selection procedure 151
- Temper grade copper tube o d copper tube w t 151
- The following parts are needed to connect this kit and are not included 151
- This kit contains the following parts 151
- Units bhfp22p100 3 units bhfp22p151 151
- Appendix sien34 705 152
- Caution label 152
- Caution label max 15 152
- General information 152
- Installation examples 152
- Restrictions on installing multi connection piping kit 152
- View view 152
- When istalling this kit please apply the following restrictions to the piping installer 152
- 1 exterior view 153
- 2 finished dimensions 153
- Bhfp22p100 installation instructions 153
- Caution 153
- Cutting procedure 153
- General information 147 153
- Installation examples 153
- Procedure for front connection 153
- Sien34 705 appendix 153
- 1 cutting the field supply gas pipes 154
- 2 connection of pipes 154
- Appendix sien34 705 154
- Connection of gas and liquid pipes 154
- Cut the pipes according to table 1 154
- General information 154
- Table 2 table 1 154
- This table shows the case when the a dimensions shown in 1 2 finished dimensions is 290 mm if the a dimensions exceed 290 mm see table 1 and adjust the dimensions of the gas pipe 1 and 2 the l dimensions of the gas pipe 2 in table 1 show those when the field supply elbows have b dimension in table 2 if the b dimension is not same with table 2 see table 1 and 2 and adjust them accordingly 154
- Air tight test 155
- Connection of piping between the outdoor unit and the indoor unit 155
- Follow the instructions in the installation manual included with the outdoor unit when performing installation work 155
- General information 149 155
- Insulation of joints 155
- Sien34 705 appendix 155
- The work after the kit is connected 155
- 1 exterior view 156
- 2 finished dimensions 156
- A standard installation has the following dimensions 156
- Appendix sien34 705 156
- General information 156
- Installation examples 156
- Outdoor unit a 156
- Outdoor unit b 156
- Prodecure for lower front connection 156
- 1 cutting the field supply gas pipe 1 to 4 157
- 2 connection of pipes 157
- Air tight test 157
- Caution 157
- Connection of gas and liquid pipes 157
- General information 151 157
- Ground 157
- Insulation of joints 157
- Max 15 157
- Sien34 705 appendix 157
- Table 3 gas pipe 1 field supply gas pipe 2 field supply gas pipe 3 field supply gas pipe 4 field supply 157
- The work after the kit is connected 157
- 1 cutting the field supply gas pipe 1 and 2 and the gas side accessory pipe 3 attached to the outdoor unit 158
- 1 exterior view 158
- Appendix sien34 705 158
- Caution 158
- Connection of gas and liquid pipes 158
- General information 158
- Installation examples 158
- Procedure for bottom connection 158
- 2 connection of pipes 159
- Air tight test 159
- Caution 159
- General information 153 159
- Ground 159
- Insulation of joints 159
- Max 15 159
- Sien34 705 appendix 159
- The work after the kit is connected 159
- 1 exterior view 160
- 2 finished dimension 160
- Appendix sien34 705 160
- Bhfp22p151 installation instructions 160
- Bottom frame 160
- Gas pipe liquid pipe 160
- General information 160
- Installation examples 160
- Procedure for front connection 160
- There are some restrictions on the interconnecting piping between the outdoor units see the installation manual attached to the outdoor 160
- Units and make sure to carry out proper piping if the piping restrictions are not observed it may result in malfunction of the unit 160
- Use pipe cutter for cutting 160
- 1 cutting the field supply gas pipes 161
- 2 connection of pipes 161
- Air tight test 161
- Caution 161
- Connection of gas and liquid pipes 161
- Gas pipe 1 field supply gas pipe 2 field supply gas pipe 3 field supply 161
- General information 155 161
- Ground 161
- Insulation of joints 161
- Max 15 161
- Sien34 705 appendix 161
- Table 6 161
- The work after the kit is connected 161
- 1 cutting the field supply gas pipes 162
- 1 exterior view 1 2 finished dimensions 162
- 2 connection of pipes 162
- Appendix sien34 705 162
- Connection of gas and liquid pipes 162
- General information 162
- Installation examples 162
- Procedure for front connection 162
- Air tight test 163
- Insulation of joints 163
- The work after the kit is connected 163
- 1 exterior view 164
- Appendix sien34 705 164
- Caution 164
- General information 164
- Installation examples 164
- Procedure for bottom connection 164
- 1 cutting the field supply gas pipe 1 and 2 and the gas side accessory pipe 3 attached to the outdoor unit 165
- 2 connection of pipes 165
- Air tight test 165
- Connection of gas and liquid pipes 165
- General information 159 165
- Insulation of joints 165
- Sien34 705 appendix 165
- The work after the kit is connected 165
- Appendix sien34 705 166
- General information 166
- Khrp26a22t 166
- Khrp26a33t 166
- Khrp26a72t 166
- Khrp26a73t 166
- Refnet joint and header 166
- Refnet joint branch kit 166
- Gas side liquid side 167
- General information 161 167
- Khrp26m22h 167
- Khrp26m33h 167
- Khrp26m72h 167
- Khrp26m73h 167
- Refnet header branch kit 167
- Sien34 705 appendix 167
- Installation procedure 168
- Pipe size reduce 168
- Reducer 168
- Branch pipes must be insulated in accordance with the handbook which comes with each kit 169
- For gas and liquid branch pipes 169
- General information 163 169
- Make sure that all branch pipes are fitted such that they branch either horizontally or vertically 169
- Refnet header 169
- Refnet joints 169
- Refnet joints and headers 169
- Sien34 705 appendix 169
- When the size of the selected field piping is different from that of branch pipe then the connecting section should be cut with a pipe cutter as shown in the figure below 169
- When you are cutting an inlet or outlet pipe with a pipe cutter make sure that you make the cut in the center of the connection area 169
- General information 165 171
- Sien34 705 appendix 171
- Vrv inspection sheet 171
- Air filter visual inspection no clogging or damage 172
- Appendix sien34 705 172
- Before turning on the power 172
- Breaker capacity visual inspection specified capacity g ng 172
- Compressor electrical insulation 172
- Fan motor electrical insulation 172
- Gas detector no leaks g ng 172
- General information 172
- Heat exchanger visual inspection 172
- Heat exchanger visual inspection no clogging or damage 172
- Indoor unit 172
- Inspection item 172
- Inspection method 172
- Installation visual inspection short circuit etc g ng 172
- Inv m ω std1 m ω std2 m ω 172
- M ω or more 172
- M ω or more m ω 172
- Outdoor unit 1 172
- Outdoor unit 2 outdoor unit 3 172
- Refrigerant system gas detector no leaks 172
- Screwdriver etc no looseness g ng 172
- Standard guideline measurement values 172
- System name 172
- V megatester 172
- Auxiliary heater electrical insulation 500 v megatester 1 m ω or more 173
- Decision 173
- Fan motor electrical insulation 500 v megatester 1 m ω or more 173
- General information 167 173
- Indoor unit 173
- Inspection item 173
- Inspection method 173
- Installation visual inspection short circuit etc 173
- Sien34 705 appendix 173
- Standard guideline measurement values 173
- Appendix sien34 705 174
- During operation 174
- General information 174
- Outdoor unit 1 174
- Outdoor unit 2 174
- Outdoor unit 3 174
- System name 174
- 13 c when cooling 15 20 c when heating 175
- Discharge air temperature 175
- During operation 175
- Fan noise vibration listening no noise or vibration 175
- Fan operating current clamp meter 175
- Fan rotation direction visual inspection forward rotation 175
- General information 169 175
- Indoor unit 175
- Inspection item 175
- Inspection method 175
- Powerly supply voltage tester rated voltage 10 175
- Sien34 705 appendix 175
- Standard guideline measurement values 175
- Suction air temperature 175
- System name 175
- Thermometer 175
- Thermometer differential 175
- Appendix sien34 705 176
- General information 176
- Heat pump cooling only 50hz 176
- Outdoor unit 176
- Piping system diagrams 176
- Rxyq5py1 rxq5py1 176
- General information 171 177
- Rxyq8py1 rxq8py1 177
- Sien34 705 appendix 177
- Stop valve with service port ø 7 mm flare connection 177
- Appendix sien34 705 178
- General information 178
- Rxyq10py1 rxyq12py1 rxq10py1 rxq12py1 178
- Stop valve with service port ø7 mm flare connection 178
- General information 173 179
- Rxyq14py1 rxyq16py1 rxyq18py1 rxq14py1 rxq16py1 rxq18py1 179
- Sien34 705 appendix 179
- Stop valve with service port ø7 mm flare connection 179
- Appendix sien34 705 180
- D055764a 180
- General information 180
- Heat pump 60hz 180
- Rxyq5pyl 180
- D055765a 181
