Design Technical Manual
Table Of Contents
- CHAPTER00
- CHAPTER01_General_information
- CHAPTER02_Model_selection
- 1. MODEL SELECTION PROCEDURE
- 2. MODEL LINE UP
- 3. MODEL SELECTION AND CAPACITY CALCULATION
- 4. CAPACITY TABLE COOLING (OUTDOOR UNIT)
- 5. CAPACITY TABLE HEATING (OUTDOOR UNIT)
- 6. CAPACITY COMPENSATION COEFFICIENT
- 7. CAPACITY TABLE COOLING (INDOOR UNIT)
- 7-1. COMPACT CASSETTE TYPE
- 7-2. CIRCULAR FLOW CASSETTE TYPE
- 7-3. CASSETTE TYPE
- 7-4. MINI DUCT TYPE
- 7-5. SLIM DUCT / SLIM CONCEALED FLOOR TYPE
- 7-6. MEDIUM STATIC PRESSURE DUCT TYPE
- 7-7. HIGH STATIC PRESSURE DUCT TYPE
- 7-8. VERTICAL AIR HANDLER TYPE
- 7-9. COMPACT FLOOR TYPE
- 7-10. FLOOR / CEILING TYPE
- 7-11. CEILING TYPE
- 7-12. WALL MOUNTED TYPE
- 8. CAPACITY TABLE HEATING (INDOOR UNIT)
- 8-1. COMPACT CASSETTE TYPE
- 8-2. CIRCULAR FLOW CASSETTE TYPE
- 8-3. CASSETTE TYPE
- 8-4. MINI DUCT TYPE
- 8-5. SLIM DUCT / SLIM CONCEALED FLOOR TYPE
- 8-6. MEDIUM STATIC PRESSURE DUCT TYPE
- 8-7. HIGH STATIC PRESSURE DUCT TYPE
- 8-8. VERTICAL AIR HANDLER TYPE
- 8-9. COMPACT FLOOR TYPE
- 8-10. FLOOR / CEILING TYPE
- 8-11. CEILING TYPE
- 8-12. WALL MOUNTED TYPE
- CHAPTER03_Outdoor_units
- CHAPTER04_Indoor_units
- CHAPTER05_Control_system
- 1. CONTROL SYSTEM
- 2. CONTROL UNITS
- 2-1. SYSTEM CONTROLLER
- 2-2. SYSTEM CONTROLLER LITE
- 2-3. TOUCH PANEL CONTROLLER
- 2-4. CENTRAL REMOTE CONTROLLER
- 2-5. WIRED REMOTE CONTROLLER (Touch panel)
- 2-6. WIRED REMOTE CONTROLLER
- 2-7. SIMPLE REMOTE CONTROLLER (With Operation mode)
- 2-8. SIMPLE REMOTE CONTROLLER (Without Operation mode)
- 2-9. WIRELESS REMOTE CONTROLLER
- 2-10. IR RECEIVER UNIT (for ALL DUCT TYPE)
- 2-11. IR RECEIVER UNIT (for CASSETTE TYPE)
- 2-12. IR RECEIVER UNIT (for CIRCULAR FLOW CASSETTE TYPE)
- 2-13. HUMAN SENSOR KIT (for CIRCULAR FLOW CASSETTE TYPE)
- 2-14. REMOTE SENSOR UNIT
- 2-15. PRESSURE SENSOR KIT
- 2-16. GROUP CONTROL METHOD
- 2-17. COMPARISON TABLE OF CONTROLLERS
- 3. ADAPTOR / CONVERTOR UNITS
- 4. SERVICE & WEB MONITORING TOOL
- CHAPTER06_System_design
- CHAPTER07_Function_setting
- CHAPTER08_External_input_and_output
- CHAPTER09_Notes
- CHAPTER10_Optional_parts
- CHAPTER99
CAUTION
For proper operation, adhere to all “piping limitations”.
z
Allowable height dierence:
If the height dierence between the indoor unit and outdoor unit is larger than the allowable value:
¾
The pressure loss will be larger → Insucient cooling and heating
¾
The refrigerant in liquid pipe will ush → Refrigerant ow noise generate at indoor unit
¾
The refrigerant oil will not return → Insucient refrigerant oil resulting in compressor damage
If the height dierence between indoor unit, between RB unit, or between RB unit and indoor unit
is larger than the allowable value:
¾
The refrigerant ow balance will be poor → Insucient cooling and heating (poor balance)
¾
Refrigerant oil will collect in the piping or non-operating indoor units
→ Insucient refrigerant oil resulting in compressor damage
z
Pipe length:
If the pipe length is longer than prescribed:
¾
The pressure loss will be larger → Insucient cooling and heating
¾
Too much refrigerant will be charged → Liquid backs up resulting in compressor damage
¾
The refrigerant oil will not return → Insucient refrigerant oil resulting in compressor damage
z
Pipe size:
If the pipe size is larger than designated size:
¾
The refrigerant ow velocity will drop. Refrigerant oil will not return to the outdoor unit.
→ Insucient refrigerant oil resulting in compressor damage
¾
The refrigerant in liquid pipe will ush easily → Insucient cooling and heating
If the pipe size is smaller than designated size:
¾
The refrigerant circulation volume will drop → Insucient cooling and heating
¾
The pressure loss will be larger → Insucient cooling and heating
z
Indoor unit connected capacity:
If the indoor unit connected capacity is larger than the system capable capacity:
¾
Insucient system performance → Insucient cooling and heating
¾
When heating, refrigerant will collect in non-operating indoor units resulting in an insucient
refrigerant circulation volume → Insucient 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 outdoor unit
→ Continuous operation will become dicult due to the outdoor unit stopping due to high
head pressure. Also, excessive noise will be generated by the refrigerant ow when in heating
mode.
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SYSTEM
DESIGN
SYSTEM
DESIGN