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Daikin RXY34MYL — wiring Adaptor for Electrical Systems: Key Features and Guidelines [65/405]
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1.1 Wiring Adaptor for Electrical Appendices (1) <KRP2A61 / KRP2A62 / KRP2A53> 61
ED721208 Adaptor
4
4. Output display signals
Operation output terminals (W1 and W2) and malfunction output terminals (W3 and W4) are non-voltage constant contact
output.
(Allowed electric current per contact is between 10 mA ~ 3 A.)
Note:
If using a 220
~
240V power supply, keep transmission wiring at least 50 mm away from incoming power supply wiring.
Display output is described in the above table.
Note:
If rewiring F1 and F2 after running the system, turn ON power for 5 minutes, then turn it OFF and ON again. Changes to
wiring can sometimes disable control from the wiring adaptor.
C : 1PA63642C
Output
Both Ry1 and Ry2 OFF Ry1 only ON Ry2 only ON
System
Zone control All zones OFF
At least one unit running normally, no
malfunction
Even 1 unit stopped due to malfunction
or malfunction of transmission between
adaptor and indoor unit
Indoor
unit
PCB
BMS
Wiring
adaptor PCB
KRP2A61·62·53
F1 F2
Содержание
- Technical data p.1
- Air conditioners p.1
- I n t e l l i g e n t to u c h m a n a g e r p.1
- E e d e n 1 3 7 2 1 2 0 8 p.1
- Revision history p.2
- Part 1 intelligent touch manager 1 p.3
- Part 3 power proportional distribution ppd 37 p.3
- Design of diii net 6 p.3
- Contents p.3
- Centralized control equipments which can use with intelligent touch manager 4 7 appendix 5 p.3
- Unit and group 6 4 number of connectable units 7 p.3
- Group and zone 9 p.3
- Diii net design standard 7 p.3
- Table of contents p.3
- Reference material 7 p.3
- Ppd design guide 8 p.3
- Part 2 fundamental of diii net 15 p.3
- Part 5 installation manual 133 p.4
- Part 6 commissioning manual 205 p.4
- Intelligent touch manager 06 2 itm layout screen creation tool 12 3 itm external management points 29 4 itm power proportional distribution setup 47 5 itm energy navigator setup 386 p.4
- Adaptor for air conditioning system 2 p.4
- Safety precautions 34 2 intelligent touch manager 36 3 itm plus adaptor 73 4 itm integrator 92 p.4
- Part 4 adaptor 51 p.4
- Adaptor for other equipment 08 p.4
- Part 1 intelligent touch manager p.5
- Number of connectable units 27 p.19
- Centralized control equipments which can use with intelligent touch manager 34 p.19
- Appendix 35 p.19
- Unit and group 26 p.19
- Part 2 fundamental of diii net p.19
- Group and zone 29 p.19
- Diii net design standard 17 p.19
- Design of diii net 16 p.19
- Features of diii net p.20
- Design of diii net p.20
- Outdoor unit p.21
- Detail of outdoor unit terminal no p.21
- Terminal number p.21
- Just for operation with each remote controller p.21
- Diii net design standard p.21
- Correct wiring p.22
- Connection method p.22
- Incorrect wiring example p.23
- Wiring this part is prohibited p.25
- Conflict p.25
- Wiring example p.26
- When all the centralized control equipment is located at one place p.26
- The advantages when the centralized control equipment are connected to a if the centralized control equipment are connected to a it is still possible to have a centralized control even if the power supply of other circuit connected to the centralized control equipment is shut off even if the power is shut off due to long vacation etc p.26
- It is not recommended to connect the centralized control equipment on α 1 α 2 α 3 as there is a risk to loose control over all systems ex if intelligent touch manager itm is connected on α 1 and system1 shut down control over system2 and system3 units is lost p.26
- Fundamental of diii net ed721208 p.26
- Example of control wiring be sure to connect the wiring of the centralized control equipment to control wiring between outdoor units when wiring connections are made between indoor and outdoor units there may be cases where control over normal systems may become impossible if one of the connected systems should happen to fail be sure to prevent the connection of three wires on the same terminal p.26
- Caution p.26
- 2 wiring example p.26
- Caution p.27
- It is not recommended to connect the centralized control equipment on α 1 α 2 α 3 as there is a risk to loose control over all systems ex if intelligent touch manager itm is connected on α 1 and system1 shut down control over system2 and system3 units is lost p.27
- Wiring example 23 p.27
- When the centralized control equipment are located at several places p.27
- The advantages when the centralized control equipment are connected to a if the centralized control equipment are connected to a it is still possible to have a centralized control even if the power supply of other circuit connected to the centralized control equipment is shut off even if the power is shut off due to long vacation etc p.27
- Ed721208 fundamental of diii net p.27
- Wiring specifications of diii net p.28
- Wiring length p.28
- Recommendation of installation diii net expander adaptor p.28
- Outdoor unit no of outdoor unit p.30
- Unit and group p.30
- Indoor unit and r c no of group no of indoor unit p.30
- I u indoor unit o u outdoor unit r c remote controller p.30
- Fundamental of diii net ed721208 p.30
- Number of units to be connected vrv supplementary explanation p.31
- Number of connectable units p.31
- Each module is counted as 1 unit p.31
- Connection of devices other than vrv p.32
- Chiller chiller p.32
- Group address 29 p.33
- Group address p.33
- Ed721208 fundamental of diii net p.33
- You cannot set a same group address on a same diii net you do not need to set a group address to a child unit in a remote control group in case power proportional distribution is used you need to set a group address to a child unit in a remote control group as well p.33
- Set a group address to a device to be connected to diii net the range of addresses to be set is 64 types as shown below p.33
- Group and zone p.33
- Setting group address for centralized control p.34
- Ed721208 fundamental of diii net p.37
- Setting group address for centralized control 33 p.37
- Centralized control equipments which can use with intelligent touch manager p.38
- Fundamental of diii net ed721208 p.38
- Following centralized control equipments can connect to the same diii net with an intelligent touch manager p.38
- Error code on initial setting and wiring troubles p.39
- Under centralized control 35 p.39
- Under centralized control p.39
- Ed721208 fundamental of diii net p.39
- Appendix p.39
- Ppd design guide 38 p.41
- Part 3 power proportional distribution ppd p.41
- Reference material 47 p.41
- System architecture p.42
- Ppd design guide p.42
- Confirmation of watthour meter p.42
- Design precautions p.43
- Calculation condition p.43
- Setting of each electric power group p.44
- Therefore it is necessary to install the watthour meter independently as shown in fig 2 in addition the power port no in address table must be different from others to be set at test operation p.45
- The reason why vrv heat recovery must not be included p.45
- Not allowed with 1 unit p.45
- For heat recovery outdoor units the watthour meter must be independently installed 1 for heat recovery there is a case that the power consumption is less than vrv and vrv plus 2 however if different systems are put on the one meter the electric power distribution would be calculated by constant counting and the calculation result would then more than the actual value on all indoor units p.45
- Ed721208 power proportional distribution ppd p.45
- Design precautions 41 p.45
- Caution it is possible to register to the same electric power group for the following combination 1 vrv vrvii heat pump r 22 r 407c 2 vrv heat recovery r 22 r 407c 3 vrvii vrviii heat pump r 410a 4 vrvii vrviii heat recovery r 410a when the combination of the above mentioned is not observed a correct power proportional distribution calculation cannot be done p.45
- Since this system detects power consumption as the base of billing specified watthour meters should be used by all means p.46
- Explanations of power proportional distribution p.46
- What is the power proportional distribution ppd p.46
- Rxyq5p crankcase heater s output 50w p.47
- Fxfq80p 2 power consumption at no operation 50 2 25w p.47
- Count accuracy p.48
- Super wiring diii net p.50
- Outdoor unit p.50
- Bev unit p.50
- Reference material p.51
- Set a group address to b d g and h for ppd this setting can be configured in the field setting no 30 by remote controller the setting method is described in page 332 slave indoor units can not be displayed on the screen of itm if they are removed from registration at a management point because itm cannot control the slave indoor units even if slave indoor units are not displayed on the itm screen electric power can be distributed to the indoor units as long as the group addresses are registered with a power group at ppd setup p.52