- General information 175 181
- Rxyq8pyl 181
- Sien34 705 appendix 181
- Appendix sien34 705 182
- D055766b 182
- General information 182
- Rxyq10pyl rxyq12pyl 182
- D050785a 183
- General information 177 183
- Rxyq14pyl rxyq16pyl rxyq18pyl 183
- Sien34 705 appendix 183
- Electronic expansion valve 184
- Filter filter 184
- Flare connectio 184
- Flare connection 184
- Fxcq fxfq fxkq fxsq fxmq fxhq fxaq fxlq fxnq 184
- Gas piping connection port 184
- Heat exchanger 184
- Indoor unit 184
- Liquid piping connection port 184
- Φ 15 or less attached piping above φ 19 184
- General information 179 185
- Mm model gas liquid fxzq20m 25m 32m 40m 50m φ 12 φ 6 185
- Refrigerant pipe connection port diameters 185
- Sien34 705 appendix 185
- Electronic expansion valve 186
- Filter filter 186
- Fxmq125mf 200mf 250mfv1 186
- Gas side 186
- Liquid side 186
- Refrigerant pipe connection port diameters 186
- Connection unit 187
- Fxuq bevq 187
- Indoor unit 187
- Appendix sien34 705 188
- General information 188
- Heat pump 50hz 60hz outdoor unit 188
- Rxyq5py1 rxyq5pyl 188
- Wiring diagrams heat pump 50hz 60hz cooling only 50hz 188
- Cool heat selector 189
- D050454j 189
- General information 183 189
- Rxyq8py1 rxyq8pyl 189
- Sien34 705 appendix 189
- Appendix sien34 705 190
- D050455h 190
- General information 190
- Rxyq10py1 rxyq10pyl 190
- T1a v1cp v1r v2r x1a x2a x1m x1m x1m y1e y2e y1s y2s y3s z1c 5c z1f 190
- D051890g 191
- General information 185 191
- Rxyq12py1 rxyq12pyl 191
- Sien34 705 appendix 191
- Appendix sien34 705 192
- D050456h 192
- General information 192
- Rxyq14py1 rxyq16py1 rxyq18py1 rxyq14pyl rxyq16pyl rxyq18pyl 192
- Cooling only outdoor unit 193
- D055257a 193
- General information 187 193
- Rxq5py1 193
- Sien34 705 appendix 193
- Appendix sien34 705 194
- D055258a 194
- General information 194
- Rxq8py1 194
- S1ph v1cp v1r v2r x1a x2a x1m x1m y1e y2e y1s y2s y3s z1c 5c z1f 194
- D055259a 195
- General information 189 195
- Rxq10py1 195
- Sien34 705 appendix 195
- T1a v1cp v1r v2r x1a x2a x1m x1m y1e y2e y1s y2s y3s z1c 7c z1f 195
- Appendix sien34 705 196
- D055260a 196
- General information 196
- Rxq12py1 196
- T1a v1cp v1r v2r x1a 4a x1m x1m y1e y2e y1s y2s y3s 196
- D055261a 197
- General information 191 197
- Rxq14py1 rxq16py1 rxq18py1 197
- Sien34 705 appendix 197
- T1a v1cp v1r v2r x1a 4a x1m x1m y1e y2e y1s y2s y3s 197
- Appendix sien34 705 198
- Field wiring heat pump cooling only 50hz 60hz 198
- General information 198
- Indoor units 198
- Outdoor units 198
- Rx y q5p 8p 10p 12p 14p 16p 18py1 rxyq5p 8p 10p 12p 14p 16p 18pyl 198
- General information 193 199
- Rx y q20p 22p 24p 26p 28p 30p 32p 34p 36py1 rxyq20p 22p 24p 26p 28p 30p 32p 34p 36pyl 199
- Sien34 705 appendix 199
- When the power source is supplied to each outdoor unit individually 199
- When the source is connected in series between the units 199
- Appendix sien34 705 200
- General information 200
- Rx y q38p 40p 42p 44p 46p 48p 50p 52p 54py1 rxyq238p 40p 42p 44p 46p 48p 50p 52p 54pyl 200
- When the power source is connected in series between the units 200
- When the power source is supplied to each outdoor unit individually 200
- Bad examples and good examples in installation 201
- Example 1 signal interference due to use of multiple core cable all model 201
- Main points 201
- Situation 201
- Source of problem and remedial action 201
- Appendix sien34 705 202
- Example 2 mismatch between cables connecting indoor and outdoor units and corresponding piping all model 202
- General information 202
- Main points 202
- Situation 202
- Source of problem and remedial action 202
- Special care must be taken when the pipework and cabling are carried out by different people run each indoor unit in turn to check that the system is correctly matched 202
- The connecting cables and the corresponding piping were not correctly matched recabling was carried out and the fault disappeared 202
- The remote control is not showing any malfunction and the system is operating but there is no flow of warm air from the indoor unit in heating mode 202
- Example 3 drain pipe trap shape defective 203
- Main points 203
- Situation 203
- Source of problem and remedial action 203
- Example 4 pressure down despite absence of leaks during air tight test all model 204
- Main points 204
- Situation 204
- Source of problem and remedial action 204
- Example 5 excessive noise due to incorrect angling of refnet joints 205
- Main points 205
- Situation 205
- Source of problem and remedial action 205
- Example 6 cracks develop in field pipes due to thermal expansion and contraction 206
- For your reference 206
- Main points 206
- Remedial action 206
- Situation 206
- Cause and remedial action 207
- Example 7 transmission wiring between the cool heat selector and the outdoor unit is too close to a high voltage wire 207
- Example 8 the centralized control group number cannot be set inverter k series 207
- Main points 207
- Remedial action 207
- Situation 207
- Example 9 88 cannot be cleared from the central remote control 208
- Main points 208
- Remedial action 208
- Situation 208
- A malfunction f6 overcharge of refrigerant is displayed when a check operation is executed as a test operation under the condition of low outdoor temperature in the winter season 209
- Applicable models 209
- Be sure to execute a check operation with the front panel closed or misjudgment is made even if the outdoor temperature is low 209
- Condition 209
- Due to temporary refrigerant mixing into refrigerating oil misjudgment is made when a check operation is executed under the condition of low outdoor temperature 209
- Malfunction f6 is displayed during check operation in the winter season 209
- Measure 209
- P vrv iii series 209
- Point of diagnosis 209
- Rx y q 209
- The condition completes by executing the check operation again 209
- Applicable models 210
- Condition 210
- Led display for master slave judgment malfunctions at the time of test operation 210
- Measure 210
- Point of diagnosis 210
- Applicable models 211
- Cautions for demand control with externally controlled adapter 211
- Cautions for test operation 211
- Condition 211
- Measure 211
- Point of diagnosis 211
- Applicable models 212
- Condition 212
- Inferior insulation of the compressor before test operation 212
- Measure 212
- No heating operation is available though cooling operation is possible fan only operation continues with no malfunction displayed 212
- Point of diagnosis 212
- Applicable models 213
- Condition 213
- Cooling operation of specific indoor units is not good 213
- Measure 213
- Point of diagnosis 213
- Applicable models 214
- Condition 214
- Malfunction heating due to overcharge of refrigerant 214
- Measure 214
- Point of diagnosis 214
- Applicable models 215
- Condition 215
- High pressure shutdown occurs only when the std compressor starts 215
- Measure 215
- Point of diagnosis 215
- Malfunction of transmission examples 216
- Malfunction of transmission examples display of malfunction of transmission due to the elevator s power line 216
- Malfunction of transmission examples malfunction of transmission due to wiring next to the high voltage line for indoor unit 216
- Malfunction of transmission examples faulty condition caused by the use of single core line 217
- Malfunction of transmission examples faulty condition to multi core wire 217
- Malfunction of transmission examples faulty condition caused by branch lines 218
- Heat pump 60hz rxyq5 54p 60 219
- Heat pump cooling only 50hz rx y q5 54p 14 219
- Part 2 installation manual 219
- Heat pump cooling only 50hz rx y q5 54p 220
- Installation manual 220
- Pn08043 2 em06a045 220
- System air conditioner 220
- First of all 221
- Safety considerations 221
- Disposal requirements 223
- Special notice of product 223
- Combination 224
- Introduction 224
- 10 14 16 hp type 226
- 10 hp type 12 18 hp type 226
- 18 hp type 226
- Note do not throw away any of the accessories until installation is complete 226
- Standard supplied accessories 226
- The capacities of outdoor units a b and c must fulfill the following conditions a b c 226
- The following accessories are included the storage location of the accessories is shown in figure 1 226
- Figure 2 shows the installation process install in the order of the steps shown 227
- For main components and function of the main components refer to the engineering data book 227
- Installation process 227
- Main components 227
- Note make sure that any separately purchased accessories are designed for use with r 410a 227
- Option accessory 227
- Outdoor unit multi connection piping kit 227
- Pipe size reducer 227
