IVT 09LR-N User manual

SERVICE MANUAL
12LRN
Parts marked with " " are important for maintaining the safety of the set. Be sure to replace these parts with specified ones for maintaining the
safety and performance of the set.
This document has been published to be used for
after sales service only.
The contents are subject to change without notice.
CHAPTER 1. SPECIFICATION
[1] SPECIFICATION ........................................... 1-1
[2] EXTERNAL DIMENSION ..............................1-3
[3] WIRING DIAGRAM .......................................1-4
[4] ELECTRICAL PARTS.................................... 1-4
CHAPTER 2. EXPLAMATION OF CIRCUIT AND OP-
ERATION
[1] BLOCK DIAGRAMS ...................................... 2-1
[2] MICROCOMPUTER CONTROL SYSTEM........2-3
[3] FUNCTION .................................................... 2-7
[4] OPERATION MANUAL................................2-16
CHAPTER 3. FUNCTION AND OPERATION OF PRO-
TECTIVE PROCEDURES
[1] PROTECTION DEVICE FUNCTIONS AND
OPERATIONS ...............................................3-1
[2] AIR TO AIR HEAT PUMP OPERATION IN
THERMISTOR ERROR................................. 3-3
[3] THERMISTOR TEMPERATURE CHAR-
ACTERISTICS...............................................3-5
[4] HOW TO OPERATE THE OUTDOOR
UNIT INDEPENDENTLY ...............................3-6
[5] GENERAL TROUBLESHOOTING CHART........ 3-6
[6] MALFUNCTION (PARTS) CHECK METH-
OD.................................................................. 3-8
[7] OUTDOOR UNIT CHECK METHOD ............3-11
[8] TROUBLESHOOTING GUIDE .................... 3-14
CHAPTER 4. REFRIGERATION CYCLE
[1] FLOW FOW REFRIGERANT ........................ 4-1
[2] STANDARD CONDITION .............................. 4-1
[3] TEMPERATURE AT EACH PART AND
PRESSURE IN 3-WAY VALVE....................... 4-1
[4] PERFORMANCE CURVES ........................... 4-2
CHAPTER 5. DISASSEMB LY PROCEDURE
[1] INDOOR UNIT ............................................... 5-1
[2] THE WIRE GUARD AND THE PLASM-
CLUSTER UNIT............................................. 5-4
[3] OUTDOOR UNIT ........................................... 5-6
Parts Guide
TopPage
CONTENTS
SPLIT TYPE
12LR-N
MODEL
In the interests of user-safety (Required by safety regulations in some
countries) the set should be restored to its original condition and only
parts identical to those specified should be used.
AIR TO AIR HEAT PUMP
09LR-N

12LRN
1 – 1
12LRN Service Manual
CHAPTER 1. SPECIFICATION
[1] SPECIFICATION
1. 12LR-N
NOTE: The conditions of star”✩” marked item are based on ‘EN14511’.
MODEL INDOOR UNIT OUTDOOR UNIT
ITEMS 12LR-N
Rated cooling capacity (Min– Max.) kW 3.50 (1.40 - 4.00)
Rated heating capacity (Min–Max.) kW 4.20 (1.40 - 6.00)
Moisture removal (at cooling) Liters/h 1.2
Electrical data
Phase 1
Rated frequency Hz 50
Rated voltage V 220-240
Rated current ☆
(Min - Max.)
Cool A 4.7 (2.0 - 6.3 )
Heat A 4.6( 1.7 - 8.2 )
Rated input ☆
(Min - Max.)
Cool W 980 (350- 1300)
Heat W 970 (290 - 1700)
Power factor ☆Cool % 91
Heat % 92
Maximum operating current A 9.1
Compressor Type Hermetically sealed rotary type
Model 5RS102XBE01
Oil charge RB68A 320cc
Refrigerant system Evaporator Louver Fin and Grooved tube type
Condenser Corrugate Fin and Grooved tube type
Control Expansion valve
Refrigerant (R410A) 1140g
De-lce system Micro computer controled reversed systems
Noise level
(at cooling)
High dB(A) 43 48
Low dB(A) – –
Soft dB(A) 27 –
Fan system
Drive Direct drive
Air flow quantity
(at cooling)
High m3/min. 9.8 32.5
Low m3/min. 7.5 –
Soft m3/min. 5.2 –
Fan Cross flow fan Propeller fan
Connections
Refrigerant coupling Flare type
Refrigerant tube size Gas, Liquid 3/8", 1/4"
Drain piping mm O.D 16
Others
Safety device Compressor: Thermistor
Fan motors: Inherent thermistor
Fuse, Micro computer control
Air filters Polypropylene net (Washable)
Net dimensions Width mm 770 780
Height mm 260 540
Depth mm 248 265
Net weight kg 9 34

12LRN
1 – 2
2. 09LR-N
NOTE: The conditions of star”✩” marked item are based on ‘EN14511’.
MODEL INDOOR UNIT OUTDOOR UNIT
ITEMS 09LR-N
Rated cooling capacity (Min– Max.) kW 2.50(1.40 - 3.00)
Rated heating capacity (Min–Max.) kW 3.20 (1.40 - 5.00)
Moisture removal (at cooling) Liters/h 0.8
Electrical data
Phase 1
Rated frequency Hz 50
Rated voltage V 220-240
Rated current ☆
(Min - Max.)
Cool A 2.9 (2.0 - 3.9 )
Heat A 3.4( 1.7 - 6.3 )
Rated input ☆
(Min - Max.)