- There is no particular remedy take measures such as setting a schedule to turn off units p.53
- In the following case power consumption of the outdoor unit is allocated to indoor unit h p.53
- Part 4 adaptor p.55
- Adaptor for other equipment 108 p.55
- Adaptor for air conditioning system 52 p.55
- Adaptor for air conditioning system p.56
- Adaptor ed721208 p.56
- Zone control this adaptor is connected to the centralized line and all the air conditioners connected to the central control lines f1 f2 are under unified control unified control of a max 64 groups of a max 16 indoor units each but the max indoor units are 128 p.56
- This system requires the following parts wiring adaptor for electrical appendices 1 krp2a61 or krp2a62 or krp2a53 remote controller switches for control p.56
- The krp2a61 62 53 enables operation by remote control on off control temperature setting operation display error display with it the following system can be built note however that the adaptor cannot be used with other centralized control equipment p.56
- Note 1 individual indoor units connected to the centralized line cannot be displayed individually on the bms p.56
- Function p.56
- Ex zone control for 8 units of fxfq63pve control groups of 4 3 and 1 p.56
- Part names and functions p.57
- Installation p.57
- Fxk q fxc q p.57
- Fxyd ka p.58
- Fxs fxsyq fxyb p.58
- Fxmq20 140p p.58
- Fxm20 140 p.58
- Fxm q 200 250 p.58
- Fxl q fxn q p.58
- Wiring to the adaptor p.59
- Wire as described below wiring differs depending on whether using a voltage or non voltage input p.60
- Remote control input operation control p.60
- For voltage input p.60
- For non voltage input p.60
- Adaptor ed721208 p.60
- Setting control mode selector switch rs1 p.61
- Input b p.61
- Input a p.61
- Note doing constant input a with position 7 a it will be forced off function input a is ignored constant input cannot use for input b with position b p.62
- Adaptor ed721208 p.62
- 4 when operating with dual momentary inputs from a and b use a momentary input of 200 msec or longer p.62
- Remote controller rejection p.63
- Operation by p.63
- Krp2a61 p.63
- Input b p.63
- Input a p.63
- Central priority p.63
- Timing chart for each control mode by pulse input p.63
- Stop by remote controller acceptable p.63
- Remote controller acceptance rejection p.63
- Position a p.63
- Position 9 p.63
- Position 8 p.63
- Position 7 p.63
- Wiring specifications wiring sheathed wire gauge 1 p.64
- Temperature setting input p.64
- Temperature setting corresponds to resistance values in the range of 0 to 135 ω their relationship is as shown below p.64
- Note wiring resistance included in above figures p.64
- Mm² length max 70 m important keep transmission wiring at least 50 mm away from power supply wiring to avoid malfunctions p.64
- Indoor unit pcb p.64
- Adaptor ed721208 p.64
- Output display signals p.65
- This adaptor is an interface required to connect the indoor unit with the bas and by installing this adaptor in the indoor unit it enables you to have various remote controls on off temperature setting operation status display and malfunction display one adaptor can control simultaneously the group of units max 16 units connected to the remote control wiring line p1 p2 p.66
- Note 1 this adaptor cannot be used together with centralized control equipment 2 the model of adaptor differs according to the type of indoor unit to be installed p.66
- Note 1 marked shows wiring adaptor for electrical appendices 2 marked indicates the same control range 3 the wiring adaptor for electrical appendices 2 can control simultaneously the group of the units max 16 units connected to the remote control wiring line p1 p2 in another words all the units connected between p1 and p2 terminal have the same control p.66
- Function p.66
- Adaptor ed721208 p.66
- Part names and functions p.67
- Note 1 this is valid only for the indoor unit which has a temperature setting function 2 terminal no x18a is for the indoor unit of vrv system for skyair series and other air conditioner connect to the relevant terminal for each units p.67
- Note 1 fh nu fdbg nu fdbt nu and fdmg pu are not connected 2 installation box for adaptor pcb is necessary p.67
- Ed721208 adaptor p.67
- Applied model p.67
- Installation p.68
- Fxzq ffq p.68
- Fx y c p.68
- Fhq fh y p.68
- Fh y k p.68
- Fcq n k a p.68
- Note installation box is necessary for second adaptor fxs p.69
- Fxs fxyb p.69
- Fxmq20 140p p.69
- Fxm40 125 p.69
- Fh y b p.69
- Fbq d a p.69
- Ed721208 adaptor p.69
- Ceiling mounted duct type p.69
- Ceiling mounted built in type ceiling suspended cassette type p.69
- Ceiling mounted built in type p.69
- Fxyd ka p.70
- Fxl q fxn q p.70
- Faq71bvv1b fay l p.70
- Faq100bvv1b fa y f a p.70
- Electric wiring work and initial setting p.71
- Remote controller acceptable rejection on only stop acceptable p.72
- Adaptor ed721208 p.72
- Remote control rejection on rejection p.72
- Remote control rejection on off rejection forced off at close rejection 6 last command priority on off acceptable p.72
- Relation between the setting temperature and the resistance are as follows p.72
- Rejection p.72
- Position function p.72
- Operation or not of indoor unit p.72
- Off rejection forced off p.72
- Note the value of resistance includes the resistance of wiring the setting temperature is limited within the setting range of indoor unit if you set the temperature outside of the range by the adaptor it controls at the nearest setting range p.72
- Input ignored p.72
- Input a close open pulse input constant input b close constant input input a is ignored p.72
- Input a close input a open input b close input a is ignored p.72
- Temperature setting input p.72
- From remote controller operation or not of indoor unit from remote controller p.72
- Temperature setting corresponds to resistance values in the range of 0 to 135 ω their relationship is as shown below p.72
- From remote controller p.72
- Setting of control mode selector switch rs1 p.72
- Control mode position rs1 function p.72
- Remote controller acceptance rejection off permit acceptable p.72
- Central priority on acceptable p.72
- Note 1 when constant input is used for input b at position p.73
- Ed721208 adaptor p.73
- Description of functions outline p.73
- A the system is shut down forcibly ignored input a constant input cannot be used for input b at position b 2 refer to the followings for the outline of above functions p.73
- Input b p.74
- Input a input b p.74
- Input a p.74
- Close open p.74
- Close input a p.74
- Close close open p.74
- Close close input a p.74
- Central priority p.74
- Timing chart for each control mode by momentary input p.74
- Remote controller rejection p.74
- Remote controller off acceptable p.74
- Remote controller acceptance rejection p.74
- Operation by krp4aa51 p.74
- Last command priority p.74
- Precautions before use for the wiring adaptor for electrical appendices 2 p.75
- This interface adaptor is necessary when connecting to skyair indoor unit to centralized control equipment central remote controller unified on off controller schedule timer etc by connecting centralized control equipment unified operation on off timer operation remote controller rejection acceptance setting and operation error monitor etc are possible p.76
- This adaptor enables the following operation and monitor function from centralized control equipment p.76
- Part names and functions p.76
- Note 1 it is limited when connecting interface for bacne p.76
- Note 1 fcq n k and fbq d are equipped standardly with the interface adaptor and this option is unnecessary 2 this adaptor is not connected with fh nu fdbg nu fdbt nu fdmg nu and fdmg pu p.76
- Function p.76
- Applicable skyair indoor unit fh y k fj fh y c k fhc d fh y b f fvy la fa y f a fxuq m a fuy fj p.76
- And bms p.76
- Adaptor ed721208 p.76
- Installation p.77
- Ed721208 adaptor p.77
- Accessories check if the following accessories are included in the kit p.77
- Wire this kit as described below make sure wires to units do not pass over the pcb when wiring p.80
- This interface adaptor is necessary when connecting to skyair indoor unit to centralized control equipment central remote controller unified on off controller schedule timer etc by connecting centralized control equipment unified operation on off timer operation remote controller rejection acceptance setting and operation error monitor etc are possible p.80
- This adaptor enables the following operation and monitor function from centralized control equipment p.80
- Note 1 it is limited when connecting interface for bacne p.80
- Function p.80
- Electric wiring work p.80
- Applicable skyair indoor unit ffq b fhq bv faq bv fbq b note fcq n k and fbq d are equipped standardly with the interface adaptor and this option is unnecessary p.80
- And bms p.80
- Adaptor ed721208 p.80
- Installation and electric wiring p.81