- Refer to the engineering data book for the complete list of specifications 227
- Refrigerant branching kit 227
- Technical and electrical specifications 227
- To install the outdoor units the following optional parts are also required to select an optimum kit refer to 6 refrigerant piping 227
- Figure 3 228
- Heat pump cooling only 50hz rx y q5 54p sien34 705 228
- Installation manual 228
- Installation space examples the installation space requirement shown in figure 3 is a reference for cooling operation when the outdoor temperature is 35 c if the design outdoor temperature exceeds 35 c or the heat load exceeds maximum capacity in all the outdoor unit take an even large space on the intake shown in figure 3 during installation install the units using the most appropriate of the patterns shown in figure 3 for the location in question taking into consideration human traffic and wind if the number of units installed is more than that shown in the pattern in figure 3 install the units so there are no short circuits as regards space in front of the unit consider the space needed for the local refrigerant piping when installing the units if the work conditions in figure 3 do not apply contact your dealer or daikin directly 228
- No limit to wall height 228
- Pattern 1 228
- Pattern 2 228
- Pattern 3 228
- Select a location for installation that meets the following conditions get the customer s permission 1 there is no danger of fire due to leakage of inflammable gas 2 select the location of the unit in such a way that neither the discharged air nor the sound generated by the unit disturb anyone 3 the foundation is strong enough to support the weight of the unit and the floor is flat to prevent vibration and noise generation 4 the piping length between the outdoor unit and the indoor unit may not exceed the allowable piping length refer to 1 6 refrigerant piping 5 locations where the unit s suction vent and outlet vent do not generally face the wind wind blowing directly into the suction or outlet vents will interfere with the unit s operation if necessary install some kind of obstruction to block the wind 6 the space around the unit is adequate for servicing and the minimum space for air inlet and air outlet is available see the installation space examples for the minimum space requirem 228
- Selection of location 228
- Service space of front side 228
- Service space of suction side 228
- When installed in serial 228
- Inspecting and handling the unit 230
- Placing the unit 231
- For piping work follow the maximum tolerated length difference in height and length after a branch indicated in the 1 6 5 example of connection a refrigerant branching kit sold separately is needed for piping branches and connection of piping between outdoor unit in case of multi system use only separately sold items selected specifically according to the refrigerant branch kit selection in the 1 6 5 example of connection 232
- Note all field piping must be installed by a licensed refrigeration technician and must comply with relevant local and national regulations after piping work is complete do not under any circumstances open the shutoff valve until 1 7 field wiring and 1 10 checking of device and installation conditions are complete do not use flux when brazing the refrigerant piping use the phosphor copper brazing filler metal bcup 2 jis z 3264 b cu93p 710 795 iso 3677 which does not require flux flux has extremely harmful influence on refrigerant piping systems for instance if the chlorine based flux is used it will cause pipe corrosion or in particular if the flux contains fluorine it will damage the refrigerant oil 232
- Note exercise special caution to prevent dirt or dust when passing piping through holes in walls and when passing pipe edges to the exterior 232
- Protect the piping to prevent moisture dirt dust etc from entering the piping 232
- Protection against contamination when installing pipes 232
- Refrigerant piping 232
- Selection of piping material and refrigerant branching kit 232
- Use only pipes which are clean inside and outside and which do not accumulate harmful sulfur oxidants dirt cutting oils moisture or other contamination foreign materials inside pipes including oils for fabrication must be 30mg 10m or less use the following items for the refrigerant piping material jointless phosphor deoxidized copper pipe size see 1 6 5 example of connection to determine the correct size thickness select a thickness for the refrigerant piping which complies with national and local laws for r 410a the design pressure is 4 mpa 40 bar the minimum thickness of piping according to japan s high pressure gas safety law as of january 2003 is shown below temper grade o type 1 2h type in the table indicate the material types specified in jis h 3300 232
- Connecting the refrigerant piping 233
- Pipe connection 233
- Caution after removing the gas remove the pinch piping any gas remaining inside may blow off the pinch piping when you dissolve the brazing causing damage 234
- Figure 13 234
- Figure 14 234
- Heat pump cooling only 50hz rx y q5 54p sien34 705 234
- Installation manual 234
- Pinch piping 234
- Procedure 1 confirm the shutoff valve is closed 234
- Procedure 2 connect a charge hose to the service port of the liquid side and gas side shutoff valves and remove the gas from the pinch piping 234
- Procedure 3 after removing the gas from the pinch piping dissolve the brazing using a burner and remove the pinch piping 234
- Removing pinch piping when connecting refrigerant piping to an outdoor unit remove the pinch piping refer to figure 13 pinch piping should be removed using the procedure in the figure 13 234
- Shutoff valve liquid side gas side service port 234
- Processing the gas side accessory pipe 2 only in case of connecting at lateral side cut the gas side accessory pipe 2 referring the figure below 235
- Figure 15 236
- Heat pump cooling only 50hz rx y q5 54p sien34 705 236
- Installation manual 236
- The 5hp type cannot be used as an independent unit in a multi system the outdoor unit multi connection piping kit sold separately is needed when connecting piping between outdoor units refer to the installation manual that comes with the kit when doing this piping work 236
- Installation manual 231 237
- Pattern 1 237
- Pattern 2 237
- Precautions when connecting piping between outdoor units in case of multi system the outdoor unit multi connection piping kit sold separately is needed to connect piping between outdoor units in multi system only proceed with piping work after considering the limitations on installation listed here and in 5 branching the refrigerant piping always referring to the kit s installation manual 1 the piping between outdoor units must be installed level pattern 1 or with a rise pattern 2 otherwise oil may pool in the pipes 237
- Prohibited pattern 237
- Sien34 705 heat pump cooling only 50hz rx y q5 54p 237
- 2 to avoid the risk of oil detention in the stopping unit always connect the shutoff valve and the piping between outdoor units as shown in the figure a or figure b 238
- 3 if the piping length between the outdoor units exceeds 2 m create a rise of 200 mm or more in the gas line under a length of 2 m from the outdoor unit multi connection piping kit 238
- Heat pump cooling only 50hz rx y q5 54p sien34 705 238
- If 2 m or more 238
- If less than 2m 238
- Installation manual 238
- Prohibited pattern 238
- Example of connection 240
- Example refrigerant branch using refnet joint 240
- Heat pump cooling only 50hz rx y q5 54p sien34 705 240
- How to calculate the additional refrigerant to be charged 240
- Installation manual 240
- Onnectio 240
- Pipe size selection 240
- Refrigerant branch kit selection 240
- Xample o 240
- Example refrigerant branch using refnet header 241
- Example refrigerant branch using refnet joint and refnet header 241
- Installation manual 235 241
- Sien34 705 heat pump cooling only 50hz rx y q5 54p 241
- Diameter of above case 242
- For calculation of total extension length the actual 242
- Length of above pipes must be doubled except 242
- Main pipe and the pipes that are not increased 242
- Note 1 242
- Note 2 242
- Note 3 242
- Gas liquid 243
- Indoor units 1 8 243
- Outdoor unit refnet joint a g 243
- Φ 38 φ 22 243
- Field wiring 244
