CAUTION
Keep the "piping limitation" for correct operation.
z
Allowable height difference:
If the height difference between the indoor unit and outdoor unit is larger than the allowable value:
¾
The pressure loss will be larger → Insufficient cooling and heating
¾
The refrigerant in liquid pipe will flush → Refrigerant flow noise generate at indoor unit
¾
The refrigerant oil will not return → Insufficient refrigerant oil resulting in compressor damage
If the height difference between indoor unit is larger than the allowable value:
¾
The refrigerant flow balance will be poor → Insufficient cooling and heating (poor balance)
¾
Refrigerant oil will collect in the piping or non-operating indoor units
→ Insufficient refrigerant oil resulting in compressor damage
z
Pipe length:
If the pipe length is longer than prescribed:
¾
The pressure loss will be larger → Insufficient cooling and heating
¾
Too much refrigerant will be charged → Liquid backs up resulting in compressor damage
¾
The refrigerant oil will not return → Insufficient refrigerant oil resulting in compressor damage
z
Pipe size:
If the pipe size is larger than designated size:
¾
The refrigerant flow velocity will drop. Refrigerant oil will not return to the outdoor unit.
→ Insufficient refrigerant oil resulting in compressor damage
¾
The refrigerant in liquid pipe will flush easily → Insufficient cooling and heating
If the pipe size is smaller than designated size:
¾
The refrigerant circulation volume will drop → Insufficient cooling and heating
¾
The pressure loss will be larger → Insufficient cooling and heating
z
Indoor unit connected capacity:
If the indoor unit connected capacity is larger than the system capable capacity:
¾
Insufficient system performance → Insufficient cooling and heating
¾
When heating, refrigerant will collect in non-operating indoor units resulting in an insufficient
refrigerant circulation volume → Insufficient cooling and heating
¾
The refrigerant oil will not return → Compressor damage
If the indoor unit connected capacity is too small compared to the system capacity:
¾
The liquid return will be too great → Compressor damage
¾
The refrigerant will concentrate in the operating unit
→ Continuous operation will become difficult due to triggering of the protection in response
to the pressure high-rise, etc., and noise will be generated by the refrigerant flow when heating
- (06 - 15) -
SY
ST
EM
DE
SIGN
SY
ST
EM
DE
SIGN
Содержание Airstage AGUA12TLAV1
Страница 1: ...Small VRF system for light commercial and home use DESIGN TECHNICAL MANUAL ...
Страница 22: ...1 GENERAL INFORMATION DTV_J2U045E_06 CHAPTER01 2018 03 16 ...
Страница 38: ...2 MODEL SELECTION DTV_J2U045E_05 CHAPTER02 2018 03 16 ...
Страница 113: ...3 OUTDOOR UNITS DTV_J2U045E_02 CHAPTER03 2016 04 13 ...
Страница 122: ...5 WIRING DIAGRAM MODELS AOU36RLAVM AOU48RLAVM 03 08 OUTDOOR UNITS OUTDOOR UNITS ...
Страница 123: ... MODELS AOU60RLAVM 03 09 OUTDOOR UNITS OUTDOOR UNITS ...
Страница 127: ... SOUND LEVEL CHECK POINT Microphone Airflow 39 3 8 in 1 m 03 13 OUTDOOR UNITS OUTDOOR UNITS ...
Страница 130: ...4 INDOOR UNITS DTV_VR2U025E_10 CHAPTER04 2018 01 26 ...
Страница 194: ... INSTALLATION PLACE Unit in mm 1 25 3 70 5 122 8 200 3 62 4 80 60 1 500 71 1 800 04 61 INDOOR UNITS INDOOR UNITS ...
Страница 203: ...4 WIRING DIAGRAMS 4 1 COMPACT CASSETTE TYPE MODEL AUUA4TLAV1 04 70 INDOOR UNITS INDOOR UNITS ...
Страница 204: ... MODELS AUUA7TLAV AUUA9TLAV AUUA12TLAV AUUA14TLAV AUUA18TLAV AUUA24TLAV 04 71 INDOOR UNITS INDOOR UNITS ...