Cool W 570 (350- 800)
Heat W 700 (290 - 1300)
Power factor ☆Cool % 85
Heat % 90
Maximum operating current A 8.1
Compressor Type Hermetically sealed rotary type
Model 5RS102XBE01
Oil charge RB68A 320cc
Refrigerant system Evaporator Louver Fin and Grooved tube type
Condenser Corrugate Fin and Grooved tube type
Control Expansion valve
Refrigerant (R410A) 1140g
De-lce system Micro computer controled reversed systems
Noise level
(at cooling)
High dB(A) 42 45
Low dB(A) – –
Soft dB(A) 26 –
Fan system
Drive Direct drive
Air flow quantity
(at cooling)
High m3/min. 9.4 28.3
Low m3/min. 7.0 –
Soft m3/min. 4.7 –
Fan Cross flow fan Propeller fan
Connections
Refrigerant coupling Flare type
Refrigerant tube size Gas, Liquid 3/8", 1/4"
Drain piping mm O.D 16
Others
Safety device Compressor: Thermistor
Fan motors: Inherent thermistor
Fuse, Micro computer control
Air filters Polypropylene net (Washable)
Net dimensions Width mm 770 780
Height mm 260 540
Depth mm 248 265
Net weight kg 9 34

12LRN
1 – 3
[2] EXTERNAL DIMENSION
1. Indoor unit
2. Outdoor unit
㧔Unit㧦㨙㨙㧕
22.0
58 18.5
175
INVERTER AIR CONDITIONER
770
248
260
760
265
780
540
14
167.5
165
540
299
72
58
37.5
12
4.5
324
135
81
136

12LRN
1 – 4
[3] WIRING DIAGRAM
1. Indoor unit
2. Outdoor unit
[4] ELECTRICAL PARTS
1. Indoor unit
2. Outdoor Unit
DESCRIPTION MODEL REMARKS
Indoor fan motor MLB469 DC motor
Transformer – RTRNWA054JBZZ
FUSE1 – QFS-GA078JBZZ (250V, 3.15A)
DESCRIPTION MODEL REMARKS
Compressor 5RS102XBE01 DC motor
Outdoor fan motor MLB427 DC motor
Fu3 – QFS-GA077JBZZ(250V, 2A)
Fu2 – QFS-GA078JBZZ(250V, 3.15A)
Fu1 – QFS-CA001JBZZ(250V, 20A)