- A power circuit see the following table must be provided for connection of the unit this circuit must be protected with the required safety devices i e a main switch a slow blow fuse on each phase and an earth leakage circuit breaker when using residual current operated circuit breakers be sure to use a high speed type 1 second or less 200ma rated residual operating current use copper conductors only use insulated wire for the power cord select the power supply cable type and size in accordance with relevant local and national regulations specifications for local wiring are in compliance with iec60245 use wire type h05vv when protected pipes are used use wire type h07rn f when protected pipes are not used 245
- Note the above table indicates power specifications for standard combinations see 1 2 introduction if using anything other than the above combinations in a multi system calculate using the following procedure minimum circuit amp value add the minimum circuit amp values for each independent unit recommended fuse capacity select the fuse capacity with the next higher value of the calculated minimum circuit amp multiplied by 1 ex combining the rxyq30py1 using rxyq8py1 rxyq10py1 and rxyq12py1 minimum circuit amp of the rxyq8py1 in table above 18 a minimum circuit amp of rxyq10py1 in table above 21 a minimum circuit amp of rxyq12py1 in table above 22 a accordingly the minimum circuit amp of the rxyq30py1 18 21 22 62 a multiplying the result above by 1 62 1 69 a so the recommended fuse capacity would be 70 a 245
- Power circuit safety device and cable requirements 245
- Leading wire procedure 246
- Wiring connection example for whole system 246
- Referring to figure 21 22 connect the transmission wiring between outdoor unit and indoor unit outdoor unit and outdoor unit of other system outdoor unit and outdoor unit of same system only multi system or to cool heat selector except rxq p 247
- Transmission wiring connection procedure 247
- All transmission wiring is to be procured on site all wiring should use sheathed vinyl cord 0 5 1 5 m 248
- Between outdoor unit and outdoor unit of same system only for multi system max wiring length 30 m 3 transmission wiring to cool heat selector max wiring length 500 m 248
- Figure 23 248
- Heat pump cooling only 50hz rx y q5 54p sien34 705 248
- Installation manual 248
- Or cable duplex triplex only for the cool heat selector transmission wiring about the symbol 1 3 see figure 21 22 should be done within the following limitations if they are exceeded transmission problems may occur 1 between outdoor unit and indoor unit between outdoor unit and outdoor unit of other systems max wiring length 1 000 m max total wiring length 2 000 m max no of branches 16 note no branch is allowed after branch see figure 23 max no of outdoor units of other system that can be connected 10 248
- Power wiring connection procedure 249
- Caution the transmission wiring must be at least 50 mm away from the power wiring make sure all wiring do not contact to the pipes hatching parts in the figure 27 after wiring work is completed check to make sure there are no loose connections among the electrical parts in the el compo box 251
- Figure 27 251
- In case of 12 18hp type 251
- In case of 5 10hp type 251
- Installation manual 245 251
- Procedure for wiring inside units 251
- Referring to figure 27 secure and wire the power and transmission wiring using the included clamp 1 2 and 3 251
- Sien34 705 heat pump cooling only 50hz rx y q5 54p 251
- Air tight test and vacuum drying 252
- Note always use nitrogen gas for the airtightness test absolutely do not open the shutoff valve until the main power circuit insulation measurement has been completed measuring after the shutoff valve is opened will cause the insulation value to drop 252
- Note the airtightness test and vacuum drying should be done using the liquid side and gas side shutoff valve service ports see the r 410a label attached to the front plate of the outdoor unit for details on the location of the service port see figure at right see shutoff valve operation procedure in 1 11 1 before working for details on handling the shutoff valve the refrigerant charge port is connected to unit pipe when shipped the unit contains the refrigerant so use caution when attaching the charge hose 252
- Preparations 252
- Referring to figure 28 connect an nitrogen tank refrigerant tank and a vacuum pump to the outdoor unit the refrigerant tank and the charge hose connection to refrigerant charge port or the valve a c in figure 28 are needed in 1 11 additional refrigerant charge and check operation the shutoff valve and valve a c in figure 28 should be open or closed as shown in the table below 252
- Air tight test and vacuum drying method 253
- Pipe insulation 254
- Checking of device and installation conditions 255
- About the refrigerant tank check whether the tank has a siphon pipe before charging and place the tank so that the refrigerant is charged in liquid form see the figure below 256
- Additional refrigerant charge and check operation 256
- Before working 256
- Caution always use the proper refrigerant r 410a if charged with the refrigerant containing an improper material it may cause an explosion or accident r 410a is a mixed refrigerant so charging it as a gas will cause the refrigerant composition to change which may prevent normal operation 256
- Gas side shutoff valve φ 15 φ 19 256
- Heat pump cooling only 50hz rx y q5 54p sien34 705 256
- Hp type 8hp type 10hp type 12hp type 14hp type 16hp type 18hp type 256
- Installation manual 256
- Liquid side shutoff valve 256
- Note do not open the shutoff valve until 1 10 checking of device and installation conditions are completed if the shutoff valve is left open without turning on the power it may cause refrigerant to buildup in the compressor leading insulation degradation be sure to use the correct tools the shutoff valve is not a back seat type if forced it to open it might break the valve body when using a service port use the charge hose after tightening the cap make sure no refrigerant gas is leaking 256
- Other tanks 256
- Shutoff valve operation procedure when operating the shutoff valve follow the procedure instructed below 256
- The outdoor unit is charged with refrigerant when shipped from the factory but depending on the size and length of the piping when installed it may require additional charging for charging the additional refrigerant follow the procedure in this chapter and then carry out the check operation 256
- Tightening torque the sizes of the shutoff valves on each model and the tightening torque for each size are listed in the table below 256
- With siphon pipe 256
- Φ 12 the 18hp type corresponds to the 15 diameter onsite piping using the accessory pipe 256
- Φ 25 the 10hp type corresponds to the 22 diameter onsite piping using the accessory pipe the 12 18hp type corresponds to the 28 diameter onsite piping using the accessory pipe 256
- Φ 9 the 12hp type corresponds to the 12 diameter onsite piping using the included piping 256
- Caution make sure to use the protect tool protective groves and goggles when charging the refrigerant due to a danger of liquid hammer the refrigerant must not be charged over the allowable maximum amount when charging the refrigerant do not perform the refrigerant charging operation under working for the indoor unit when opening the front panel make sure to take caution to the fan rotation during the working after the outdoor unit stops operating the fan may keep rotation for a while 258
- How to check how many units are connected it is possible to find out how many indoor or outdoor unit in the system are turned on by operating the push button on the pc board a1p of outdoor unit in case of multi system master unit follow the procedure below to check how many indoor or outdoor units are turned on 258
- Note if operation is performed within 12 minutes after the indoor and outdoor units are turned on h2p will be lit on and the compressor will not operate in order to ensure uniform refrigerant distribution it may take up to around 10 minutes for the compressor to start up after the unit starting operating this is not a malfunction 258
- Note press the mode button bs1 if you get confused while operating this returns to setting mode 1 default 258
- Procedure of adding refrigerant charging and check operation 258
- Warning electric shock warning make sure to close the el compo box lid before turning on the power when performing the refrigerant charging operation perform the setting on the pc board a1p of the outdoor unit and check the led display after the power is on via the inspection door which is in the el compo box lid use an insulated rod to operate the push buttons via the el compo box s inspection door there is a risk of electric shock if you touch any live parts since this operation must be performed with the power on 258
- Display of normal system 260