Страница 206: ...4 3 CASSETTE TYPE MODELS AUUB18TLAV AUUB24TLAV AUUB30TLAV AUUB36TLAV 04 73 INDOOR UNITS INDOOR UNITS ...
Страница 207: ...4 4 MINI DUCT TYPE MODEL ARUL4TLAV1 04 74 INDOOR UNITS INDOOR UNITS ...
Страница 209: ...4 6 MEDIUM STATIC PRESSURE DUCT TYPE MODELS ARUM24TLAV ARUM30TLAV ARUM36TLAV 04 76 INDOOR UNITS INDOOR UNITS ...
Страница 210: ...4 7 HIGH STATIC PRESSURE DUCT TYPE MODELS ARUH36TLAV ARUH48TLAV ARUH60TLAV 04 77 INDOOR UNITS INDOOR UNITS ...
Страница 211: ... MODELS ARUH72TLAV1 ARUH96TLAV 04 78 INDOOR UNITS INDOOR UNITS ...
Страница 213: ...4 9 COMPACT FLOOR TYPE MODELS AGUA4TLAV1 AGUA7TLAV1 AGUA9TLAV1 AGUA12TLAV1 AGUA14TLAV1 04 80 INDOOR UNITS INDOOR UNITS ...
Страница 214: ...4 10 FLOOR CEILING TYPE MODELS ABUA12TLAV ABUA14TLAV ABUA18TLAV ABUA24TLAV 04 81 INDOOR UNITS INDOOR UNITS ...
Страница 215: ...4 11 CEILING TYPE MODELS ABUA30TLAV ABUA36TLAV 04 82 INDOOR UNITS INDOOR UNITS ...
Страница 216: ...4 12 WALL MOUNTED TYPE MODELS ASUA4TLAV1 ASUA7TLAV1 ASUA9TLAV1 04 83 INDOOR UNITS INDOOR UNITS ...
Страница 217: ... MODELS ASUA12TLAV1 ASUA14TLAV1 04 84 INDOOR UNITS INDOOR UNITS ...
Страница 218: ... MODELS ASUB18TLAV1 ASUB24TLAV1 04 85 INDOOR UNITS INDOOR UNITS ...
Страница 219: ... MODELS ASUB30TLAV1 ASUB36TLAV1 04 86 INDOOR UNITS INDOOR UNITS ...
Страница 220: ... MODELS ASUA7TLAV ASUA9TLAV ASUA12TLAV ASUA14TLAV 04 87 INDOOR UNITS INDOOR UNITS ...
Страница 221: ... MODELS ASUB18TLAV ASUB24TLAV 04 88 INDOOR UNITS INDOOR UNITS ...
Страница 361: ...5 CONTROL SYSTEM DTV_VR2U025E_14 CHAPTER05 2018 03 16 ...
Страница 563: ...6 SYSTEM DESIGN DTV_J2U045E_05 CHAPTER06 2017 12 26 ...
Страница 645: ...7 FUNCTION SETTING DTV_VR2U025E_12 CHAPTER07 2018 03 16 ...
Страница 819: ...8 EXTERNAL INPUT OUTPUT DTV_VR2U025E_08 CHAPTER08 2017 12 26 ...
Страница 878: ...9 NOTES DTV_VR2U025E_10 CHAPTER09 2017 12 26 ...
Страница 894: ...10 OPTIONAL PARTS DTV_VR2U025E_12 CHAPTER10 2018 03 16 ...
Страница 935: ...4 5 WIRING DIAGRAMS MODEL UTP RU01AH MODEL UTP RU01BH 10 40 OPTIONAL PARTS OPTIONAL PARTS ...
Страница 936: ... MODEL UTP RU01CH 10 41 OPTIONAL PARTS OPTIONAL PARTS ...
Страница 937: ... MODEL UTP RU04BH 10 42 OPTIONAL PARTS OPTIONAL PARTS ...