Fu5 – QFS-CA002JBZZ(250V, 15A)
l

12LRN
2 – 1
12LRN Service Manual
CHAPTER 2. EXPLAMATION OF CIRCUIT AND OPERATION
[1] BLOCK DIAGRAMS
1. Indoor unit
AC power
Rectification circuit
CPU
3.15A
Fuse
DC power supply circuit
Fan motor PWM control circuit
Rotation pulse input circuit
AC clock circuit
Remote controller signal reception circuit
Buzzer drive circuit
CPU reset circuit
CPU oscillator circuit
Room temp. detect circuit
Heat exchanger pipe thermo circuit
Select circuit
Serial I/O circuit
Auto restart circuit
Test run circuit
Auxiliary mode
Power on circuit
Cluster generator drive circuit
Indoor fan motor
Fan motor pulse detect
Wireless remote control operation
Audible operation confirmation
Room temp. thermistor
Heat exchanger pipe thermistor
Indoor/outdoor control signal I/O
Test run (forced operation)
Auxiliary mode button ON/OFF
Self diagnostics, fault diagnosis
Cluster generator
Unit-unit wiring
(AC power and
serial signals)
LED Drive circuit LED display
Louver motor drive circuit (Horizontal) How direction control (Horizontal louver motor)
Heat only

12LRN
2 – 2
2. Outdoor unit
CPU
20A
protection
15A
protection
Expansion valve drive circuit Expansion valve
Suction temp. thermo. circuit Suction pipe thermistor
2-way valve temp. thermo. circuit 2-way valve thermistor
3.15A
protection
15A
protection
Power supply circuit
CPU oscillator circuit
DC overvoltage detection circuit
Outdoor fan drive circuit
4-way valve relay drive circuit
Power transistor module drive circuit
Serial I/O circuit
CPU reset circuit
Position detection circuit
AC overcurrent detection circuit