- Led display 3 off 4 on 5 blinking how to distinguish the master unit sub unit 1 and sub unit 2 in the multi system 260
- Note the refrigerant will be charged about 22kg in one hour at outdoor temp 30 c db 6kg at 0 c db if you need to speedup in case of multi system connect the refrigerant tanks to each outdoor unit as shown in the figure 33 260
- Perform the refrigerant charging operation following refrigerant charging operation procedure as shown below and charge the remaining refrigerant of the additional charging amount for performing the refrigerant charging operation the push button on the pc board a1p of outdoor unit incase of multi system master unit are use see the figure 32 in addition the refrigerant are charged from the refrigerant charge port via the valve a see the figure 33 for operating the push button and opening and closing the valve follow the work procedure 260
- Refrigerant charging operation procedure 1 open the liquid and gas side shutoff valves the valve a c must be closed the valve a c means the valves in the figure 33 260
- 3 check the led display on the outdoor unit pc board a1p is as shown in the table below and transmission is normal 262
- 4 make the onsite settings as needed using the push button bs1 bs5 on the outdoor unit pc board a1p with the power on see 1 12 2 onsite settings with the power on 5 perform the check operation following the check operation method of the service precautions label on the el compo box lid the system operation for about 40 minutes and automatically stops the check operation if the malfunction code is not displayed in the remote control after the system stop check operation is completed normal operation will be possible after 5 minutes if the malfunction code is displayed in the remote control correct the malfunction following remote control displays malfunction code and perform the check operation again 262
- If any malfunction codes other than the above are displayed check the service manual for how to respond 262
- Led display 3 off 4 on 5 blinking how to distinguish the master unit sub unit 1 and sub unit 2 in the multi system 262
- Method 1 by the h8p multi led display 262
- Method 2 by the transmission wiring to indoor unit 262
- Remote control displays malfunction code 262
- Onsite settings 263
- Onsite settings with the power off 263
- Onsite settings with the power on 263
- Before test run 264
- Checks after test run 264
- Test run 264
- Caution for refrigerant leaks 265
- Heat pump 60hz rxyq5 54p 267
- Installation manual 267
- P171361 7j em06a035 267
- System air conditioner 267
- First of all 268
- Safety considerations 268
- Disposal requirements 270
- Special notice of product 270
- Combination 271
- Introduction 271
- 10 14 16 hp type 273
- 10 hp type 12 18 hp type 273
- 18 hp type 273
- Note do not throw away any of the accessories until installation is complete 273
- Note make sure that any separately purchased accessories are designed for use with r 410a 273
- Option accessory 273
- Outdoor unit multi connection piping kit 273
- Pipe size reducer 273
- Refrigerant branching kit 273
- Standard supplied accessories 273
- The following accessories are included the storage location of the accessories is shown in figure 1 273
- To install the outdoor units the following optional parts are also required to select an optimum kit refer to 2 6 refrigerant piping 273
- Figure 2 shows the installation process install in the order of the steps shown 274
- For main components and function of the main components refer to the engineering data book 274
- Heat pump 60hz rxyq5 54p sien34 705 274
- Installation manual 274
- Installation process 274
- Main components 274
- Refer to the engineering data book for the complete list of specifications 274
- Technical and electrical specifications 274
- Figure 3 275
- Installation manual 269 275
- Installation space examples the installation space requirement shown in figure 3 is a reference for cooling operation when the outdoor temperature is 35 c if the design outdoor temperature exceeds 35 c or the heat load exceeds maximum capacity in all the outdoor unit take an even large space on the intake shown in figure 3 during installation install the units using the most appropriate of the patterns shown in figure 3 for the location in question taking into consideration human traffic and wind if the number of units installed is more than that shown in the pattern in figure 3 install the units so there are no short circuits as regards space in front of the unit consider the space needed for the local refrigerant piping when installing the units if the work conditions in figure 3 do not apply contact your dealer or daikin directly 275
- No limit to wall height 275
- Pattern 1 275
- Pattern 2 275
- Pattern 3 275
- Select a location for installation that meets the following conditions get the customer s permission 1 there is no danger of fire due to leakage of inflammable gas 2 select the location of the unit in such a way that neither the discharged air nor the sound generated by the unit disturb anyone 3 the foundation is strong enough to support the weight of the unit and the floor is flat to prevent vibration and noise generation 4 the piping length between the outdoor unit and the indoor unit may not exceed the allowable piping length refer to 2 6 refrigerant piping 5 locations where the unit s suction vent and outlet vent do not generally face the wind wind blowing directly into the suction or outlet vents will interfere with the unit s operation if necessary install some kind of obstruction to block the wind 6 the space around the unit is adequate for servicing and the minimum space for air inlet and air outlet is available see the installation space examples for the minimum space requirem 275
- Selection of location 275
- Service space of front side 275
- Service space of suction side 275
- Sien34 705 heat pump 60hz rxyq5 54p 275
- When installed in serial 275
- Inspecting and handling the unit 277
- Placing the unit 278
- For piping work follow the maximum tolerated length difference in height and length after a branch indicated in the 2 6 5 example of connection a refrigerant branching kit sold separately is needed for piping branches and connection of piping between outdoor unit in case of multi system use only separately sold items selected specifically according to the refrigerant branch kit selection in the 2 6 5 example of connection 279
- Note all field piping must be installed by a licensed refrigeration technician and must comply with relevant local and national regulations after piping work is complete do not under any circumstances open the shutoff valve until 2 7 field wiring and 2 10 checking of device and installation conditions are complete do not use flux when brazing the refrigerant piping use the phosphor copper brazing filler metal bcup 2 jis z 3264 b cu93p 710 795 iso 3677 which does not require flux flux has extremely harmful influence on refrigerant piping systems for instance if the chlorine based flux is used it will cause pipe corrosion or in particular if the flux contains fluorine it will damage the refrigerant oil 279
- Note exercise special caution to prevent dirt or dust when passing piping through holes in walls and when passing pipe edges to the exterior 279
- Protect the piping to prevent moisture dirt dust etc from entering the piping 279
- Protection against contamination when installing pipes 279
- Refrigerant piping 279
- Selection of piping material and refrigerant branching kit 279
- Use only pipes which are clean inside and outside and which do not accumulate harmful sulfur oxidants dirt cutting oils moisture or other contamination foreign materials inside pipes including oils for fabrication must be 30mg 10m or less use the following items for the refrigerant piping material jointless phosphor deoxidized copper pipe size see 2 6 5 example of connection to determine the correct size thickness select a thickness for the refrigerant piping which complies with national and local laws for r 410a the design pressure is 4 mpa 40 bar the minimum thickness of piping according to japan s high pressure gas safety law as of january 2003 is shown below temper grade o type 1 2h type in the table indicate the material types specified in jis h 3300 279
- Connecting the refrigerant piping 280
- Pipe connection 280
- Caution after removing the gas remove the pinch piping any gas remaining inside may blow off the pinch piping when you dissolve the brazing causing damage 281
- Figure 13 281
- Figure 14 281
- Installation manual 275 281
- Pinch piping 281
