system appliances division training manual moderato-p/j -. aq09msb -. aq12msb -. aq18msb -. aq24msb
TRANSCRIPT
System Appliances Division
Training ManualTraining Manual
MODERATO-P/J -. AQ09MSB
-. AQ12MSB
-. AQ18MSB
-. AQ24MSB
CONTENTS
1. FEATURE
2. Structure
3. Connecting Diagram
5. Diagram Schematic
4. Control System
6. Error Mode
7. Troubleshooting
8. Working Principle
10. Disassembly and Assembly
9. Experimental Data
11. Refrigerating Cycle Diagram
Feature – 1. Development Background
1. ’06R HB-PJT
2. ’07R MODERATO-PJT
2007
SSEC
HB
MODERATO
EuropeEurope
Middle EastMiddle East
NewNew
AfricaAfrica
DROP
AsiaAsia
SGEC
2006
Feature – 2. Product Striking Concept
Feature – 3. Product Specification (1)
Specification
Feature – 3. Product Specification (2)
Specification
Feature – 5. Product Specification (3)
Feature – 5. Product Specification (4)
Feature – 5. Product Specification (5)
Feature – 5. Product Specification (6)
Feature – 6. Product Function (1)
Basic Function
Feature – 6. Product Function (2)
Feature – 6. Product Function (3)
Feature – 6. Product Function (4)
Feature – 6. Product Function (5)
Feature – 6. Product Function (6)
Feature – 6. Product Function (7)
Structure – The Development Figure (1)
Indoor Unit
Structure – The Development Figure (2)
Outdoor Unit (9, 12K)
Structure – The Development Figure (3)
Outdoor Unit (18K)
Structure – The Development Figure (4)
Outdoor Unit (24K)
Structure – The Development Figure (5)
Connecting Diagram
Indoor Main PCB
Connecting Diagram
Indoor Main PCB
Control System (1)
Automatic Operation
Control System (2)
Cooling Operation
Control System (3)
Heating Operation
Control System (4)
Turbo Operation
Diagram Schematic – 1. Indoor
Indoor Diagram
Diagram Schematic – 2. Outdoor
Outdoor Diagram
Diagram Schematic - 3. Circuit Diagram
Main Circuit Diagram
Diagram Schematic - 4. Circuit Explanation (1)
Indoor Fan Control
Diagram Schematic - 4. Circuit Explanation (2)
Indoor Stepping Motor Control
Error Mode
Error Mode (1)
Error Mode (2)
Error Mode (3)
Troubleshooting
Troubleshooting
Troubleshooting
Troubleshooting
Troubleshooting
Working Principle – 1. DISPLAY
Working Principle – 2. CROSS FAN DISASSEMBLING METHOD
The Indoor Cross Fan can be drown out by loosening 1 screwWithout disassembling other items (ex. Assy control in, Motor, Holder Motor etc.).
Experimental Data – 1. CAPACITY
These graphs show the relation between Length of
Connecting Pipe and Capacity in cooling and heating mode.
Cooling Capacity
6.3
6.4
6.5
6.6
7.5 15
Length of Connecting Pipe(m)
Cool
ing
Capa
city
(kW
)
Heating Capacity
6.6
6.7
6.8
6.9
7.5 15
Length of Connecting Pipe(m)
Heat
ing
Capa
city
(kW
)
Experimental Data – 2. Power Consumption
These graphs show the relation between Length of Connecting
Pipe and Power Consumption in cooling and heating mode.
Power Consumption(Cooling)
2470
2490
2510
2530
2550
2570
2590
7.5 15
Length of Connecting Pipe(m)
Pow
er C
onsu
mpt
ion(
W)
Power Consumption(Heating)
2540
2560
2580
2600
2620
2640
2660
2680
7.5 15
Length of Connecting Pipe(m)
Pow
er C
onsu
mpt
ion(
W)
Experimental Data – 3. Air Flow Rate (Air Volume)
These graphs show the relation between RPM and Air Flow Rate.
Air Volume according to the RPM variation (High/Mid/Low)
9
10
11
12
13
14
15
High Mid LowRPM
Air F
low
Rate
(m
3/m
in)
24000 BTU- Cooling 24000 BTU- Heating
Disassembly and Assembly – 1. Indoor (1)
Disassembly and Assembly – 1. Indoor (2)
Disassembly and Assembly – 1. Indoor (3)
Disassembly and Assembly – 2. Outdoor (1)
Disassembly and Assembly – 2. Outdoor (2)
Refrigerating Cycle Diagram