Compressor thermo circuit
Heat exchanger pipe thermo circuit
Outdoor temp. thermo. circuit
LED drive circuit
Test mode circuit
Power factor
converter circuit
Filter
circuit
Smoothing
circuit
Pulse amplitube modulation circuit
AC clock circuit
DC overcurrent detection circuit
IGBT
Unit-unit wiring (AC power
and serial signals)
Outdoor fan
4-way valve
Power transistor module
Compressor
Current transformer
Compressor thermistor
Heat exchanger pipe thermistor
Outdoor temperature thermistor
LED
Terminal board, Terminal fuse, circuit Terminal board, Terminal fuse

12LRN
2 – 3
[2] MICROCOMPUTER CONTROL SYSTEM
1. Indoor unit
1.1. Electronic control circuit di agram
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㧜㧚㧝Ǵ
㧺㧾㧝
㧡㧠㧟㧞㧝
㧯㧺㧣 㧢
㧾㧲㧞㧜㧝㧸㧞㧿
㧾㧝㧜㧟ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷 㧾㧝㧜㧞ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷
㧹㧻㨀㧻㧾
㧸㧻㨁㨂㧱㧾
㧝 㧞 㧟 㧠 㧡 㧢 㧣 㧤
㧞㧡㨂
㧠㧣㧜Ǵ
㧡㨂
㧯㧟㧜
㧶㧼㧣
㧰㧝㧝
㧡㧜㨂
㧯㧝㧢
㧜㧚㧜㧝Ǵ
㧽㧟
㧡㨂
㧡㨂
㧤 㧣 㧢 㧡 㧠 㧟 㧞 㧝
ࠪ࡝ࠕ࡞࿁〝
㧿㧱㧾㧵㧭㧸ޓ㧿㧵㧳㧺㧭㧸ޓ㧯㧵㧾㧯㨁㧵㨀
ࠝ࡯࠻࡝ࠬ࠲࡯࠻
㧭㨁㨀㧻ޓ㧾㧱㧿㨀㧭㧾㨀
㧱㧰㨆㧡㧚㧝㧮
㨆㧰㧟
㧾㧝㧜㧡ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷
㧾㧝㧜㧢ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷
㧾㧝㧜㧠ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷
㧾㧝㧜㧣ޓ㧝㧛㧠㨃ޓ㧝㧚㧤㧷
㧽㧝㧜㧟
㧽㧝㧜㧞
㧽㧝㧜㧝
㧾㧣㧢
㧝㧛㧠㨃 㧝㧚㧤㧷
㧮㨆㧝
㧽㧢
㧢㧤㧜
㧾㧟㧤
㧶㧼㧝
㧟 㧠
㧝㧜㧜Ǵ
㧯㧠㧟 㧟㧡㨂 㧾㧟㧥
㧝㧜㧜㧷
㧝㧜㨂
㧯㧟㧝
㧝㧜㧜Ǵ
㧞
㧝㧠
㧟
㧡㨂
㧯㧣
㧜㧚㧜㧝Ǵ
㧡㧜㨂
㧠
㧟㧞
㧝
㧡㨂
㧯㧝㧤
㧯㧝㧥
㧞㧡㨂 㧝㧜㧜Ǵ
㧟㧡㨂
㧯㧞㧜
㧡㧜㨂
㧜㧚㧝Ǵ
㧜㧚㧝Ǵ
㧯㧝㧡
㧞㧡㨂
㧜㧚㧝Ǵ
㧼㧯㧟
㧼㧯㧤㧝㧣㧝㧢㧺㧵㧼
㧝㧡㨂
㧜㧚㧜㧠㧣Ǵ
㧯㧥
㧝㧜㧜Ǵ
㧟㧡㨂
㧯㧤
㨆㧰㧝
㧴㨆㧞㧠㧙㧞
㧾㧟㧣
㧟㧚㧟㧷
㧲㨁㧝
㧟㧚㧝㧡㧭㧙㧞㧡㧜㨂
㧝
㧼㧯㧝
㧼㧯㧞
㧼㧯㧤㧝㧣㨄㧼㧟
㧝㧠 㧞㧟
㧞㧟
㧠㧝
㧺㧯
㧼㧝㧠㧜
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧺㧯 㧺㧯 㧺㧯
㧺㧯
㧺㧯
㧺㧯
㧼㧜㧜
㧼㧝㧠㧝
㧭㧺㧝㧣
㧭㧺㧝㧢
㧭㧺㧝㧡
㧭㧺㧝㧠
