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installation manual

 

22

 

 

 

 

Horsepower set

 

Base on different purposes to set the switch codes on the main 
boards of indoor unit, once finish the setting, please cut off the 
main power, and then switch on the power again. Otherwise, 
setting functions could not work.

 

Horsepower code

 

 
 

 

 
 

 

Fig.12-1

 

ENC1 is used for setting the refrigeration capacity (refer to 
Table.12-1 for different indoor unit) of the indoor unit.

 

 

Table.12-1

 

 

ENC1(system A)

 

Toggle switch

 

For set horsepower

 

 
 
 
 
 
 

 

Note: The horsepower 
has been set before 
leaving the factory, 
anyone can’t

 

modify it except the 
maintenance person.

 

Code

 

Capacity(Horsepower)

 

0

 

2200W(0.8HP)

 

1

 

2800W(1.0HP)

 

2

 

3600W(1.2HP)

 

3

 

4500W(1.5HP)

 

4

 

5600W(2.0HP)

 

5

 

7100W(2.5HP)

 

6

 

8000W(3.0HP)

 

7

 

9000W(3.2HP)

 

 

8

 

10000W(4.0HP)

 

11200W(4.0HP)

 

 

9

 

12500W(5.0HP)

 

14000W(5.0HP)

 

A

 

16000W(6.0HP)

 

 

200T1(8.0HP): Please dial switch ENC1 to B for system A and 

8 for system B.

 

250T1(9.0HP): Please dial switch ENC1 to C for system A and 

9 for system B.

 

280T1(10.0HP): Please dial switch ENC1 to D for system A and 

9 for system B.

 

 

 

Static Pressure set

 

 
 
 
 
 
 

Fig.12-2

 

ENC2 is used for setting the static pressure (refer to 
Table.12-2 for different indoor unit) of the indoor unit.

 

●  The static pressure in below table is the optimal static pressure 

range which means the airflow, noise, and dehumidification are 
all in the best state. 

Table.12-2

 

 

ENC2

 

7.1kw

 

8.0kw

 

9.0kw

 

11.2kw

 

14kw

 

16kw

 

20kw

 

25kw

 

28kw

 

0

 

0

20Pa

 

40

60Pa

 

1

 

21

80Pa

 

61

120Pa

 

2

 

81

120Pa

 

121

170Pa

 

3

 

121

170Pa

 

171

200Pa

 

4

 

171

200Pa

 

\

 

 

Network Address Setting

 

When V4+ outdoor unit set the code to be found address

 

automatically, the new V4+ indoor unit do not need to set the 
indoor unit address, at this time the V4+ outdoor unit will

 

distribute different addresses for indoor units automatically.

 

 

When V4+ outdoor unit set the code to be found address

 

non-automatically, all the indoor units must set the system 
addresses by remote controller first (For the setting system

 

address of indoor unit which has two or more main boards, it has 
to separate use the display board connected with ten-

 

core connecting wire to set address for each mainboard ,and the 
address should be continuous).

 

 

The setting of network address is through the

 

communication of indoor and outdoor units, its address is the 
same as the indoor unit system address, and not need to set 
separate.

 

 

When all indoor units are V4+ series indoor unit, the central 
controlling of indoor unit can be finished in the outdoor unit, and 
not need to make central control in the indoor unit, the detail 
please refers to the V4+ outdoor unit instruction ma nual;.

 

 

For the previous indoor unit’s central control function, can

 

use (X, Y, E) terminal to connect and form the central control 
group, at this time there is not need to set the network

 

address, and also can use outside setting network module, 
mainboard (CN20) to form network.

 

Mainboard codes indication label For 
71/80/90/112/140/160 models

 

SW 2  Difinition

 

 

SW2

 

ON

 

1 2

 

l

 

00 means shutting down the 

unit to"stop cold air" at 15

 

SW2

 

ON

 

1 2

 

l

 

01 means shutting down the 

unit to"stop cold air" at 20

 

SW2

 

ON

 

1 2

 

l

 

10 means shutting down the 

unit to"stop cold air" at 24

 

SW2

 

ON

 

1 2

 

l

 

11 means shutting down the 

unit to"stop cold air" at 26

 

SW 3  Difinition

 

 

SW3

 

ON

 

1 2

 

l

 

00 means the time of stopping 
TERMAL fan is 4 mintues

 

SW3

 

ON

 

1 2

 

l

 

01 means the time of stopping 
TERMAL fan is 8 mintues

 

SW3

 

ON

 

1 2

 

l

 

10 means the time of stopping 

TERMAL fan is 12 mintues

 

SW3

 

ON

 

1 2

 

l

 

11 means the time of stopping 

TERMAL fan is 16 mintues

 

NOTE

 

 

ENC1

 

 

 

ENC2

 

 

1

 

1

 

2

 

2

 

3

 

3

 

4

 

4

 

5

 

5

 

6

 

6

 

7

 

7

 

8

 

8

 

9

 

9

 

A

 

A

 

B

 

B

 

C

 

C

 

D

 

D

 

E

 

E

 

F

 

F

 

Summary of Contents for KPDHF-71 DN3.0

Page 1: ...0 DN3 0 KPDHF 160 DN3 0 KPDHF 200 DN3 0 KPDHF 250 DN3 0 KPDHF 280 DN3 0 The Digital Scroll and DC AC Inverter share the same indoor units Thank you very much for purchasing our air conditioner Before...

Page 2: ...MD14I 041FW DZ2 16100101A01132...

Page 3: ...nce and knowledge unless they have been given supervision or instruction concerning use of the appliance by a person responsible for their safety Children should be supervised to ensure that they do n...