- Ed721208 adaptor p.81
- Function p.82
- Components p.83
- Part names p.83
- Installation p.83
- Ed721208 adaptor p.83
- Wiring specification p.84
- Warning p.84
- Use the wire shown right for between the unit and the control board box connect the wiring between indoor and outdoor units centralized control equipment and remote controller for details refer to the installation manual of them remove the cover of the control board box after setting it parts situation is shown right fig install the thermistor throgh the bush it is in the control board box see below fig p.84
- General instructions p.84
- Finished wiring situation p.84
- Electric wiring work p.84
- Connect the read wires of remote controller see the below fig ground the sheild of the cords to the control board box p.84
- Connect the read wires of centralized control equipment see the below fig ground the sheild of the cords to the control board box p.84
- Connect the field wires to the air conditioner details see the back side ground the control board box p.84
- Clamp these wires by clamp materials certainly clamp the earth wire see right fig do not clamp the high voltage wires field wires and the low voltage wiers lead wire and thermistor both inside and outside of the control board box p.84
- Changel the connection of transformer according to the right table especially for y1 model p.84
- All wiring components and materials to be procured on site must comply with the applicable local and national codes use copper conductors only all field wiring and components must be provided by licensed electrician unit shall be grounded in compliance with the applicable local and national codes after wiring work check power to the equipment shuts off when swich is shut off p.84
- Adaptor ed721208 p.84
- See below for connecting the terminal m3 the output of alarm signal use the attached wire harness and change from the wire to it the wire is connected between k1r 5 k1r 7 k2r 7 and k3r 5 is shown the terminal connect the wiring between the terminal m3 and the solderless splices butt m3 of the wire assy p.85
- See below for connecting the terminal m3 the output of alarm signal in case of y1 connect the wiring between the terminal m1 and the terminal 5 of k2r magnetic relay connect the wiring between the terminal m3 and the terminal 3 of k2r magnetic relay in case of y19 connect the wiring between the terminal m3 and the terminal 8 of k4r magnetic relay in case of tal and yal use the attached wire harness and change from the wire to it the wire is connected between k1r 6 k1r 7 k2r 7 and k3r 6 is shown the terminal connect the wiring between the terminal m3 and the solderless splices butt m3 of the wire assy p.85
- See below for connecting the terminal m3 the output of alarm signal connect the wiring between the terminal m1 and the terminal 6 of k4r magnetic relay connect the wiring between the terminal m3 and the terminal 4 of k4r magnetic relay p.85
- See below for connecting the terminal m3 the output of alarm signal connect the wiring between the terminal m1 and the terminal 6 of k3r magnetic relay connect the wiring between the terminal m3 and the terminal 4 of k3r magnetic relay p.85
- See below for connecting the terminal m3 the output of alarm signal about these models we can only output the alarm signal of indoor fan motor connect the wiring between the terminal m3 and the terminal 96 of magnetic contactor of indoor fan motor k1m p.85
- In case of uaty06k p.85
- In case of uat15 20k uat15 21ka p.85
- In case of uat06 10k uat06 12ka p.85
- In case of fd15 20k p.85
- In case of fd06 10k p.85
- In case of fd03 05k p.85
- Ed721208 adaptor p.85
- Connection of the terminal p.85
- Connect the wiring between the box of this kit and the el compo box assy of the indoor unit refer to the wiring diagram of the indoor unit p.85
- Connect the wiring between the box of this kit and the el compo box assy of the air conditioner refer to the wiring diagram of the air conditioner p.85
- See below for connecting the terminal m3 the output of alarm signal use the attached wire harness and change from the wire to it the wire is connected between k1r 5 k1r 7 k2r 7 and k3r 6 is shown the terminal connect the wiring between the terminal m3 and the solderless splices butt m3 of the wire assy p.85
- Connect between the air conditioner and dta107a55 shown below p.85
- See below for connecting the terminal m3 the output of alarm signal in case of y1 connect the wiring between the terminal m1 and the terminal 6 of k2r magnetic relay connect the wiring between the terminal m3 and the terminal 4 of k2r magnetic relay in case of y19 connect the wiring between the terminal m3 and the terminal 8 of k4r magnetic relay in case of tal and yal connect the wiring between the terminal m1 and the terminal 6 of k14r magnetic relay connect the wiring between the terminal m3 and the terminal 4 of k14r magnetic relay p.86
- See below for connecting the terminal m3 the output of alarm signal in case of y1 connect the wiring between the terminal m1 and the terminal 5 of k2r magnetic relay connect the wiring between the terminal m3 and the terminal 3 of k2r magnetic relay in case of y19 connect the wiring between the terminal m3 and the terminal 8 of k4r magnetic relay in case of tal and yal use the attached wire harness and change from the wire to it the wire is connected between k1r 5 k1r 7 k2r 7 and k3r 5 is shown the terminal connect the wiring between the terminal m3 and the solderless splices butt m3 of the wire assy p.86
- In case of uaty15 21k p.86
- In case of uaty08 12k p.86
- Field setting p.86
- Connect the wiring between the box of this kit and the el compo box assy of the air conditioner refer to the wiring diagram of the air conditioner p.86
- Adaptor ed721208 p.86
- Functions p.87
- Service monitor led1 green when the cpu is working properly the led flashes p.88
- Power supply terminal s8 connect an external dc 12v power supply only when reading the operating error display p.88
- Part names and functions p.88
- Lower group number switch sw1 upper group number switch sw2 1to 3 p.88
- Forced stop settings switch sw3 1 p.88
- Electric wiring work and initial settings p.88
- Adaptor ed721208 p.88
- Open the kit s case and set the switches on the circuit board 1 for overseas japanese unit setting sw3 3 room air conditioners different methods are used for setting the temperature in automatic mode so this switch needs to be set p.89
- On invalid p.89
- On automatic operation is available from the centralized control equipment p.89
- Off off p.89
- Off factory setting p.89
- Note also that a separate timer power supply is needed when using the schedule timer independently power supply specs dc 16v 10 15 200ma recommended power supply omron s82j 01015a should be used with the output voltage adjusted to the center dc 16v p.89
- Note 1 since centralized control equipment and ha jem a compatible equipment both use last command priority the contact status and operating status of the air conditioner might not match sometimes example if the unit is run from the centralized control equipment while the air conditioner is stopped with an open contact the contact will be open and the unit will be running 2 operating mode and fan direction and speed settings can be changed p.89
- Instantaneous contact input factory setting p.89
- However these settings do not need to be made when using the schedule timer independently the settings are needed when used in conjunction with another dcs series centralized control equipment in this case the schedule timer performs an auto address after the power is turned on so new group numbers are automatically set settings made using the switches will be overwritten p.89
- Ed721208 adaptor p.89
- Destination sw3 3 setting what happens p.89
- Constant contact input p.89
- What happens control mode s1 operating mode sw3 2 setting sw3 1 setting p.89
- Automatic operation is not available from the centralized control equipment when using automatic operation using the wireless remote controller the centralized control equipment displays automatic cooling heating and 25 c even if the temperature is changed it will return to 25 c after a while p.89
- Turn the power on after all the switches have been set settings made while the power is on are invalid p.89
- Sw2 4 setting what happens p.89
- 4 contact input function settings sw3 1 to sw3 2 when using contact input s1 choose one of the following functions p.89
- Stops if the unit was stopped before the power outage and runs if it was running p.89
- 3 settings when recovering from a power outage sw2 4 this selects whether to restart operation when the power comes back on after a power outage occurred during operation this setting is given priority in cases where the indoor unit has an auto start on off jumper note also that regardless of whether switch sw2 4 is on or off the operating mode set temperature fan direction and speed settings and remote control prohibition status are stored p.89