㧭㧺㧝㧟
㧭㧺㧝㧞
㧼㧝㧟㧜
㧼㧜㧝
㧼㧜㧞
㧼㧜㧟
㧼㧜㧠
㧼㧞㧜
㧼㧞㧝
㨀㨄㧰㧜
㧾㨄㧰㧜
㧼㧝㧜
㧼㧝㧟 㧼㧝㧠
㧼㧝㧡 㧼㧝㧢 㧼㧝㧣 㧼㧡㧡 㧼㧡㧠 㧼㧡㧟 㧼㧡㧝 㧼㧡㧜
㧵㧺㨀㧼㧟
㧼㧜㧡
㧼㧜㧢
㧼㧣㧟
㧼㧣㧠
㧼㧟㧝
㧼㧝㧞㧟 㧼㧝㧞㧠 㧼㧝㧞㧜
㧼㧢㧟
㧼㧢㧞
㧿㧰㧭㧜
㧿㧯㧸㧜
㧱㨂㧰㧰㧜 㧱㨂㧿㧿㧜 㨂㧿㧿 㧾㧱㧳㧯 㨄㧝 㨄㧞 㧲㧸㧹㧰㧜 㧾㧱㧿㧱㨀 㨀㧻㧻㧸㧜 㨀㧻㧻㧸㧝 㧼㧠㧞 㧼㧠㧟
㧢㧠
㧢㧟
㧢㧞
㧢㧝
㧢㧜
㧡㧥
㧡㧤
㧡㧣
㧡㧢
㧡㧡
㧡㧠
㧡㧟
㧡㧞
㧡㧝
㧡㧜
㧠㧥
㧠㧤 㧠㧣 㧠㧢 㧠㧡 㧠㧠 㧠㧟 㧠㧞 㧠㧝 㧠㧜 㧟㧥 㧟㧤 㧟㧣 㧟㧢 㧟㧡 㧟㧠 㧟㧟
㧟㧞
㧟㧝
㧟㧜
㧞㧥
㧞㧤
㧞㧣
㧞㧢
㧞㧡
㧞㧠
㧞㧟
㧞㧞
㧞㧝
㧞㧜
㧝㧥
㧝㧤
㧝㧣
㧼㧡㧞
㧭㨂㧾㧱㧲
㧭㨂㧿㧿
㧝㧢 㧝㧡 㧝㧠
㨂㧰㧰
㧼㧣㧣
㧼㧣㧢
㧼㧣㧡
㧼㧣㧞
㧼㧣㧝
㧼㧣㧜
㧝
㧞
㧟
㧠 㧡
㧢
㧣
㧤
㧥
㧝㧟 㧝㧞 㧝㧝 㧝㧜
㧰㧝
㧰㧝㧺㧢㧜
㧝㧛㧞㨃
㧝㧛㧞㨃
㧾㧣
㧾㧢
㧞㧜㧜㧷
㧞㧜㧜㧷
㧾㧤
㧟㧥㧷
㧼㨛㨣㨑㨞㧕
㧔㧲㨡㨘㨘
㧵㧯㧝㧜㧝 㧠㧣
㧾㧝㧜㧝
㧝㧢㨂
㧠㧣Ǵ
㧯㧝㧜㧝 㧗
㧯㧝㧜㧞
㧜㧚㧝Ǵ
㧡㧜㨂
㧰㧵㧿㧼㧸㧭㨅ޓ㧒ޓ㧾㧱㧯㧱㧵㨂㧱㧾ޓ㧼㨃㧮
⴫␜㧒ฃశၮ᧼
ᔕᕆㆇォ㧿㨃
㧿㨃㧝ޓ㧦ޓ㧭㨁㨄㧚㧔㨀㧱㧿㨀ޓ㧾㨁㧺㧕
㧔㧼㧯㧵㧕
㧸㧱㧰㧝㧜㧠
㧔㨀㨕㨙㨑㨞㧕
㧔㧼㨛㨣㨑㨞㧕
㧟 㧝 㧞
㧝 㧞 㧟 㧠 㧡 㧢 㧣 㧤
㧸㧱㧰㧝㧜㧝
㧸㧱㧰㧝㧜㧞
㧸㧱㧰㧝㧜㧟
㧮㧯㧺㧝㧜㧝
㧿㨃㧝
㧞 㧟
㧝 㧞

12LRN
2 – 4
1.2. Printed wiring board
For 9LRN/2LRN model main PWB
From louver motor
From display PWB
From thermistor
(PDAI-A248JBWZ)
From Plasma Cluster generator
To Terminal board [2]
From Fan motor
To Terminal board [1]
To Terminal board [N]
To Eauth Terminal
For 9LRN/LRN model display PWB
To Main PWB CN5

12LRN
2 – 5
2. Outdoor unit
2.1. Electronic control circuit di agram
㧲㧯㧟
㧲㧯㧝㧲㧯㧞
㧻㧾㧭㧺㧳㧱
㨃㧴㧵㨀㧱
㧾㧱㧰
㨀㧥
㨀㧤 㨀㧣
㧺
㧯㧵㧺
㧼㧞㧠
㧝㧡 㧞㧜
㧞㧝
㧞㧞
㧞㧟
㧜㧚㧟㧟㨡
㧠㧜㧜㨂
㧡㧡㧜㨡㧲
㧼㧿㧞㧝㧥㧭㧠
㧵㧼㧹
㧲㨁㧡
㧞㧡㧜㨂˴㧝㧡㧭
㧞㧣㧜㧷㧲
㧞㧣㧜㧷㧲
㧯㧥
㧡㧡㧜㨡㧲
㧠㧜㧜㨂
㧯㧝㧜
㧔㧰㨑㨎㨡㨓˴㧻㨡㨠㨜㨡㨠㧕
㧔㧰㨑㨎㨡㨓˴㧻㨡㨠㨜㨡㨠㧕
㧡㧜㧡㧜㧡㧜㧡㧜
㧡㧝 㧡㧞 㧡㧟 㧡㧠 㧡㧡 㧡㧢 㧡㧣 㧡㧤 㧡㧥 㧢㧜 㧢㧝 㧢㧞 㧢㧟 㧢㧠 㧢㧡 㧢㧢 㧢㧣 㧢㧤 㧢㧥 㧣㧜 㧣㧝 㧣㧞 㧣㧟 㧣㧠
㧣㧡
㧡㧝 㧡㧞 㧡㧟 㧡㧠 㧡㧡 㧡㧢 㧡㧣 㧡㧤 㧡㧥 㧢㧜 㧢㧝 㧢㧞 㧢㧟 㧢㧠 㧢㧡 㧢㧢 㧢㧣 㧢㧤 㧢㧥 㧣㧜 㧣㧝 㧣㧞 㧣㧟 㧣㧠
㧣㧡
㧡㧝 㧡㧞 㧡㧟 㧡㧠 㧡㧡 㧡㧢 㧡㧣 㧡㧤 㧡㧥 㧢㧜 㧢㧝 㧢㧞 㧢㧟 㧢㧠 㧢㧡 㧢㧢 㧢㧣 㧢㧤 㧢㧥 㧣㧜 㧣㧝 㧣㧞 㧣㧟 㧣㧠
㧣㧡
㧡㧝 㧡㧞 㧡㧟 㧡㧠 㧡㧡 㧡㧢 㧡㧣 㧡㧤 㧢㧜 㧢㧝 㧢㧞 㧢㧟 㧢㧠 㧢㧡 㧢㧢 㧢㧣 㧢㧤 㧢㧥 㧣㧜 㧣㧝 㧣㧞 㧣㧟 㧣㧠
㧣㧡
㧣㧢㧣㧢㧣㧢㧣㧢 㧥㧤㧥㧣 㧥㧤㧥㧣 㧥㧤㧥㧣 㧥㧤㧥㧣
㧥㧝㧥㧜㧤㧥㧤㧤㧤㧣㧤㧢㧤㧡㧤㧠㧤㧟㧤㧞㧤㧝㧤㧜㧣㧥㧣㧤㧣㧣 㧥㧢㧥㧡㧥㧠㧥㧟㧥㧞