Page 4: ...ive and negative poles are in right positions when loading batteries 4 INDOOR UNIT INSTALLATION Installing 10 Hanging Screw Bolts 4 Bolts Please refer to the following figure for the distance measurem...

Page 5: ...eel refer to Fig 4 4 Overhanging the indoor unit Fig 4 4 Fig 4 7 Overhang the indoor unit onto the hanging screw bolts with block Position the indoor unit in a flat level by using the level indicator...

Page 6: ...ONNECTION SAFETY DRAIN CONNECTING PIPE AIR OUTLET 255 33 65 722 65 Fig 4 9 14 16KW 135 930 88 Unit mm PLASTIC COVER 68 24 46 ELECTRICAL CONTROL BOX 4 12 25OBLONGSUSPENTIONBOLTHOLES AIR INTAKE CONNECTI...

Page 7: ...w as Fig 4 11 SafetyDrainTray Fig 4 12 2 Remove the all 11 screw from fixed Safety Drain Tray and then take off the tray as figure showed in Fig 5 11 3 Take off the tray along the direction of the arr...

Page 8: ...all 4 bolts from reinforced panel and take off the panel 3 Refer to Fig 4 13 remove all 4 bolts from fan assembly see Fig 4 14 according to which orders to take off the fanassembly 4 Refer to Fig 4 1...

Page 9: ...11 screw from fixed Safety Drain Tray and then take off the tray as figure showed inFig 4 16 3 Take off the tray along the direction of the arrow show in Fig 4 16 4 Clean the tray and evaporator 5 Re...

Page 10: ...m fan assembly see Fig 4 18 according to which orders to take off the fan assembly 3 Refer to Fig 4 18 horizontal pushing the fan assembly until it cannot not move any further and then lift up slightl...

Page 11: ...nnection 9 52 3 8 Refrigerant pipe flared connection 16 5 8 Air intake duct flange 1270 Connecting point of drain pipe 43 125 100 Air intake 936 200 Fig 4 19 The method of installation adopt following...

Page 12: ...onfirm that there is enough room for installation and mainte nance Maintenance roomage Maintenance roomage motor assembly bottom cover plate screw Confirm the minimum drain tilt is 1 100 or more check...

Page 13: ...ut dust filter dust adherent on the air heat exchanger may cause failure and water leak Key points of duct connection Canvas tie in Canvas tie in Fig 7 1 Other assemblies should be prepared on spot ex...

Page 14: ...12 9KW model fan curve the static pressure refer to Table 12 2 Low fan speed High fan speed Fig 7 7 Fig 7 5 11 2KW model fan curve the static pressure refer to Table 12 2 Middle fan speed Fig 7 6 Hig...

Page 15: ...installation manual 13 Middle fan speed 14KW model fan curve the static pressure refer to Table 12 2 High fan speed Low fan speed Fig 7 9 Fig 7 10 Middle fan speed Fig 7 11 Fig 7 12...

Page 16: ...installation manual 14 Low fan speed Middle fan speed Fig 7 13 16KW model fan curve the static pressure refer to Table 12 2 Low fan speed Fig 7 15 High fan speed Fig 7 16 Fig 7 14...

Page 17: ...20KW model fan curve the static pressure refer to Table 12 2 Low fan speed High fan speed Fig 7 19 Middle fan speed Fig 7 17 25KW 28KW model fan curve the static pressure refer to Table 12 2 High fan...

Page 18: ...1 Hang the outside frame on the main body with face down 4 places at 4 corners Hang the belt on the hook of the main body Low fan speed Fig 7 22 The signal wire of the remote control receiver must be...

Page 19: ...urities may enter the pipe system and may cause malfunction later So please expel the air out of the pipe with refrigerant before connection Expel the air refer to the Expel The Air after connectingth...

Page 20: ...pipe cutter Insert a flare nut into a pipe and flare the pipe lean crude burr 9 2 Check The Leakage Fig 9 1 Fasten the nut Put the connecting tubing at the proper position wrench the nuts with hands...

Page 21: ...l should be more than 50mm and the drain pipe cannot put in water If the drain water was discharged to ditch directly the drain pipe must be upward bent into a U type water seal to avoid odor into the...

Page 22: ...itioners The wiring of 71T1 to 160T1 indoor unit please refer to Fig 11 3 and Fig 11 4 is the wiring for 200T1 250T1 and 280T1 indoor unit Table 11 1 Capacity KW 71 80 90 112 140 160 200 250 280 Power...

Page 23: ...DOOR COMM BUS POWER INPUT Y G For 200 250 280 models TA A T1 A T2 A T2B A XP4 XS4 XP5 XS5 OLD DISPLAY BOARD WIRE CONTROLLER DC FAN TA B T1 B T2 B T2B B WHITE BLACK CN23 CN24 CN25 CN26 CN15 CN10 CN16 W...

Page 24: ...ll distribute different addresses for indoor units automatically When V4 outdoor unit set the code to be found address non automatically all the indoor units must set the system addresses by remote co...

Page 25: ...ing SW6 ON 1234 l reserved For B SYSTEM SW 1 Difinition SW 2 Difinition SW3 ON 1 2 l 00 means the time ofstopping TERMAL fan is 4 mintues SW3 ON 1 2 l 01 means the time ofstopping TERMAL fan is 8 mint...

Page 26: ...rtfunction J2 l r eserve d 0 1 Definition ON l means 0 ON l means 1 Please adjust the code ENC1 to the suitable position both system A and B should be adjusted for 200T1 250T1 and 280T1 indoor unit Th...

Page 27: ...rement install the remotecontroller frame where the remote controller s signal can reach the indoor unit smoothly Test operation Set the air conditioner under the mode of COOLING with the remotecontro...

Page 28: ......

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