- Stops after recovering from a power outage off factory setting p.89
- 2 group number settings sw1 and sw2 1 to sw2 3 set these when using the centralized control equipment set to the side do not set more than one unit to the same number p.89
- S8 power supply for relay dc 12v p.90
- Relay specs mr1 and mr2 coil voltage dc 12v coil resistance 160 ω 10 matsushita electric hc relay omron my relay wiring length max 100m p.90
- Prohibited p.90
- Permitted p.90
- Only off control is accepted p.90
- On off control is rejected p.90
- Last command priority p.90
- Krp928b2s p.90
- Forced stop p.90
- Bms field supply p.90
- Adaptor ed721208 p.90
- When using the centralized control equipment the operating codes can be used to limit operation from wireless remote controllers permitted prohibited p.90
- The remote controller permission prohibition settings using the intelligent touch controller are as follows permitted prohibited p.90
- The operating error signals can be read from the contact output s5 output specs m1 turn mr 1 on when the air conditioner is running m2 turn mr 2 when a communication error has occurred between the krp928b2s and the air conditioner or mr 1 is on and the unit has stopped after an error mr 2 is not turned on during a warning p.90
- Part name p.91
- Krp1c63 krp1c64 p.91
- Krp1b61 krp1ba54 b56 ba57 ba59 p.91
- Functions p.91
- Installation p.92
- Accessories p.92
- Fxyd ka p.93
- Fxm40 125 p.93
- Fxm q 200 250 p.93
- Fxl q fxn q p.93
- Fhq fxh q p.94
- Accessories p.94
- Fcq n kvea fxfq pve p.95
- Refer to the wiring diagram attached to the indoor unit before attempting to wire make sure wires to units do not pass over the pcb when wiring wire the adaptor to the indoor unit as shown below p.96
- Krp1b61 p.96
- If optional accessories are installed auxiliary electric heater humidifier wire correctly in accordance with the attached installation manual refer to the wiring diagram applied to the indoor unit when running electric wiring p.96
- Fetching the operation display signal attaching an hour meter p.96
- Fan on display p.96
- Electric wiring work p.96
- Adaptor ed721208 p.96
- Indoor unit pcb p.97
- Fxzq fxd q x16a p.97
- Function p.99
- Installation manual p.100
- Installation p.100
- External control adaptor for outdoor unit pcb support 4 p.100
- Check the following accessories are included in the kit before the installation p.100
- Adaptor ed721208 p.100
- Accessories p.100
- This adaptor is not applicable to the outdoor unit with anti corrosion treatment models e p.100
- The kit type dta104a61 type dta104a62 type dta104a53 type varies according to air conditioner model p.100
- The installation box for adaptor pcb are required with the following air conditioner models p.100
- Part name and functions p.100
- Ceiling mounted cassette type ceiling mounted built in type p.101
- Ed721208 adaptor p.101
- Bs unit ceiling mounted cassette type p.101
- B s v q p.101
- 600 ceiling mounted cassette type ceiling mounted duct type p.101
- See part of krp4a96 in option handbook oh12 01 p.102
- Note installation box for adaptor pcb is required to install the adaptor p.102
- Fxmq20 140p p.102
- Fxm40 125 p.102
- Ceiling mounted duct type p.102
- Ceiling mounted cassette type ceiling suspended type p.102
- Adaptor ed721208 p.102
- Wall mounted type floor standing type concealed floor standing type p.102
- Electric wiring work and initial setting p.103
- The contents of the various settings for unified switching of the operation mode cool heat fan are as follows p.104
- Adaptor ed721208 p.106
- Installation point p.107
- Without the adaptor p.108
- With the adaptor p.108
- Function p.108
- Adaptor ed721208 p.108
- This adaptor does not apply to salt damege resistsnce p.109
- Part name and functions p.109
- Installation p.109
- Check the following accessories are included in the kit before the installation p.109
- Adaptor p.109
- Accessories p.109
- Electric wiring work p.110
- Wiring restrictions see electric wiring work apply to each group a and b p.111
- System with more than 10 outdoor units p.111
- This kit contains an i o interface adaptor for centralized control equipment used when there is a non connectable air conditioner and electrical equipment when connected to the centralized control equipment this adaptor enables operation stop and display of operation error monitors from the centralized control equipment p.112
- Securely install the adaptor with the attached installation screw p.112
- Part names and functions p.112
- Note install the adaptor inside a control box of outer dimensions 230w 230d 60h supply a control box at site with outer dimensions equal to or larger than those shown below 230w 230d 60h p.112
- Installation p.112
- Function p.112
- Adaptor for other equipment p.112
- Adaptor ed721208 p.112
- Electric wiring work p.113
- Note ground wires as shown in the figure on the above the adaptor may malfunction or be damaged if improperly wired the fuse is designed for short circuit protection overcurrent protection therefore it may not offer sufficient protection against improper voltage p.115
- Make settings before turning on the power p.115
- Hz 220v source check power supply specifications and properly wire the source to the adaptor p.115
- Hz 220 240v source and a p.115
- Ed721208 adaptor p.115
- Set the group no at the centralized control group no setting switches rs1 and rs2 refer to the below table to set group no group no increases in the order of 1 00 1 01 1 15 2 00 4 15 refer to the installation manual of the centralized control equipment p.115
- Rs2 switch setting and lower group no position p.115
- Rs1 switch setting and upper group no position p.115
- Power supply can be selected from a p.115
- Note group number need not be set on this adaptor during individual use with either a wiring adaptor for electrical appendices or a schedule timer setting is automatic ex setting group no 1 15 first and second group no s are indicated as below p.115
- When the contact is open or closed error is produced for changeover refer to 2 initial setting input specifications no voltage a contact the welding current is approx 10ma when the applied voltage is 20 to 30vdc and the contact is closed for input use the contact for micro current 12vdc 1ma max p.116
- Using this unit connection of other facilities other than air conditioner is made possible such as power supply facility sanitary facility anti disaster facility and crime prevention facility p.116
- Unit dec101a51 p.116
- Operating and error input p.116
- Function p.116
- Adaptor ed721208 p.116
- Part names and functions p.117
- Quantity change shortcircuit pin tp1 p.118
- Applied standard safety standard iec730 emc standard cispr22 a emi cispr24 ems p.118
- Power supply to be supplied from outside p.118
- Ambient humidity 95 rh or less no condensation p.118
- Power supply terminal block l n p.118
- Adaptor ed721208 p.118
- Points 8 pairs based on a pair of on off input and abnormality input p.118
- Abnormal input detecting switch ds2 ds3 p.118
- Monitor input switch ds6 3 p.118
- When the transmission is abnormal the lamp lights up disabling remote control the lamp goes out in the normal condition p.118
- Micro computer ok monitor led a green p.118
- Transmission error monitor led10 red p.118
- It is possible to select whether the error at startup is masked for 10 or 30 seconds p.118
- It is possible to select whether the equipment connection error is a non latch or latch error p.118
- Transformer connecting connector cn1 cn2 p.118
- Installation method indoor installation p.118
- The power transformer connector is connected p.118
- Input contacts p.118
- The figure below shows the printed circuit board built in this equipment p.118
- For the power supply use 1 200 240v p.118
- Switch for selecting the number of facility equipment connected ds4 ds5 p.118
- Error detecting switch ds6 2 p.118
- Start error mask switch ds6 1 p.118
- Environment for use outdoor air temperature 15 to 60 c p.118
- Specifications p.118
- Shortcircuit during control quantity setting p.118
- Environment for storage outdoor air temperature 20 to 60 c p.118
- Set diii net address no p.118
- Di board p.118
- Rating ac200 240v 50 60hz p.118
- Contact information on off abnormality is transmitted to intelligent touch controller intelligent manager iii through diii net communication p.118
- Installation p.119
- Wiring lead in p.121
- Since malfunctioning may result also in case where the wirings described above are routed in parallel be sure to connect the wirings at least 50 mm apart from the other p.121
- For wiring connection remove the front panel secured with 2 screws of this equipment upon completion of operation given in this paragraph and 2 initial setting below close the front panel with the screws described above p.121
- Electric wiring work and initial setting p.121