㧥㧝㧥㧜㧤㧥㧤㧤㧤㧣㧤㧢㧤㧡㧤㧠㧤㧟㧤㧞㧤㧝㧤㧜㧣㧥㧣㧤㧣㧣 㧥㧢㧥㧡㧥㧠㧥㧟㧥㧞
㧥㧝㧥㧜㧤㧥㧤㧤㧤㧣㧤㧢㧤㧡㧤㧠㧤㧟㧤㧞㧤㧝㧤㧜㧣㧥㧣㧤㧣㧣 㧥㧢㧥㧡㧥㧠
㧥㧟㧥㧞
㧥㧝㧥㧜㧤㧥㧤㧤㧤㧣㧤㧢㧤㧡㧤㧠㧤㧟㧤㧞㧤㧝㧤㧜㧣㧥㧣㧤㧣㧣 㧥㧢㧥㧡㧥㧠㧥㧟㧥㧞
㧞㧥 㧞㧤㧞㧥 㧞㧤㧞㧥 㧞㧤㧞㧥 㧞㧤㧟㧠 㧟㧟 㧟㧞 㧟㧝㧟㧜
㧠㧥 㧠㧤 㧠㧣 㧠㧢 㧠㧡 㧠㧠 㧠㧟 㧠㧞 㧠㧝 㧠㧜 㧟㧥 㧟㧤 㧟㧣 㧟㧢 㧟㧡 㧟㧠 㧟㧟 㧟㧞 㧟㧝㧟㧜 㧠㧥 㧠㧤 㧠㧣 㧠㧢 㧠㧡 㧠㧠 㧠㧟 㧠㧞 㧠㧝 㧠㧜 㧟㧥 㧟㧤 㧟㧣 㧟㧢 㧟㧡 㧟㧠 㧟㧟 㧟㧞 㧟㧝㧟㧜 㧠㧥 㧠㧤 㧠㧣 㧠㧢 㧠㧡 㧠㧠 㧠㧟 㧠㧞 㧠㧝 㧠㧜 㧟㧥 㧟㧤 㧟㧣 㧟㧢 㧟㧡 㧟㧠 㧟㧟 㧟㧞 㧟㧝㧟㧜 㧠㧥 㧠㧤 㧠㧣 㧠㧢 㧠㧡 㧠㧠 㧠㧟 㧠㧞 㧠㧝 㧠㧜 㧟㧥 㧟㧤 㧟㧣 㧟㧢 㧟㧡 㧞㧢㧞㧣 㧞㧢㧞㧣 㧞㧢㧞㧣 㧞㧢㧞㧣
㧝㧜㧜㧝㧜㧜㧝㧜㧜㧝㧜㧜
㧥㧥㧥㧥㧥㧥㧥㧥
㧝
㧝㧜 㧝㧝 㧝㧞 㧝㧟 㧝㧠 㧝㧡 㧝㧢 㧝㧣 㧝㧤 㧝㧥 㧞㧜 㧞㧝 㧞㧞 㧞㧟 㧞㧠
㧞 㧟 㧠
㧡 㧥
㧤
㧣 㧢
㧝
㧝㧜 㧝㧝 㧝㧞 㧝㧟 㧝㧠 㧝㧡 㧝㧢 㧝㧣 㧝㧤 㧝㧥 㧞㧜 㧞㧝 㧞㧞 㧞㧟 㧞㧠
㧞 㧟 㧠
㧡 㧥
㧤
㧣 㧢
㧝
㧝㧜 㧝㧝 㧝㧞 㧝㧟 㧝㧠 㧝㧡 㧝㧢 㧝㧣 㧝㧤 㧝㧥 㧞㧜 㧞㧝 㧞㧞 㧞㧟 㧞㧠
㧞 㧟 㧠
㧡 㧥
㧤
㧣 㧢
㧝
㧝㧜 㧝㧝 㧝㧞 㧝㧟 㧝㧠 㧝㧡 㧝㧢 㧝㧣 㧝㧤 㧝㧥 㧞㧜 㧞㧝 㧞㧞 㧞㧟 㧞㧠
㧞 㧟 㧠
㧡 㧥
㧤
㧣 㧢
㧞㧡㧞㧡㧞㧡㧞㧡
㧢㧚㧤㧷
㧯㧝㧞㧣
㧡㨂
㧞㧡㨂
㨐
㨑㧾㧔㨂㧕
㧯㧔㨃㧕
㧿㧔㨁㧕
㧝㧜㧜㧜㧼
㧯㧝㧞㧞
㧡㧜㨂 㨆㧰㧟
㧝㧚㧤㧷㧲
㧾㧡㧜
㧜㧚㧜㧞㧠
㧡㨃
㧾㧠㧥
㧡㧜㨂
㧡㧜㨂
㧜㨂
㧜㨂
㧡㧜㨂
㧞㧞㧜㨡
㧯㧣㧥
㧝㧜㨂 㧜㧚㧜㧝㨡
㧡㧜㨂
㧯㧥㧣
㧝㧛㧞㨃
㧝㧜㧜㧷
㧾㧝㧜㧞 㧾㧝㧜㧟
㧝㧛㧞㨃
㧝㧜㧜㧷
㧰㧝㧟
㧾㧝㧡㧢
㨀㧴㧝
㨀㧴㧞
㨀㧴㧟
㨀㧴㧠
㨀㧴㧡
㧔㧞㧙㨣㨍㨥˴㨢㨍㨘㨢㨑㧕
㧔㧿㨡㨏㨠㨕㨛㨚㧕
㧔㧻㨡㨠˴㨐㨛㨛㨞㧕
㧔㧴㨑㨍㨠
㨑㨤㨏㨔㨍㨚㨓㨑㧕
㧔㧯㨛㨙㨜㨞㨑㨟㨟㨛㨞㧕
㧯㧺㧤
㧝㧜
㧾㧣㧞
㧾㧣㧝
㧾㧣㧜
㧾㧢㧥
㧾㧢㧤
㧢㧚㧤㧷㧲㧡
㧡㧜㨂
㧜㧚㧜㧝㨡㧡
㧯㧢㧡
㧯㧢㧢
㧯㧢㧣
㧯㧢㧤
㧯㧢㧥
㧝㧜㧷
㧾㧢㧣
㧾㧢㧠˴㧝㧜㧷
㧾㧢㧡˴㧝㧜㧷
㧾㧢㧢˴㧝㧜㧷
㧾㧢㧟˴㧝㧜㧷
㧡㨂
㧔㨀㨔㨑㨞㨙㨕㨟㨠㨛㨞㧕
㧝㧜㧹㧴㨦
㧜㧚㧝㨡
㧯㧟㧝
㧞㧡㨂
㧡㨂
㧾㧤㧜
㧝㧜㧜㧷
㧠㧚㧣㨡
㧯㧟㧟
㧜㧘㧝㨡
㧞㧡㨂
㧯㧟㧞
㧾㧣㧥
㧝㧜㧜 㧞㧣㧜
㧾㧣㧤
㧾㧣㧣
㧾㧜㨂
㧿㧙㧤㧜㧤㧠㧞㧯㧺
㧵㧯㧡
㧟
㧞
㧝
㧔㧾㨑㨟㨑㨠㧕
㧰
㧵㧼㧹
㨂㨁㧲㧮
㨂㨁㧲㧿
㧞
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㧼㧭㧹˴㧰㧾㧵㨂㧱˴㧯㧵㧾㧯㨁㧵㨀 㧰㧯˴㧻㨂㧱㧾˴㧯㨁㧾㧾㧱㧺㨀˴㧵㧺㧿㧼㧱㧯㨀˴㧯㧵㧾㧯㨁㧵㨀
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㧝㧛㧠㨃 㧜㨂
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㨎
㨍
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㧡㨂
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㧿㧱㧾㧵㧭㧸˴㧯㧵㧾㧯㨁㧵㨀
㧟㧚㧟㧷
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㧲㧯㧡 㧲㧮
