6. SYSTEM DESIGN
EXAMPLE3
When connection destination does not match.
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
Indoor
unit 1
Indoor
unit 2
Indoor
unit 3
Indoor
unit 4
Indoor
unit 5
Indoor
unit 6
Indoor
unit 7
Branch box 1 (Primary)
Branch box 2 (Secondary)
Branch box 3 (Secondary)
[Display (Check run ends)]
Branch box
1
Indoor unit
A
Branch box
3
Indoor unit
B
to
LED961
LED962
LED981
POWER
MODE
LED982
ERROR
[Coping process]
The wire connected to Terminal Indoor unit A of Branch box1(Primary) must be rewired to
Terminal Indoor unit B of Branch box 3(Secondary).
[After correcting wiring]
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
INDOOR UNIT A INDOOR UNIT B INDOOR UNIT C
Indoor
unit 1
Indoor
unit 2
Indoor
unit 3
Indoor
unit 4
Indoor
unit 5
Indoor
unit 6
Indoor
unit 7
Branch box 1 (Primary)
Branch box 2 (Secondary)
Branch box 3 (Secondary)
- (06 - 85) -
SY
S
T
E
M
DE
SIGN
SY
S
T
E
M
DE
SIGN
Summary of Contents for ARU12RLF
Page 3: ...1 GENERAL INFORMATION DTR_BMU001E_03 CHAPTER01 2010 08 25 Hybrid Flex Inverter System ...
Page 18: ...2 MODEL SELECTION DTR_BMU001E_04 CHAPTER02 2010 10 04 Hybrid Flex Inverter System ...
Page 38: ...3 OUTDOOR UNIT BRANCH BOX Hybrid Flex Inverter System DTR_BMU001E_04 CHAPTER03 2010 10 04 ...
Page 58: ...4 INDOOR UNITS Hybrid Flex Inverter System DTR_BMU001E_05 CHAPTER04 2010 11 12 ...
Page 116: ...5 CONTROL SYSTEM DTR_BMU001E_04 CHAPTER05 2010 10 04 Hybrid Flex Inverter System ...
Page 152: ...6 SYSTEM DESIGN DTR_BMU001E_04 CHAPTER06 2010 10 04 Hybrid Flex Inverter System ...
Page 287: ...7 OPTIONAL PARTS Hybrid Flex Inverter System DTR_BMU001E_03 CHAPTER07 2010 08 25 ...