- On off p.122
- Set the top address of this equipment with the diii net setting switch ds1 rs1 using the diii net setting switch ds1 set the range of address no that is set in this equipment address nos 1 00 to 1 15 are factory controlled before shipment p.122
- Set address no low order with the centralized address setting switch rs1 referring to the table below set the address number low order address nos are 1 00 1 01 1 15 2 00 4 15 p.122
- Open close p.122
- Note all are set to off upon shipment from factory p.122
- Name operation off on p.122
- Initial setting dec101a51 switch settings p.122
- Ds6 3 monitor input detection of failure under halting status yes no p.122
- Ds6 2 failure detection recovery method upon detection of failure automatic reset retained p.122
- Ds6 1 startup failure masking time after detecting operation input 10 seconds 30 seconds p.122
- Ds5 buzzer output on off concentrated address 0 to 3 on off p.122
- Ds4 buzzer output on off concentrated address 4 to 7 on off switching of buzzer output of buzzer unit upon detection of failure p.122
- Ds3 abnormal input detection open close concentrated address 0 to 3 open close p.122
- Ds2 abnormal input detection open close concentrated address 4 to 7 abnormal input detection method p.122
- Adaptor ed721208 p.122
- Ds2 ds3 setting this switch selects whether the input is abnormal with the abnormal input contact a1 to a8 open or closed off factory preset before shipment abnormal in the open condition on abnormal in the closed condition the relationship between each switch and abnormal input is as described below input a1 ds2 3 1 input a2 ds2 3 2 input a3 ds2 3 3 input a4 ds2 3 4 input a5 ds2 3 5 input a6 ds2 3 6 input a7 ds2 3 7 input a8 ds2 3 8 p.123
- Unit 2 units p.123
- Tp1 setting facility equipment quantity change this function is used to set the number of facility equipment controllable with this equipment the number of controllable facility equipment factory shipment is 8 setting method 1 turn the power on with tp1 short circuited and change the quantity of facility equipment according to the ds4 5 setting the relation between ds4 5 setting and facility equipment quantity is as per the table below 2 turn the power off 3 open the tp1 and turn all ds4 5 switches off 4 turn the power on again 5 short circuit the tp1 and check to see if the setting coincides with the number of facility equipment connected to this equipment 6 finally open the tp1 p.123
- This equipment can use the addresses between 1 00 and 4 15 it is impossible to use address 5 00 and subsequent addresses and use any address in duplication example when the top address was set to 4 14 the number of facility equipment cannot be set to 8 in this case set it to 1 or 2 p.123
- Shortcircuit with power on p.123
- Ed721208 adaptor p.123
- Ds4 ds5 p.123
- Wiring between this equipment and centralized control equipment is required p.124
- The length of wiring between this equipment and facility equipment is 100m max p.124
- The connection to the facility equipment and setting of various switches are required see the wiring with facility equipment paragraph p.124
- Power supply earth wiring p.124
- For the wiring connection and clamping method refer to the wiring lead in paragraph p.124
- For power supply 1 200 240 v is used the wiring to the power terminal block l n is required the electric wire used should be 1 5 to 2 m p.124
- Electric wiring connection p.124
- Connect the power supply and earth see the power supply earth wiring paragraph p.124
- After checking the power supply specifications make correct connections connect the earth wiring to the terminal use a 2 m p.124
- Adaptor ed721208 p.124
- Wiring with facility equipment p.124
- Wiring procedure p.124
- Using this unit connection of other facilities other than air conditioner is made possible such as power supply facility sanitary facility anti disaster facility and crime prevention facility p.125
- Function p.125
- Ed721208 adaptor p.125
- Dio unit dec102a51 p.125
- Wiring at instantaneous output up to 2 facility equipments can be connected p.126
- Wiring at continuous output up to 4 facility equipments can be connected p.126
- Operation output it is possible to select continuous 1 output 4 points or instantaneous 2 output on off pair 2 points for switching refer to 2 initial setting p.126
- Adaptor ed721208 p.126
- Power supply earth wiring p.127
- Operation input p.127
- For power supply 1 200 240v is used the wiring to the power terminal block l n is required the electric wire used should be 1 5 to 2 m p.127
- Ed721208 adaptor p.127
- After checking the power supply specifications make correct connections connect the earth wiring to the terminal use a 2 m p.127
- Abnormal input when the contact is open or closed error is produced for changeover refer to 1 electric wiring work and initial setting input specifications no voltage a contact the welding current is approx 10ma when the applied voltage is 20 to 30v dc and the contact is closed for input use the contact for micro current 12v dc 1ma max p.127
- When the switch was set to ins instantaneous output the operation input terminals m3 m4 and abnormal input terminals a3 a4 are not used p.127
- When the contact is closed run is to be inputted input spec no voltage a contact when the applied voltage is 20 to 30v dc and the contact is closed the welding current is approx 10ma for input use a contact for micro current 12v dc 1ma max p.127
- Terminal used in case where the switch was set to continuous output con or instantaneous output ins p.127
- Part names and functions p.128
- The figure below shows the pc board built in this equipment p.129
- Ed721208 adaptor p.129
- Specifications p.130
- Output specs voltage free a contact p.130
- Input specs voltage free a contact micro current load contact input dc12v 1 ma or less wiring length 150 m p.130
- Adaptor ed721208 p.130
- Installation p.131
- Restrictions in continuous installation p.132
- To 1 200 240v and earth to facility equipment to facility equipment to terminals f1 f2 of the centralized control equipment or terminals f1 f2 of other equipment outdoor unit dec101a51 102a51 p.133
- Since malfunctioning may result also in case where the wirings described above are routed in parallel be sure to connect the wirings at least 50mm apart from the other p.133
- Electric wiring work and initial setting p.133
- Adaptor ed721208 p.134
- Using the diii net setting switch ds1 set the range of address no that is set in this equipment address nos 1 00 to 1 15 are factory controlled before shipment p.135
- This switch selects whether the input is abnormal with the abnormal input contact a1 to a4 open or closed off factory preset before shipment abnormal in the open condition on abnormal in the closed condition the relationship between each switch and abnormal input is as described below input a1 ds2 1 input a2 ds2 2 input a3 ds2 3 input a4 ds2 4 p.135
- This equipment can use the addresses between 1 00 and 4 15 it is impossible to use address 5 00 and subsequent addresses and use any address in duplication example when the top address was set to 4 14 the number of facility equipment cannot be set to 4 in this case set it to 1 or 2 p.135
- Set the top address of this equipment with the diii net setting switch ds1 rs1 p.135
- Set address no low order with the centralized address setting switch rs1 referring to the table below set the address number low order address nos are 1 00 1 01 1 15 2 00 4 15 p.135
- Number of centralized addresses used the number of centralized addresses used is determined by the top address set in this paragraph and the number of facility equipment connected that is set in tp1 setting facility equipment quantity change paragraph p.135
- In this case it follows that this equipment uses address nos 1 08 to 1 11 4 numbers max p.135
- Example 1 when the top address was set to 1 00 and the number of facility equipment was set to 2 it follows that 1 00 and 1 01 are being used example 2 when the top address was set to 3 15 and the number of facility equipment was set to 4 it follows that 3 15 4 00 4 01 and 4 02 are being used p.135
- Ed721208 adaptor p.135
- Ds4 1 setting this switch selects the control output status after power failure occurred in this equipment and the power was recovered off factory preset before shipment the control power after power recovery is handled as stop output on the control output after power recovery is handled as output before power failure p.135
- Ds2 setting p.135
- Wiring with facility equipment p.136
- Wiring procedure p.136
- Part 5 installation manual p.137
- Safety precautions p.138
- Caution p.138
- Warning p.138
- Warning p.139
- Caution p.139
- Intelligent touch manager p.140
- Installation manual ed721208 p.140
- Installation 25 p.140
- Contents p.140
- Connection 14 p.140
- Before installation 7 p.140
- Ed721208 installation manual p.141