- Procedure 1 confirm the shutoff valve is closed 281
- Procedure 2 connect a charge hose to the service port of the liquid side and gas side shutoff valves and remove the gas from the pinch piping 281
- Procedure 3 after removing the gas from the pinch piping dissolve the brazing using a burner and remove the pinch piping 281
- Removing pinch piping when connecting refrigerant piping to an outdoor unit remove the pinch piping refer to figure 13 pinch piping should be removed using the procedure in the figure 13 281
- Shutoff valve liquid side gas side service port 281
- Sien34 705 heat pump 60hz rxyq5 54p 281
- Processing the gas side accessory pipe 2 only in case of connecting at lateral side cut the gas side accessory pipe 2 referring the figure below 282
- Figure 15 283
- Installation manual 277 283
- Sien34 705 heat pump 60hz rxyq5 54p 283
- The 5hp type cannot be used as an independent unit in a multi system the outdoor unit multi connection piping kit sold separately is needed when connecting piping between outdoor units refer to the installation manual that comes with the kit when doing this piping work 283
- When connecting the piping on site be sure to use the accessory piping make sure the onsite piping does not come into contact with other piping or the bottom frame or side panels of the unit 283
- Heat pump 60hz rxyq5 54p sien34 705 284
- Installation manual 284
- Pattern 1 284
- Pattern 2 284
- Precautions when connecting piping between outdoor units in case of multi system the outdoor unit multi connection piping kit sold separately is needed to connect piping between outdoor units in multi system only proceed with piping work after considering the limitations on installation listed here and in 5 branching the refrigerant piping always referring to the kit s installation manual 1 the piping between outdoor units must be installed level pattern 1 or with a rise pattern 2 otherwise oil may pool in the pipes 284
- Prohibited pattern 284
- 2 to avoid the risk of oil detention in the stopping unit always connect the shutoff valve and the piping between outdoor units as shown in the figure a or figure b 285
- 3 if the piping length between the outdoor units exceeds 2 m create a rise of 200 mm or more in the gas line under a length of 2 m from the outdoor unit multi connection piping kit 285
- If 2 m or more 285
- If less than 2m 285
- Installation manual 279 285
- Prohibited pattern 285
- Sien34 705 heat pump 60hz rxyq5 54p 285
- Example of connection 288
- Example refrigerant branch using refnet joint 288
- Heat pump 60hz rxyq5 54p sien34 705 288
- How to calculate the additional refrigerant to be charged 288
- Installation manual 288
- Onnectio 288
- Pipe size selection 288
- Refrigerant branch kit selection 288
- Xample o 288
- Example refrigerant branch using refnet header 289
- Example refrigerant branch using refnet joint and refnet header 289
- Installation manual 283 289
- Sien34 705 heat pump 60hz rxyq5 54p 289
- Diameter of above case 290
- For calculation of total extension length the actual 290
- Length of above pipes must be doubled except 290
- Main pipe and the pipes that are not increased 290
- Note 1 290
- Note 2 290
- Note 3 290
- F 2 g 2 291
- Gas liquid 291
- Indoor units 1 8 291
- Outdoor unit refnet joint a g 291
- Φ 38 φ 22 291
- Field wiring 293
- A power circuit see the following table must be provided for connection of the unit this circuit must be protected with the required safety devices i e a main switch a slow blow fuse on each phase and an earth leakage circuit breaker when using residual current operated circuit breakers be sure to use a high speed type 1 second or less 200ma rated residual operating current use copper conductors only use insulated wire for the power cord select the power supply cable type and size in accordance with relevant local and national regulations specifications for local wiring are in compliance with iec60245 use wire type h05vv when protected pipes are used use wire type h07rn f when protected pipes are not used 294
- Note the above table indicates power specifications for standard combinations see 2 2 introduction if using anything other than the above combinations in a multi system calculate using the following procedure minimum circuit amp value add the minimum circuit amp values for each independent unit recommended fuse capacity select the fuse capacity with the next higher value of the calculated minimum circuit amp multiplied by 1 ex combining the rxyq30pyl using rxyq8pyl rxyq10pyl and rxyq12pyl minimum circuit amp of the rxyq8pyl in table above 18 a minimum circuit amp of rxyq10pyl in table above 22 a minimum circuit amp of rxyq12pyl in table above 23 a accordingly the minimum circuit amp of the rxyq30pyl 18 22 23 65 a multiplying the result above by 1 65 1 71 a so the recommended fuse capacity would be 80 a 294
- Power circuit safety device and cable requirements 294
- Leading wire procedure 295
- Wiring connection example for whole system 295
- Referring to figure 21 22 connect the transmission wiring between outdoor unit and indoor unit outdoor unit and outdoor unit of other system outdoor unit and outdoor unit of same system only multi system or to cool heat selector 296
- Transmission wiring connection procedure 296
- All transmission wiring is to be procured on site all wiring should use sheathed vinyl cord 0 5 1 5 mm2 or cable duplex triplex only for the cool heat selector transmission wiring about the symbol 1 3 see figure 21 22 should be done within the following limitations if they are exceeded transmission problems may occur 1 between outdoor unit and indoor unit between outdoor unit and outdoor unit of other systems max wiring length 1 000 m max total wiring length 2 000 m max no of branches 16 note no branch is allowed after branch see figure 23 max no of outdoor units of other system that can be connected 10 297
- Between outdoor unit and outdoor unit of same system only for multi system max wiring length 30 m 3 transmission wiring to cool heat selector max wiring length 500 m 297
- Figure 23 297
- Heat pump 60hz rxyq5 54p sien34 705 297
- Installation manual 297
- Power wiring connection procedure 298
- Caution the transmission wiring must be at least 50 mm away from the power wiring make sure all wiring do not contact to the pipes hatching parts in the figure 27 after wiring work is completed check to make sure there are no loose connections among the electrical parts in the el compo box 300
- Figure 27 300
- In case of 12 18hp type 300
- In case of 5 10hp type 300
- Installation manual 293 300
- Procedure for wiring inside units 300
- Referring to figure 27 secure and wire the power and transmission wiring using the included clamp 1 2 and 3 300
- Sien34 705 heat pump 60hz rxyq5 54p 300
- Air tight test and vacuum drying 301
- Note always use nitrogen gas for the airtightness test absolutely do not open the shutoff valve until the main power circuit insulation measurement has been completed measuring after the shutoff valve is opened will cause the insulation value to drop 301
- Note the airtightness test and vacuum drying should be done using the liquid side and gas side shutoff valve service ports see the r 410a label attached to the front plate of the outdoor unit for details on the location of the service port see figure at right see shutoff valve operation procedure in 2 11 1 before working for details on handling the shutoff valve the refrigerant charge port is connected to unit pipe when shipped the unit contains the refrigerant so use caution when attaching the charge hose 301
- Preparations 301
- Referring to figure 28 connect an nitrogen tank refrigerant tank and a vacuum pump to the outdoor unit the refrigerant tank and the charge hose connection to refrigerant charge port or the valve a c in figure 28 are needed in 2 11 additional refrigerant charge and check operation the shutoff valve and valve a c in figure 28 should be open or closed as shown in the table below 301
- Air tight test and vacuum drying method 302
- Pipe insulation 303
- Checking of device and installation conditions 304
- About the refrigerant tank check whether the tank has a siphon pipe before charging and place the tank so that the refrigerant is charged in liquid form see the figure below 305
- Additional refrigerant charge and check operation 305
- Before working 305
- Caution always use the proper refrigerant r 410a if charged with the refrigerant containing an improper material it may cause an explosion or accident r 410a is a mixed refrigerant so charging it as a gas will cause the refrigerant composition to change which may prevent normal operation 305