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㧮㨀㧟
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㧮㨀㧞 㧸㧠
㧟㧚㧡㨙㧴
㧸㧟
㧡㧚㧡㨙㧴
㧝㧜㧜㧜㧼
㧡㧜㨂
㧯㧣㧡
㧞
㧝
㧺
㧳㧾㧱㧱㧺
㨅㧱㧸㧸㧻㨃㧛
㧾㧱㧰
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㧮㧸㨁㧱
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㧯㧺㧠
㧔㧠㧙㨃㧭㨅˴㨂㨍㨘㨢㨑㧕
㧟
㧝
㧔㧠㧙㨃㧭㨅˴㨂㨍㨘㨢㨑˴㧰㨞㨕㨢㨑㧕
㧜㧚㧜㧟㧟㨡
㧾㨅㧝
㧯㧝㧞㧥
㧞㧣㧡㨂
㧾㧝㧤㧜
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㧟㧚㧝㧡㧭
㧞㧡㧜㨂
㧺㧾㧞
㨐
㨑
㧝㧜㧷
㧾㧝㧟㧜
㧲㨁㧞
㧟㧡㨂
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㧰㧣
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㧜㧚㧜㧝㨡
㧯㧝㧜㧡
㧝㧜㧷
㧤
㧾㧤㧤
㧰㧝㧞
㧰㧰㧟㧟
㧰㧰㧡㧡
㧟㧟
㧝㧞
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㧥
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㧟㧡㨂
㧯㧞㧠
㧾㧾㧝㧝㧣㧣
㧞㧞㨃㨃
㧝㧝㧜㧜
㧯㧯㧝㧝㧡㧡
㧡㧡㧜㧜㨂㨂
㧝㧝㧜㧜㨡㨡
㧾㧾㧝㧝㧥㧥
㧞㧞㧷㧷
㧞㧞㧿㧿㧭㧭㧝㧝㧡㧡㧤㧤㧢㧢㧳㧳
㨆㨆㧰㧰㧝㧝㧽㧽㧝㧝
㧾㧾㧝㧝㧤㧤
㧵㧯㧞
㧿㨀㧾㧙㧸㧠㧣㧞
㧰㨞㨍㨕㨚
㨂㨏㨏
㧿㨛㨡㨞㨏㨑
㧻㧯㧼㧛㧲㧮
㧢
㧝˴˴˴˴㧟
㧳㧺㧰
㧥
㧝㧜
㧣
㧤
㧯㧞㧣
㧝㧷㨂
㧞㧞㧜㧼㧲
㧝㧛㧞㨃˴㧡㧝㧜㧷
㧾㧥
㧝㧛㧞㨃˴㧝㧹
㧾㧤
㧔㧔㧿㧿㨣㨣㨕㨕㨠㨠㨏㨏㨔㨔㨕㨕㨚㨚㨓㨓˴˴㧼㧼㨛㨛㨣㨣㨑㨑㨞㨞˴˴㧿㧿㨡㨡㨜㨜㨜㨜㨘㨘㨥㨥㧕㧕
㨀㧾㧝 㧰㧢
㧰㧝㧥
㧜㧚㧜㧝㨡㧲
㧯㧤㧣
㧵㧯㧠
㧯㧞㧟
㧾㧞㧞
㧝㧚㧡㧷
㧾㧞㧝 㧾㧞㧟
㧠㧣㧷
㧞㧡㨂
㧜㧚㧝㨡
㧯㧞㧝
㧾㧞㧠
㧡㨂
㧝㧞㨂
㧝㧜㧷
㧾㧤㧞
㧜㧚㧝㨡
㧞㧡㨂
㧯㧞㧡
㧯㧞㧜
㧞㧡㨂
㧢㧤㧜㨡
㧞㧡㨂
㧯㧞㧢
㧜㧚㧝㨡
㧣㧤㧝㧡
㧵㨚
㧾㧞㧡
㧻㨡㨠
㧹
㧜㨂
㧝㧡㨂
㧞㧡㨂 㧡㧜㨂
㧡㨂
㧾㧝㧞㧥
㨂㧿㧿㨂㧿㧿㨂㧿㧿㨂㧿㧿
㧼㧯㧜
㧼㧯㧝 㧼㧯㧞 㧼㧯㧟 㧼㧯㧠 㧼㧯㧡 㧼㧯㧢 㧼㧯㧣 㧼㧰㧜 㧼㧰㧝
㨂㧯㧯
㧭㨂㧯㧯㧝㧜 㧭㨂㧾㧴㧞 㧭㨂㧿㧿㧝㧜 㧼㧮㧜 㧼㧮㧝 㧼㧮㧞 㧼㧮㧟 㧼㧮㧠 㧼㧮㧡 㧼㧮㧢 㧼㧮㧣 㧼㧭㧜 㧼㧭㧝 㨂㧿㧿
㧼㧯㧜
㧼㧯㧝 㧼㧯㧞 㧼㧯㧟 㧼㧯㧠 㧼㧯㧡 㧼㧯㧢 㧼㧯㧣 㧼㧰㧜 㧼㧰㧝
㨂㧯㧯
㧭㨂㧯㧯㧝㧜 㧭㨂㧾㧴㧞 㧭㨂㧿㧿㧝㧜 㧼㧮㧜 㧼㧮㧝 㧼㧮㧞 㧼㧮㧟 㧼㧮㧠 㧼㧮㧡 㧼㧮㧢 㧼㧮㧣 㧼㧭㧜 㧼㧭㧝 㨂㧿㧿
㧼㧯㧜
㧼㧯㧝 㧼㧯㧞 㧼㧯㧟 㧼㧯㧠 㧼㧯㧡 㧼㧯㧢 㧼㧯㧣 㧼㧰㧜 㧼㧰㧝
㨂㧯㧯
㧭㨂㧯㧯㧝㧜 㧭㨂㧾㧴㧞 㧭㨂㧿㧿㧝㧜 㧼㧮㧜 㧼㧮㧝 㧼㧮㧞 㧼㧮㧟 㧼㧮㧠 㧼㧮㧡 㧼㧮㧢 㧼㧮㧣 㧼㧭㧜 㧼㧭㧝 㨂㧿㧿
㧼㧯㧜
㧼㧯㧝 㧼㧯㧞 㧼㧯㧟 㧼㧯㧠 㧼㧯㧡 㧼㧯㧢 㧼㧯㧣 㧼㧰㧜 㧼㧰㧝
㨂㧯㧯
㧭㨂㧯㧯㧝㧜 㧭㨂㧾㧴㧞 㧭㨂㧿㧿㧝㧜 㧼㧮㧜 㧼㧮㧝 㧼㧮㧞 㧼㧮㧟 㧼㧮㧠 㧼㧮㧡 㧼㧮㧢 㧼㧮㧣 㧼㧭㧜 㧼㧭㧝 㨂㧿㧿
㨂㧯㧯㨂㧯㧯㨂㧯㧯㨂㧯㧯
㧼㧤㧠
㧼㧤㧟
㧼㧤㧠
㧼㧤㧟
㧼㧤㧠
㧼㧤㧟
㧼㧤㧠
㧼㧤㧟
㧼㧶㧜
㧼㧶㧡
㧼㧴㧞
㧼㧳㧠
㧼㧳㧟
㧼㧳㧡
㧼㧴㧜