- Installation manual ed721208 p.142
- Checking that all accessories are included p.142
- Before installation p.142
- Intelligent touch manager body p.143
- Installation manual 3p291714 1 dcm601a51 intelligent touch manager english p.143
- Ed721208 installation manual p.143
- Wall mounting metal plate p.143
- Installation manual ed721208 p.144
- Installation manual 3p291714 1 dcm601a51 intelligent touch manager p.144
- Frame bracket p.144
- English p.144
- Angle bracket p.144
- Rear face p.145
- Ed721208 installation manual p.145
- Installation manual ed721208 p.146
- Side face p.147
- Routing of cables p.147
- Ed721208 installation manual p.147
- Installation manual ed721208 p.148
- Ed721208 installation manual p.149
- Connection p.149
- Installation manual ed721208 p.150
- Ed721208 installation manual p.151
- Installation manual ed721208 p.152
- Connecting a lan cable p.152
- Ed721208 installation manual p.153
- Installation manual ed721208 p.154
- Ed721208 installation manual p.155
- Installation manual ed721208 p.156
- Ed721208 installation manual p.157
- Installation manual ed721208 p.158
- Ed721208 installation manual p.159
- Parts to be used p.160
- Installation manual ed721208 p.160
- Installation p.160
- Parts to be used p.161
- Ed721208 installation manual p.161
- Installation manual ed721208 p.162
- Ed721208 installation manual p.163
- Installation manual ed721208 p.164
- Parts to be used p.165
- Ed721208 installation manual p.165
- Installation manual ed721208 p.166
- Ed721208 installation manual p.167
- Installation manual ed721208 p.168
- Ed721208 installation manual p.169
- Installation manual ed721208 p.170
- Assigning a diii net address for each air conditioner p.170
- Ed721208 installation manual p.171
- Installation manual ed721208 p.172
- Ed721208 installation manual p.173
- Installation manual ed721208 p.174
- Ed721208 installation manual p.175
- Installation manual ed721208 p.176
- Procedure p.176
- Itm plus adaptor p.177
- Installation 22 p.177
- Contents p.177
- Connection 12 p.177
- Before installation 7 p.177
- Installation manual ed721208 p.178
- Checking that all accessories are included p.178
- Before installation p.178
- Front face of itm plus adaptor p.179
- Ed721208 installation manual p.179
- Installation manual ed721208 p.180
- Required space p.181
- Ed721208 installation manual p.181
- Installation manual ed721208 p.182
- Connection p.183
- Ed721208 installation manual p.183
- Installation manual ed721208 p.184
- Connecting intelligent touch manager p.184
- Ed721208 installation manual p.185
- Installation manual ed721208 p.186
- Ed721208 installation manual p.187
- Installation manual ed721208 p.188
- Ed721208 installation manual p.189
- Installation manual ed721208 p.190
- Ed721208 installation manual p.191
- Installation manual ed721208 p.192
- Installation p.193
- Installation procedure p.194
- Installation manual ed721208 p.194
- Ed721208 installation manual p.195
- Before installation 7 p.196
- Itm integrator p.196
- Installation manual ed721208 p.196
- Contents p.196
- Connection 14 p.196
- Ed721208 installation manual p.197
- Checking that all accessories are included p.197
- Before installation p.197
- Wall mounting metal plate p.198
- Itm integrator body p.198
- Installation manual ed721208 p.198
- Installation manual 3p291714 5 dcm601a53 itm integrator english p.198
- Installation manual 3p291714 5 dcm601a53 itm integrator p.199
- Frame bracket p.199
- English p.199
- Ed721208 installation manual p.199
- Angle bracket p.199
- Rear face p.200
- Installation manual ed721208 p.200
- Ed721208 installation manual p.201
- Side face p.202
- Routing of cables p.202
- Installation manual ed721208 p.202
- Ed721208 installation manual p.203
- Installation manual ed721208 p.204
- Connection p.204
- Ed721208 installation manual p.205
- Connecting a lan cable p.205
- Installation manual ed721208 p.206
- Ed721208 installation manual p.207
- Installation manual ed721208 p.208
- Part 6 commissioning manual p.209
- About the itm intelligent touch manager p.210
- System overview p.210
- Service settings 3 p.210
- Names and functions p.210
- Intelligent touch manager p.210
- Engineering p.210
- Detailed screen description p.210
- Contents p.210
- Basic functions 3 p.210
- System settings 7 p.211
- Service settings 4 p.211
- Optional functions 4 p.211
- Operating optional functions 7 p.211
- Itm integrator explanation 09 p.211
- Itm integrator 09 p.211
- Ed721208 commissioning manual p.211
- Appendix 20 p.212
- Useful information 20 p.212
- System overview p.213
- About the itm intelligent touch manager p.213
- Various engineering works are necessary for using the itm p.214
- New installation without using the pre engineering tool p.214
- Engineering p.214
- Commissioning manual ed721208 p.214
- Carried out on site after installation p.214
- At the site p.214
- New installation by using the pre engineering tool p.215
- Ed721208 commissioning manual p.215
- At the site p.215
- Commissioning manual ed721208 p.216
- 2 logging into service mode p.216
- Basic functions p.218
- 1 setup screen structure p.218
- Names and functions p.218
- Detailed screen description p.218
- Ed721208 commissioning manual p.219
- 2 service settings tab p.219
- Commissioning manual ed721208 p.220
- Ed721208 commissioning manual p.221
- 3 system settings tab p.221
- Service settings p.222
- Commissioning manual ed721208 p.222
- Basic functions p.222
- 1 mgmt point data regist p.222
- Registering a management point with the itm unit p.223
- Ed721208 commissioning manual p.223
- Commissioning manual ed721208 p.224
- Ed721208 commissioning manual p.225
- Commissioning manual ed721208 p.226
- Ed721208 commissioning manual p.227
- Commissioning manual ed721208 p.228
- Touching the check button 13 checks the content of the current settings data and displays the p.228
- No error is displayed if no error is found touch the close button to close the screen p.228
- If an error is found discards the edited content retained until then and restores the saved original data p.228
- Checking the setting results p.228
- Check results on the information check screen p.228
- Check items list p.228
- Ed721208 commissioning manual p.229
- Tabs and items displayed on the mng point attributes screen vary depending on the selected p.230
- Sets common items for a management point p.230
- Management point type set up by switching the displayed tabs as necessary p.230
- Displayed items vary depending on the management point type p.230
- Detailed mgmt point attributes screen and button descriptions p.230
- Common 1 tab p.230
- Commissioning manual ed721208 p.230
- The following describes the mng point attributes screen in detail p.230
- Sets up the port number and address to which the management point belongs p.231
- For the port number touch the modify button and enter it in the numerical input dialog that p.231
- For the address select it using the combo box p.231
- Ed721208 commissioning manual p.231
- Duplicated addresses cannot be registered all addresses must be different p.231
- Appears p.231
- 15 port no address combo box p.231
- Displays the management point id automatically allocated by the system however you cannot p.232
- Displays the detailed management point type however you cannot modify it here p.232
- Commissioning manual ed721208 p.232
- 20 icon p.232
- 19 detailed info p.232
- 18 name p.232
- Touch the modify button and set the icon in the icon setup screen that appears p.232
- 17 mgmt pt id p.232
- Touch the modify button and enter the value in the text input dialog that appears p.232
- 16 detailed type p.232
- Touch the modify button and enter the name in the name input dialog that appears p.232
- The number of characters you can enter is 0 to 50 irrespective of single or double byte p.232
- Specify a name for the management point using 1 to 12 characters irrespective of single or p.232
- Sets up the management point name p.232
- Sets up the icon for the management point p.232
- Set up information about the management point as necessary p.232
- Modify it here p.232
- Double byte p.232
- Ed721208 commissioning manual p.233
- Commissioning manual ed721208 p.234
- Ed721208 commissioning manual p.235
- Commissioning manual ed721208 p.236
- Ed721208 commissioning manual p.237
- Commissioning manual ed721208 p.238
- Ed721208 commissioning manual p.239
- Commissioning manual ed721208 p.240
- Acceptable range for each numeric value p.240
- Ed721208 commissioning manual p.241
- Commissioning manual ed721208 p.242
- Ed721208 commissioning manual p.243
- Commissioning manual ed721208 p.244
- The following table shows the csv format for management point data registration p.245
- Only the area used by the system and the header portion are output p.245
- Management point data is registered can be used as a template for new implementations since p.245
- Ed721208 commissioning manual p.245