- Gas side shutoff valve φ 15 φ 19 305
- Heat pump 60hz rxyq5 54p sien34 705 305
- Hp type 8hp type 10hp type 12hp type 14hp type 16hp type 18hp type 305
- Installation manual 305
- Liquid side shutoff valve 305
- Note do not open the shutoff valve until 2 10 checking of device and installation conditions are completed if the shutoff valve is left open without turning on the power it may cause refrigerant to buildup in the compressor leading insulation degradation be sure to use the correct tools the shutoff valve is not a back seat type if forced it to open it might break the valve body when using a service port use the charge hose after tightening the cap make sure no refrigerant gas is leaking 305
- Other tanks 305
- Shutoff valve operation procedure when operating the shutoff valve follow the procedure instructed below 305
- The outdoor unit is charged with refrigerant when shipped from the factory but depending on the size and length of the piping when installed it may require additional charging for charging the additional refrigerant follow the procedure in this chapter and then carry out the check operation 305
- With siphon pipe 305
- Φ 12 the 18hp type corresponds to the 15 diameter onsite piping using the accessory pipe 305
- Φ 25 the 10hp type corresponds to the 22 diameter onsite piping using the accessory pipe the 12 18hp type corresponds to the 28 diameter onsite piping using the accessory pipe 305
- Φ 9 the 12hp type corresponds to the 12 diameter onsite piping using the included piping 305
- Caution make sure to use the protect tool protective groves and goggles when charging the refrigerant due to a danger of liquid hammer the refrigerant must not be charged over the allowable maximum amount when charging the refrigerant do not perform the refrigerant charging operation under working for the indoor unit when opening the front panel make sure to take caution to the fan rotation during the working after the outdoor unit stops operating the fan may keep rotation for a while 307
- How to check how many units are connected it is possible to find out how many indoor or outdoor unit in the system are turned on by operating the push button on the pc board a1p of outdoor unit in case of multi system master unit follow the procedure below to check how many indoor or outdoor units are turned on 307
- Note if operation is performed within 12 minutes after the indoor and outdoor units are turned on h2p will be lit on and the compressor will not operate in order to ensure uniform refrigerant distribution it may take up to around 10 minutes for the compressor to start up after the unit starting operating this is not a malfunction 307
- Note press the mode button bs1 if you get confused while operating this returns to setting mode 1 default 307
- Procedure of adding refrigerant charging and check operation 307
- Warning electric shock warning make sure to close the el compo box lid before turning on the power when performing the refrigerant charging operation perform the setting on the pc board a1p of the outdoor unit and check the led display after the power is on via the inspection door which is in the el compo box lid use an insulated rod to operate the push buttons via the el compo box s inspection door there is a risk of electric shock if you touch any live parts since this operation must be performed with the power on 307
- Display of normal system 309
- Led display 3 off 4 on 5 blinking how to distinguish the master unit sub unit 1 and sub unit 2 in the multi system 309
- Note the refrigerant will be charged about 22kg in one hour at outdoor temp 30 c db 6kg at 0 c db if you need to speedup in case of multi system connect the refrigerant tanks to each outdoor unit as shown in the figure 33 309
- Perform the refrigerant charging operation following refrigerant charging operation procedure as shown below and charge the remaining refrigerant of the additional charging amount for performing the refrigerant charging operation the push button on the pc board a1p of outdoor unit incase of multi system master unit are use see the figure 32 in addition the refrigerant are charged from the refrigerant charge port via the valve a see the figure 33 for operating the push button and opening and closing the valve follow the work procedure 309
- Refrigerant charging operation procedure 1 open the liquid and gas side shutoff valves the valve a c must be closed the valve a c means the valves in the figure 33 309
- 3 check the led display on the outdoor unit pc board a1p is as shown in the table below and transmission is normal 311
- 4 make the onsite settings as needed using the push button bs1 bs5 on the outdoor unit pc board a1p with the power on see 2 12 2 onsite settings with the power on 5 perform the check operation following the check operation method of the service precautions label on the el compo box lid the system operation for about 40 minutes and automatically stops the check operation if the malfunction code is not displayed in the remote control after the system stop check operation is completed normal operation will be possible after 5 minutes if the malfunction code is displayed in the remote control correct the malfunction following remote control displays malfunction code and perform the check operation again 311
- If any malfunction codes other than the above are displayed check the service manual for how to respond 311
- Led display 3 off 4 on 5 blinking how to distinguish the master unit sub unit 1 and sub unit 2 in the multi system 311
- Method 1 by the h8p multi led display 311
- Method 2 by the transmission wiring to indoor unit 311
- Remote control displays malfunction code 311
- Onsite settings 312
- Onsite settings with the power off 312
- Onsite settings with the power on 312
- Before test run 313
- Checks after test run 313
- Test run 313
- Caution for refrigerant leaks 314
- Heat pump 60hz rxyq5 54p 21 316
- Heat pump cooling only 50hz rx y q5 54p 10 316
- Part 3 operation manual 316
- Heat pump cooling only 50hz rx y q5 54p 317
- Operation manual 317
- Pn08043 1 em06a044 317
- System air conditioner 317
- 1 safety cautions 318
- Operation manual 311 318
- Sien34 705 operation manual 318
- 1 initial refrigerant charge 319
- 2 specifications 319
- 3 what to do before operation 319
- About the specifications see single unit according to the indepen dent unit 319
- Combination unit 319
- Cool heat selector except rxq series 319
- Cool heat selector operation modes 319
- Cooling only rxq series 319
- Figure 1 319
- Figure 1 shows system with cool heat selector 319
- Heat pumps rxyq series yes no 319
- Indoor unit 319
- Inlet air 319
- Inlet air outlet air 319
- Inverter series 319
- Names and functions of parts refer to figure 1 319
- Operation manual 319
- Operation manual sien34 705 319
- Outdoor unit 319
- Outdoor units refer to figure 1 319
- Outlet air 319
- Single unit 319
- This operation manual is for the following system with standard con trol before initiating operation contact your daikin dealer for the operation that corresponds to your system type and mark if your installation has a customized control system ask your daikin dealer for the operation that corresponds to your system 319
- Wrong cleaning may make the plastics parts broken or cause fail ure of water leakage or electric shock do not touch the air inlet or aluminium fin of the air condi tioner otherwise injury may be caused do not place objects in direct proximity of the outdoor unit and do not let leaves and other debris accumulate around the unit leaves are a hotbed for small animals which can enter the unit once in the unit such animals can cause malfunctions smoke or fire when making contact with electrical parts 319
- 4 remote control and cool heat selector name and function of each switch and dis play refer to figure 2 and 3 320
- 4 remote control and cool heat selector name and function of each switch and display refer to figure 2 and 3 320
- 5 operation range 320
- Figure 2 320
- Figure 3 320
- Operation manual 313 320
- Sien34 705 operation manual 320
- 6 1 cooling heating and fan only operation 321
- 6 operation procedure 321
- Figure 4 321
- Figure 7 321
- Operation manual 321
- Operation manual sien34 705 321
- 6 2 program dry operation 322
- 6 3 adjusting the air flow direction refer to figure 6 only for double flow multi flow corner ceil ing suspended and wall mounted 322
- Figure 5 322
- Figure 6 322
- Figure 8 322
- Operation manual 315 322
- Sien34 705 operation manual 322
- 6 4 programming start and stop of the system with timer refer to figure 9 323