㧼㧳㧜
㧼㧳㧞
㧼㧴㧝
㧼㧶㧝
㧼㧶㧞
㧼㧶㧟
㧼㧶㧠
㧼㧶㧢
㧼㧶㧣
㧼㧤㧜
㧼㧤㧝
㧼㧤㧞
㧼㧳㧝
㧼㧶㧜
㧼㧶㧡
㧼㧴㧞
㧼㧳㧠
㧼㧳㧟
㧼㧳㧡
㧼㧴㧜
㧼㧳㧜
㧼㧳㧞
㧼㧴㧝
㧼㧶㧝
㧼㧶㧞
㧼㧶㧟
㧼㧶㧠
㧼㧶㧢
㧼㧶㧣
㧼㧤㧜
㧼㧤㧝
㧼㧤㧞
㧼㧳㧝
㧼㧶㧜
㧼㧶㧡
㧼㧴㧞
㧼㧳㧠
㧼㧳㧟
㧼㧳㧡
㧼㧴㧜
㧼㧳㧜
㧼㧳㧞
㧼㧴㧝
㧼㧶㧝
㧼㧶㧞
㧼㧶㧟
㧼㧶㧠
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㧼㧶㧣
㧼㧤㧜
㧼㧤㧝
㧼㧤㧞
㧼㧳㧝
㧼㧶㧜
㧼㧶㧡
㧼㧴㧞
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㧼㧤㧜
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㧹㧰㧜
㧹㧰㧝
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㧼㧾㧡
㧼㧾㧠
㨂㧯㧯
㧼㧿㧡
㧼㧿㧠
㨄㧜
㨄㧝
㨂㧿㧿
㧼㧭㧞
㧯
㧼㧾㧜
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㨂㧯㧯
㨂㧿㧿
㧼㧾㧞
㧼㧾㧟
㧹㧰㧜
㧹㧰㧝
㧹㧰㧞
㧼㧾㧡
㧼㧾㧠
㨂㧯㧯
㧼㧿㧡
㧼㧿㧠
㨄㧜
㨄㧝
㨂㧿㧿
㧼㧭㧞
㧯
㧼㧾㧜
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㧯
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㨂㧿㧿
㧼㧾㧞
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㧹㧰㧜
㧹㧰㧝
㧹㧰㧞
㧼㧾㧡
㧼㧾㧠
㨂㧯㧯
㧼㧿㧡
㧼㧿㧠
㨄㧜
㨄㧝
㨂㧿㧿
㧼㧭㧞
㧯
㧼㧾㧜
㧼㧾㧝
㨂㧯㧯
㨂㧿㧿
㧼㧾㧞
㧼㧾㧟
㧼㧿㧟
㧼㧿㧞
㧼㧿㧟
㧼㧿㧞
㧼㧿㧟
㧼㧿㧞
㧼㧿㧟
㧼㧿㧞
㧵㧺㧵㨀㨄 㧝㧜㧷
㧵㧯㧟
㧝㧜㧷㧲
㧾㧞㧢
㧝㧜㧷㧲
㧝㧜㧷
㧞㧡㨂
㧜㧚㧝㨡
㧜㨂
㧝㧡㧜㨡
㧼㧿㧜
㧼㧿㧝
㧼㧿㧜
㧼㧿㧝
㧼㧿㧜
㧼㧿㧝
㧼㧿㧜
㧼㧿㧝
㧺㧹㧵㨄
㧼㧥㧝 㧼㧥㧜 㧼㧤㧣 㧼㧤㧢 㧼㧹㧜 㧼㧹㧝 㧼㧹㧞 㧼㧹㧟 㧼㧲㧜 㧼㧼㧜 㧼㧼㧝 㧼㧼㧞 㧼㧼㧟 㧼㧼㧠 㧼㧼㧡 㨂㧿㧿 㨂㧯㧯 㧼㧽㧜 㧼㧽㧝 㧼㧽㧞 㧼㧽㧟 㧼㧽㧠 㧼㧽㧡 㧼㧥㧝 㧼㧥㧜 㧼㧤㧣 㧼㧤㧢 㧼㧹㧜 㧼㧹㧝 㧼㧹㧞 㧼㧹㧟 㧼㧲㧜 㧼㧼㧜 㧼㧼㧝 㧼㧼㧞 㧼㧼㧟 㧼㧼㧠 㧼㧼㧡 㨂㧿㧿 㨂㧯㧯 㧼㧽㧜 㧼㧽㧝 㧼㧽㧞 㧼㧽㧟 㧼㧽㧠 㧼㧽㧡 㧼㧥㧝 㧼㧥㧜 㧼㧤㧣 㧼㧤㧢 㧼㧹㧜 㧼㧹㧝 㧼㧹㧞 㧼㧹㧟 㧼㧲㧜 㧼㧼㧜 㧼㧼㧝 㧼㧼㧞 㧼㧼㧟 㧼㧼㧠 㧼㧼㧡 㨂㧿㧿 㨂㧯㧯 㧼㧽㧜 㧼㧽㧝 㧼㧽㧞 㧼㧽㧟 㧼㧽㧠 㧼㧽㧡 㧼㧥㧝 㧼㧥㧜 㧼㧤㧣 㧼㧤㧢 㧼㧹㧜 㧼㧹㧝 㧼㧹㧞 㧼㧹㧟 㧼㧲㧜 㧼㧼㧜 㧼㧼㧝 㧼㧼㧞 㧼㧼㧟 㧼㧼㧠 㧼㧼㧡 㨂㧿㧿 㨂㧯㧯 㧼㧽㧜 㧼㧽㧝 㧼㧽㧞 㧼㧽㧟 㧼㧽㧠 㧼㧽㧡 㨂㧯㧯㨂㧯㧯㨂㧯㧯㨂㧯㧯
㨂㧿㧿
㧼㧤㧡
㨂㧿㧿
㧼㧤㧡
㨂㧿㧿
㧼㧤㧡
㨂㧿㧿
㧼㧤㧡
㧶
㧻
㧾㨅㧝
㧹㧾㨅㧝
㧝㧞㨂
㧠㧚㧣㧷
㧾㧞㧥
㧜㨂㧙㧼
㧢㧢㧚㧚㧤㧤㨂㨂
㧢㧤㧜
㧾㧝㧠
㧢
㧯㧯㧝㧝㧤㧤
㧜㧚㧝㨡
㧯㧤㧡
㧾㧤㧣
㧝㧜㧷
㧡㧡㧜㧜㨂㨂
㧢㧢㧤㧤㧜㧜㧼㧼
㨆㨆㧰㧰㧡㧡
㧝㧛㧞㨃
㧾㧝㧣㧠
㧢㧤㧜㧷
㧾㧝㧡 㧾㧝㧢
㧟㧚㧜 㧟㧚㧜
㧯㧝㧣
㧠㧣㧜㧼
㧡㧜㨂
㧜㨂
㧾㧝㧣㧡
㧠㧣㧷
㧯㧯㧝㧝㧢㧢
㧟㧟㧚㧚㧟㧟㧷㧷
㧾㧾㧞㧞㧜㧜
㧟㧟㧟㧟㧜㧜㧜㧜㧼㧼
㧡㧡㧜㧜㨂㨂
㧰㧰㧝㧝㧡㧡
㧰㧝㧠㧯㧤㧠
㧟㧡㨂
㧝㧡㧜㨡
㧰㧰㧠㧠
㧡
㧣