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 36 p.245
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 37 p.246
- Commissioning manual ed721208 p.246
- Ed721208 commissioning manual p.247
- 2 other setting p.247
- Commissioning manual ed721208 p.248
- 3 diii net engineering p.248
- This itm is not displayed in 4 p.249
- That can be installed together are as follows p.249
- Range limit p.249
- Pressing the refresh button 5 updates 3 and 4 touching the ok button displays a p.249
- Port selected in 3 p.249
- If you install or uninstall another controller please review the configuration of the setpoint p.249
- Ed721208 commissioning manual p.249
- 3 is a list of connector plugs for each itm port 4 is a list of central units recognized on the p.249
- Commissioning manual ed721208 p.250
- 5 changeover option p.250
- 4 time zone p.250
- Maintenance a group address of a connected unit under maintenance p.251
- Changeover option for the other indoor units in the same refrigeration system also becomes p.251
- 2 comm err group address of the connected unit with communication error p.251
- 1 is an air conditioner list displaying all group addresses when no management points are p.251
- The release button 3 the changeover option becomes selectable at that moment the p.251
- The displayed contents are as indicated in the table below p.251
- Settings button 2 the changeover option becomes able at that moment the changeover p.251
- Selectable touching the refresh button 4 updates the contents displayed in 1 close the p.251
- Select the indoor unit for which you want to set the changeover option from 1 and touch the p.251
- Select the indoor unit for which you want to release the changeover option from 1 and touch p.251
- Screen using the close button p.251
- Registered columns other than group addr are displayed blank p.251
- Ed721208 commissioning manual p.251
- Commissioning manual ed721208 p.252
- 6 history mgmt delete p.252
- Ed721208 commissioning manual p.253
- 7 pre engineering p.253
- Relationship between the assumed scenario and functions p.254
- Commissioning manual ed721208 p.254
- To use the pre engineering tool a separate pc is necessary the requirements for the pc are as p.255
- Start up the pre engineering tool on the pc p.255
- Pc requirement for running the pre engineering tool p.255
- Indicated in the table below p.255
- Ed721208 commissioning manual p.255
- Download the pre engineering tool from the distributor s page p.255
- Displaying the main screen p.255
- Main screen p.256
- Commissioning manual ed721208 p.256
- Scenario 1 installation to new property p.257
- Ed721208 commissioning manual p.257
- Screen of demo version for pc p.258
- Commissioning manual ed721208 p.258
- Ed721208 commissioning manual p.259
- Commissioning manual ed721208 p.260
- Ed721208 commissioning manual p.261
- Commissioning manual ed721208 p.262
- Scenario 3 restore with existing property s backup data p.263
- Ed721208 commissioning manual p.263
- Scenario 4 implementation of new functions due to existing property s upgrade p.264
- Commissioning manual ed721208 p.264
- 8 upgrade p.264
- Ed721208 commissioning manual p.265
- 9 backup p.265
- Commissioning manual ed721208 p.266
- Ed721208 commissioning manual p.267
- 10 installation p.267
- Commissioning manual ed721208 p.268
- Ed721208 commissioning manual p.269
- 11 contact info p.269
- Caution p.271
- 12 setting outdoor unit p.271
- Ed721208 commissioning manual p.271
- Use internal pi or such other functions processed based on information from the outdoor units you p.272
- There are two jumper pins to be cut so be sure to cut both of p.272
- The total number of outdoor units connected to the diii net expander adapter whose j1 p.272
- The jumper pin to be cut is j1 only p.272
- Table of types p.272
- Precautions when using diii net expander adapter p.272
- Need to cut the jumper pin of the diii net expander adapter p.272
- Jumper pins were cut and those directly connected to itm should be 10 or less p.272
- Intended functions monitoring of outdoor units energy navigator and leakage detection p.272
- In the application using the diii net expander adapter if you monitor the outdoor units or p.272
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 63 p.272
- Commissioning manual ed721208 p.272
- Ed721208 commissioning manual p.273
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 64 p.273
- Commissioning manual ed721208 p.274
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 65 p.274
- Ed721208 commissioning manual p.275
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 66 p.275
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 67 p.276
- Commissioning manual ed721208 p.276
- Ed721208 commissioning manual p.277
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 68 p.277
- Service settings p.278
- Optional functions p.278
- Entering the activation key p.278
- Acquiring the activation key p.278
- 1 activation p.278
- Ed721208 commissioning manual p.279
- Commissioning manual ed721208 p.280
- 2 dealer option setup p.280
- 1 network p.281
- System settings p.281
- Operating optional functions p.281
- Commissioning manual ed721208 p.282
- Ed721208 commissioning manual p.283
- To use the web remote management functions you need to separately prepare a pc and software p.284
- The itm can be remotely operated via the internet or local network p.284
- Such as a web browser the requirements for the pc are as indicated in the table below p.284
- Procedure p.284
- For settings necessary on the itm unit see 6 1 network this chapter describes the pc setup p.284
- Commissioning manual ed721208 p.284
- 2 web remote management p.284
- Ethernet cables use for connecting networks come in two types straight and cross connect the pc p.285
- Ed721208 commissioning manual p.285
- Connecting the pc and itm p.285
- Connect the pc and itm unit into a network using an ethernet cable p.285
- And itm unit by referring to the connection diagrams below p.285
- When connecting the pc and itm via a hub p.285
- When connecting the pc and itm directly p.285
- Use a 100base tx or higher ethernet straight cable p.285
- Use a 100base tx or higher ethernet cross cable p.285
- Straight cable connection diagram cross cable connection diagram p.285
- Commissioning manual ed721208 p.286
- Checking the web browser and flash player versions p.286
- Setting up the ip address windows xp professional p.287
- Ed721208 commissioning manual p.287
- To connect to the itm via the internet ask its ip address and subnet mask to your network p.290
- Set them up as follows when connecting to the itm via local network p.290
- Properties and local area connection properties screens p.290
- Itm settings at shipment are as follows p.290
- Ip address 192 68 subnet mask 255 55 55 p.290
- Commissioning manual ed721208 p.290
- Administrator and set them up p.290
- Setting up the ip address windows vista business p.291
- Ed721208 commissioning manual p.291
- Commissioning manual ed721208 p.294
- Setting up the ip address windows 7 professional p.295
- Ed721208 commissioning manual p.295
- Precautions when using internet explorer on windows vista and windows 7 p.298
- Commissioning manual ed721208 p.298
- Network connection check p.299
- Ed721208 commissioning manual p.299
- Check whether the ethernet connection between a pc and itm is normal p.299
- Carry out the following procedure from the pc p.299
- Commissioning manual ed721208 p.300
- Logging into service mode via web remote management p.302
- Commissioning manual ed721208 p.302
- Itm integrator p.303
- 1 basic setup p.303
- Itm integrator explanation p.303
- Commissioning manual ed721208 p.304
- Ed721208 commissioning manual p.305
- Commissioning manual ed721208 p.306
- Ed721208 commissioning manual p.307
- To be made in the respective itm or from the itm integrator standard view screen by accessing p.308
- The respective itm p.308
- Set up the itm integrator unit p.308
- Service settings described in this chapter are for the itm integrator unit settings for itm units are p.308
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 114 p.308
- Commissioning manual ed721208 p.308
- 2 itm integrator service settings p.308
- Service settings tab menu list screen p.309
- Ed721208 commissioning manual p.309
- Controller access setup p.310
- Commissioning manual ed721208 p.310
- Ed721208 commissioning manual p.311
- Commissioning manual ed721208 p.312
- Ed721208 commissioning manual p.313
- Useful information p.314
- Commissioning manual ed721208 p.314
- Appendix p.314
- 1 troubleshooting p.314
- Ed721208 commissioning manual p.315
- Commissioning manual em11a021 dcm601a51 intelligent touch manager 121 p.315
- Layout screen creation tool p.316
- Itm layout screen creation tool p.316
- Contents p.316
- Commissioning manual ed721208 p.316
- Description of the tool set see the appropriate pages of the commissioning manual p.317
- Creation tool p.317