- 6 5 setting the master remote control except rxq series refer to figure 10 323
- Figure 10 323
- Figure 11 323
- Figure 13 323
- Figure 9 323
- Operation manual 323
- Operation manual sien34 705 323
- Refer to figure 13 323
- 6 6 precautions for group control system or two remote control control system 324
- 7 optimum operation 324
- 8 1 at the beginning of the season 324
- 8 2 at the end of the season 324
- 8 seasonal maintenance 324
- 9 1 the system does not operate 324
- 9 2 it stops sometimes 324
- 9 following symptoms are not air conditioner troubles 324
- Figure 14 324
- Operation manual 317 324
- Sien34 705 operation manual 324
- 9 10 the units can give off odours 325
- 9 11 the outdoor unit fan does not spin 325
- 9 12 the display shows 325
- 9 13 the compressor or fan in the outdoor unit does not stop 325
- 9 14 the inside of an outdoor unit is warm even when the unit has stopped 325
- 9 15 it stops sometimes 325
- 9 16 hot air is emitted even though the unit is stopped 325
- 9 17 does not cool very well 325
- 9 3 cool heat cannot be changed over 325
- 9 4 fan operation is possible but cooling and heat ing do not work 325
- 9 5 the fan strength does not correspond to the set ting 325
- 9 6 the fan direction does not correspond to the setting 325
- 9 7 white mist comes out of a unit 325
- 9 8 noise of air conditioners 325
- 9 9 dust comes out of the unit 325
- Operation manual 325
- Operation manual sien34 705 325
- 10 trouble shooting 326
- After sales service and warranty 326
- Figure 12 326
- Operation manual 319 326
- S witch on 326
- Sien34 705 operation manual 326
- Trip po s ition bre a ker 326
- Operation manual 327
- Operation manual sien34 705 327
- Heat pump 60hz rxyq5 54p 328
- Operation manual 328
- P171361 6j em06a034 328
- System air conditioner 328
- 1 safety cautions 329
- Operation manual 329
- Operation manual sien34 705 329
- 1 initial refrigerant charge combination unit 330
- 2 specifications 330
- 3 what to do before operation 330
- 4 remote control and cool heat selector name and function of each switch and dis play refer to figure 2 and 3 330
- 4 remote control and cool heat selector name and function of each switch and display refer to figure 2 and 3 330
- About the specifications see single unit according to the indepen dent unit 2 there is the case that rxyq16pyl or rxyq18pyl is composed of single unit 330
- Cool heat selector 330
- Cool heat selector operation modes 330
- Figure 1 330
- Figure 1 shows system with cool heat selector 330
- Figure 2 330
- Heat pumps rxyq series yes no 330
- Indoor unit 330
- Inlet air 330
- Inlet air outlet air 330
- Inverter series 330
- Names and functions of parts refer to figure 1 330
- Operation manual 323 330
- Outdoor unit 330
- Outdoor units refer to figure 1 330
- Outlet air 330
- Sien34 705 operation manual 330
- Single unit 330
- This operation manual is for the following system with standard con trol before initiating operation contact your daikin dealer for the operation that corresponds to your system type and mark if your installation has a customized control system ask your daikin dealer for the operation that corresponds to your system 330
- Wrong cleaning may make the plastics parts broken or cause fail ure of water leakage or electric shock do not touch the air inlet or aluminium fin of the air condi tioner otherwise injury may be caused do not place objects in direct proximity of the outdoor unit and do not let leaves and other debris accumulate around the unit leaves are a hotbed for small animals which can enter the unit once in the unit such animals can cause malfunctions smoke or fire when making contact with electrical parts 330
- 5 operation range 331
- 6 1 cooling heating and fan only operation 331
- 6 operation procedure 331
- Figure 3 331
- Operation manual 331
- Operation manual sien34 705 331
- Figure 4 332
- Figure 7 332
- Operation manual 325 332
- Sien34 705 operation manual 332
- 6 2 program dry operation 333
- 6 3 adjusting the air flow direction 333
- Figure 5 333
- Figure 6 333
- Figure 8 333
- Operation manual 333
- Operation manual sien34 705 333
- 6 4 programming start and stop of the system with timer refer to figure 9 334
- 6 5 setting the master remote control refer to figure 10 334
- Figure 10 334
- Figure 11 334
- Figure 13 334
- Figure 9 334
- Operation manual 327 334
- Refer to figure 13 334
- Sien34 705 operation manual 334
- 6 6 precautions for group control system or two remote control control system 335
- 7 optimum operation 335
- 8 1 at the beginning of the season 335
- 8 2 at the end of the season 335
- 8 seasonal maintenance 335
- 9 1 the system does not operate 335
- 9 2 it stops sometimes 335
- 9 following symptoms are not air conditioner troubles 335
- Figure 14 335
- Operation manual 335
- Operation manual sien34 705 335
- 9 10 the units can give off odours 336
- 9 11 the outdoor unit fan does not spin 336
- 9 12 the display shows 336
- 9 13 the compressor or fan in the outdoor unit does not stop 336
- 9 14 the inside of an outdoor unit is warm even when the unit has stopped 336
- 9 15 it stops sometimes 336
- 9 16 hot air is emitted even though the unit is stopped 336
- 9 17 does not cool very well 336
- 9 3 cool heat cannot be changed over 336
- 9 4 fan operation is possible but cooling and heat ing do not work 336
- 9 5 the fan strength does not correspond to the set ting 336
- 9 6 the fan direction does not correspond to the setting 336
- 9 7 white mist comes out of a unit 336
- 9 8 noise of air conditioners 336
- 9 9 dust comes out of the unit 336
- Operation manual 329 336
- Sien34 705 operation manual 336
- 10 trouble shooting 337
- After sales service and warranty 337
- Figure 12 337
- Operation manual 337
- Operation manual sien34 705 337
- S witch on 337
- Trip po s ition bre a ker 337
- Operation manual 331 338
- Sien34 705 operation manual 338
- Part 4 340
- Part 4 precautions for new refrigerant r 410a 340
- Precautions for new refrigerant r 410a 340
- Precautions for new refrigerant r 410a 34 340
- About refrigerant r 410a 341
- Characteristics of new refrigerant r 410a 1 performance almost the same performance as r 22 and r 407c 2 pressure working pressure is approx 1 times more than r 22 and r 407c 3 refrigerant composition few problems in composition control since it is a quasi azeotropic mixture refrigerant 341
- H 1 non azeotropic mixture refrigerant mixture of two or more refrigerants having different boiling points h 2 quasi azeotropic mixture refrigerant mixture of two or more refrigerants having similar boiling points h 3 the design pressure is different at each product please refer to the installation manual for each product reference 1 mpa 10 9716 kgf c 341
- Outline 341
- Precautions for new refrigerant r 410a 341
- Precautions for new refrigerant r 410a 335 342
- Sien34 705 precautions for new refrigerant r 410a 342
- Thermodynamic characteristic of r 410a 342
- Refrigerant cylinders 343
- As for the charge mouthpiece and packing 1 2unf20 is necessary for mouthpiece size of charge hose 344
- Copper tube material and thickness 344
- Material 344
- O o o o 1 2h 1 2h 1 2h 1 2h 1 2h 1 2h 1 2h 344
- O o o o o 1 2h 1 2h 1 2h 1 2h 1 2h 1 2h 344
- O soft annealed h hard drawn 344
- Pipe size 344
- R 410a is used under higher working pressure compared to previous refrigerants r 22 r 407c furthermore the refrigerating machine oil has been changed from suniso oil to ether oil and if oil mixing is occurred sludge results in the refrigerants and causes other problems therefore gauge manifolds and charge hoses that are used with a previous refrigerant r 22 r 407c can not be used for products that use new refrigerants be sure to use dedicated tools and devices 344
- Service tools 344
- Thickness t mm 0 0 0 1 1 1 1 1 1 1 1 344
- Tool compatibility 344
- Ve up r 407c 344
- Ve up r 410a 344
- Φ 6 φ 9 φ 12 φ 15 φ 19 φ 22 φ 25 φ 28 φ 31 φ 38 φ 44 344
- Conventional flaring tools can be used when the work process is changed change of work process previously a pipe extension margin of 0 to 0 mm was provided for flaring for r 410a air conditioners perform pipe flaring with a pipe extension margin of 1 to 1 mm for clutch type only conventional tool with pipe extension margin adjustment can be used 345
- Differences 2 change of dimension a 345
- Flaring tool 345
- Specifications 2 dimension a 345
- Unit mm 345
- Can not be used 348
- Symbols 350
- Drawings flow charts 352
- Naamloze vennootschap zandvoordestraat 300 b 8400 oostende belgium www daikin eu btw be 0412 120 336 rpr oostende 355
- Ésien34 705æëí 355
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