- Available with the layout screen functionality dealer option allows you to create layout screens in p.317
- You need a separate pc to run the layout screen creation tool p.317
- See the following table for the hardware and software requirements to run the layout screen p.317
- Layout screen creation tool p.317
- Ed721208 commissioning manual p.317
- Which contains the edit layout screen button p.318
- Use the following procedures to work with the layout screen creation tool p.318
- Main screen p.318
- Launching the layout screen creation tool p.318
- Enter daikin as the password and then click the ok button to bring up the following dialog box p.318
- Commissioning manual ed721208 p.318
- Click the four corners of the window in the ascending order of the numbers indicated on the p.318
- Ed721208 commissioning manual p.319
- Commissioning manual ed721208 p.320
- Button or press the appropriate key to perform your desired action p.320
- Are editing the screen in the operation pane 3 the display pane 4 provides a preview of how the p.320
- Alternatively you can point to a certain part on the display pane 4 and then click the right mouse p.320
- You are working within itm for more information see the user s manual em11a015 em11a017 p.320
- To edit the layout screen you can perform actions such as adding deleting or moving areas or p.320
- The following table provides a list of available mouse and keyboard actions p.320
- The edit screen window is divided into the operation pane 3 and the display pane 4 while you p.320
- Screen will be displayed on itm you can interact with the display pane 4 in the same way as when p.320
- Mouse and keyboard actions p.320
- Management points by left clicking the appropriate buttons in the operation pane 3 p.320
- Setting up the screen p.321
- Ed721208 commissioning manual p.321
- Commissioning manual ed721208 p.322
- Ed721208 commissioning manual p.323
- Make the setting of changable screens according to the customer demand p.324
- In the example above changing to the screen d is possible only from the screen a p.324
- Example p.324
- Commissioning manual ed721208 p.324
- Changable screens p.324
- By using the screen change list setting you can limit the screen change for example changing p.324
- You need to make the screen change list setting for each screen p.324
- Screen d p.324
- Screen c p.324
- Screen b p.324
- Screen a p.324
- Only the screens shown in the list p.324
- Ed721208 commissioning manual p.325
- Adding and editing areas or management points p.325
- Commissioning manual ed721208 p.326
- Ed721208 commissioning manual p.327
- Commissioning manual ed721208 p.328
- Exporting the screen data output p.329
- Ed721208 commissioning manual p.329
- Commissioning manual ed721208 p.330
- Ed721208 commissioning manual p.331
- Importing the layout screen data p.332
- Commissioning manual ed721208 p.332
- Itm external management points p.333
- External management points p.333
- Contents p.333
- Maximum number of points per external i o system p.334
- Maximum number of contacts per node p.334
- External management points p.334
- Commissioning manual ed721208 p.334
- Ed721208 commissioning manual p.335
- Management point mapping p.336
- Commissioning manual ed721208 p.336
- Supported i o modules p.337
- Ed721208 commissioning manual p.337
- Connection with itm p.338
- Commissioning manual ed721208 p.338
- Precautions for connecting modules to itm p.339
- Power supply p.339
- Modules that do not require a 24 v dc p.339
- Ed721208 commissioning manual p.339
- Registering external management points p.340
- Commissioning manual ed721208 p.340
- Ed721208 commissioning manual p.341
- Commissioning manual ed721208 p.342
- Ed721208 commissioning manual p.343
- Commissioning manual ed721208 p.344
- Ed721208 commissioning manual p.345
- Commissioning manual ed721208 p.346
- Ed721208 commissioning manual p.347
- 26 minimum value maximum value p.348
- 25 unit type p.348
- 24 analog type p.348
- Commissioning manual external management points em11a026 dcm601a51 intelligent touch manager 16 p.348
- Commissioning manual ed721208 p.348
- Ed721208 commissioning manual p.349
- Commissioning manual external management points em11a026 dcm601a51 intelligent touch manager 18 p.350
- Commissioning manual ed721208 p.350
- Itm power proportional distribution setup p.351
- Contents p.351
- Commissioning for power proportional distribution p.351
- Preparation for commissioning p.352
- Precautions to take before commissioning p.352
- Commissioning manual ed721208 p.352
- Commissioning for power proportional distribution p.352
- Ed721208 commissioning manual p.353
- Groups p.354
- Commissioning manual ed721208 p.354
- Ed721208 commissioning manual p.355
- Commissioning manual ed721208 p.356
- Ed721208 commissioning manual p.357
- Commissioning manual ppd em11a027 dcm601a51 intelligent touch manager 8 p.358
- Commissioning manual ed721208 p.358
- Commissioning manual ed721208 p.360
- Ed721208 commissioning manual p.361
- Commissioning manual ed721208 p.362
- Ed721208 commissioning manual p.363
- Commissioning manual ed721208 p.364
- Ed721208 commissioning manual p.365
- Commissioning manual ed721208 p.366
- Ed721208 commissioning manual p.367
- Commissioning manual ed721208 p.368
- Ed721208 commissioning manual p.369
- Commissioning manual ed721208 p.370
- Ed721208 commissioning manual p.371
- Commissioning manual ed721208 p.372
- Ed721208 commissioning manual p.373
- Commissioning manual ed721208 p.374
- Ed721208 commissioning manual p.375
- Commissioning manual ed721208 p.376
- Ed721208 commissioning manual p.377
- Commissioning manual ed721208 p.378
- Ed721208 commissioning manual p.379
- Commissioning manual ed721208 p.380
- Ed721208 commissioning manual p.381
- Commissioning manual ed721208 p.382
- Ed721208 commissioning manual p.383
- Commissioning manual ed721208 p.384
- Temporary power consumptio p.385
- Ed721208 commissioning manual p.385
- 43 update 44 p.386
- Commissioning manual ed721208 p.386
- Save setup 45 p.387
- Heater p.387
- Ed721208 commissioning manual p.387
- Calculating state p.387
- Calc type p.387
- Automatic distribution p.387
- Commissioning manual ed721208 p.388
- Ed721208 commissioning manual p.389
- Itm energy navigator setup p.390
- Energy navigator setup p.390
- Contents p.390
- Commissioning manual ed721208 p.390
- Energy navigator setup p.391
- Ed721208 commissioning manual p.391
- Commissioning manual ed721208 p.392
- Ed721208 commissioning manual p.393
- Commissioning manual energy navigator setup em11a028 dcm601a51 intelligent touch manager 4 p.393
- Commissioning manual energy navigator setup em11a028 dcm601a51 intelligent touch manager p.394
- Commissioning manual ed721208 p.394
- Ed721208 commissioning manual p.395
- Log into the service mode p.396
- Detailed view screen operational state p.398
- Commissioning manual ed721208 p.398
- Ed721208 commissioning manual p.399
- Commissioning manual ed721208 p.400
- Ed721208 commissioning manual p.401
- Data clear p.402
- Commissioning manual ed721208 p.402
- Cautions on product corrosion p.404
- Ask a qualified installer or contractor to install this product do not try to install the product yourself improper installation can result in water or refrigerant leakage electrical shock fire or explosion p.404
- 12 fs k p.404
- Use only those parts and accessories supplied or specified by daikin ask a qualified installer or contractor to install those parts and accessories use of unauthorised parts and accessories or improper installation of parts and accessories can result in water or refrigerant leakage electrical shock fire or explosion p.404
- Read the user s manual carefully before using this product the user s manual provides important safety instructions and warnings be sure to follow these instructions and warnings p.404
- If you have any enquiries please contact your local importer distributor and or retailer p.404
- Ed721208 p.404
- Daikin products are manufactured for export to numerous countries throughout the world prior to purchase please confirm with your local authorised importer distributor and or retailer whether this product conforms to the applicable standards and is suitable for use in the region where the product will be used this statement does not purport to exclude restrict or modify the application of any local legislation p.404
- Naamloze vennootschap zandvoordestraat 300 b 8400 oostende belgium www daikin eu be 0412 120 336 rpr oostende p.405
- Eeden13 721208 10 12 copyright daikin printed on non chlorinated paper prepared by goekint graphics nv belgium responsible editor daikin europe n v zandvoordestraat 300 b 8400 oostende p.405
- Daikin products are distributed by p.405
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Explore the essential features and operational guidelines for wiring adaptors in electrical systems. Ensure optimal performance and safety with proper wiring practices.