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Sleeve and insert work 5CSL0-06B 2. Guideline for each installation process 2.1 Sleeve and insert work 2.1.1 Positioning of the pipe holes 1. The through holes for the drain piping should be positioned such that pipes have a downward gradient (the gradient must be at least 1/100.The thickness of the insulating materials must also be taken into consideration.) 2. The diameter of the through holes for the refrigerant piping should include an allowance for the thickness of the heat insulation materials. 3. Attention should be paid to the construction of the beam themselves since there are sometimes parts of the beam which cannot be used to accommodate through holes. 2.1.2 Selection of sleeve 1. Sleeve work should be performed to make a space for passing pipe and wire through the wall or ground under construction. For example if gas pipe and liquid pipe is 12.7mm , 6.35mm the sleeve diameter is minimum 79.05mm . Gas pipe diameter 12.7mm Liquid pipe diameter 6.35mm Insulation thickness(gas pipe) 10mm x 2 Insulation thickness(liquid pipe) 10mm x 2 20mm surplus 20mm Total sleeve diameter 79.05mm * Assumption : Gas pipe insulation thickness and liquid pipe insulation thickness is 10mm and 10mm respectively 2.1.3 Sleeve type NOTE Pipe Sleeve Insulation Sleeve type should be considered as per local regulation & laws. NOTE CAUTION 1. In high voltage generation places, water-proof flexible conduit should be used. (in substation room, in elevator room) 2. Conduit should be chosen in accordance with electrical installation regulation. Cable conduit should be considered under the local regulation & laws. 2.1.4 Insert work and support work An insert is a metal tool which is inserted into a floor or beam before the concrete is set such that fittings such as duct , pipes or suspension bolts for hanging units can be fitted into the place later. The positioning of the inserts must be decided early. 1. Insert work Example : Through holes in a reinforced concrete beam Molding box 290 Guideline for each installation process Embedding depth h Polyblock Nail securing molding box Suspension bolt
5CSL0-06B 2. Support work. Insulated U-bolt type supporting Bolt Saddle supporting CAUTION 1.5t plate a) Supporting with insulated pipe Foam resin Sleeve and insert work Guideline for each installation process 291 PVC PVC U-bolt supporting 0-ring band supporting To prevent Insulation from pressing, and lagging, cover can be used. Sheathing pipe Supporting interval 1.5~2.0m Insulated O-ring band type supporting During saddle supporting work, insulation should not be pressed by saddle as this can lead to tearing of insulation and thus falling of condensed water during product operation. B) Down stopper supporting Hexagonal nut One point supporter (200kg) O-ring band Plate nut Welding Down stopper O-ring band lags Insulated Supporting band Sheathing pipe Bolt Welding Insulated Supporting band Refrigerant pipe
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Single A (50Hz/R410A/Heat Pump) 5CS
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Part 2 Product data 1. Indoor units
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Part 4 Accessories List of applicab
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5CSL0-06B Publication history Intro
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Part 1 General information 1. Model
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5CSL0-06B Model line up 1.2 Outdoor
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5CSL0-06B Model line up DC Inverter
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5CSL0-06B Nomenclature 2.3 Indoor u
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5CSL0-06B 4. Features 4.1 Whatʼs
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5CSL0-06B Top Class COP • DC Inve
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5CSL0-06B All vane operation Indivi
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5CSL0-06B • Long Distance, High E
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5CSL0-06B • World Best COP • DC
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5CSL0-06B Upgraded Function • One
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5CSL0-06B Ceiling Concealed Duct -
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5CSL0-06B Console (Floor stand) •
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5CSL0-06B 4.4 Outdoor units DC Inve
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5CSL0-06B DC Inverter - Synchro (1
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5CSL0-06B 5.1.2 Wide Remote control
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5CSL0-06B No. Function Code Value
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5CSL0-06B Installer Setting - Setti
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5CSL0-06B 6 7 ❈ Weak and Power se
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5CSL0-06B Installer Setting -Ceilin
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5CSL0-06B Installer Setting-Group S
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5CSL0-06B Installer Setting-Dry Con
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5CSL0-06B Installer Setting -Option
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5CSL0-06B 5.3 Control device(Access
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5CSL0-06B Synchro Outdoor Unit - 1
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5CSL0-06B 6.3 Synchro Operation Gui
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Part 2 Product data 1. Indoor units
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5CSL0-06B Category Air flow Air pur
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5CSL0-06B Power Supply Ø/V/Hz Cool
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5CSL0-06B Power Supply Ø/V/Hz Cool
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5CSL0-06B ATNH18GQLED[UT18 NQD] 8 1
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5CSL0-06B *ATNH21GNLED[UT21 NND] *A
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5CSL0-06B 1.1.4 Piping diagrams Hea
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5CSL0-06B Air flow and temperature
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5CSL0-06B Sound levels 1.1.7 Sound
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5CSL0-06B 1.1.8 Controller ■ Wire
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5CSL0-06B Indoor unit type Ceilling
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5CSL0-06B UVNH186BLAD[UV18 NBD] UVN
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5CSL0-06B 1.2.5 Wiring diagrams 1)
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5CSL0-06B Controller 1.2.8 Controll
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5CSL0-06B 1.3.2 Specifications Powe
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5CSL0-06B 1.3.3 Dimensions UVNH366K
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5CSL0-06B 1.3.4 Piping diagrams Hea
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5CSL0-06B 1.3.7 Sound levels Overal
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5CSL0-06B 1.4 Ceiling concealed duc
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5CSL0-06B 1.4.2 Specifications Powe
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5CSL0-06B Indoor unit type Ceilling
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5CSL0-06B 1.4.3 Dimensions ABNH186H
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5CSL0-06B ABNH426RLAD[UB42 NRD] ABN
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5CSL0-06B 2) PCB CN-ZONE CN-FLOAT C
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5CSL0-06B How to Set ESP on the rem
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5CSL0-06B Table 2 [ Notes ] Externa
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5CSL0-06B Sound Pressure Level (dB
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5CSL0-06B 1.5 Console (Floor stand)
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5CSL0-06B 1.5.3 Dimensions Console
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5CSL0-06B 1.5.7 Sound levels Overal
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5CSL0-06B Power supply 2. Outdoor 2
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5CSL0-06B DC Inverter Single A (3Ø
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5CSL0-06B Specifications Nominal Ca
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5CSL0-06B Nominal Capacity and Nomi
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5CSL0-06B DC Inverter Single A (3Ø
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5CSL0-06B Dimensions OUTDOOR UNIT A
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5CSL0-06B Dimensions AUUW366D[UU36W
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5CSL0-06B Piping diagrams Models :
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5CSL0-06B Models : AUUW246D[UU24W U
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5CSL0-06B 2.1.6 Wiring diagrams Mod
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5CSL0-06B Models : AUUW186D1[UU18W
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5CSL0-06B Models : AUUW368D [UU37W
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5CSL0-06B to inverter driver R2 S2
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5CSL0-06B 2.1.7 Capacity tables Mod
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5CSL0-06B Models : AUUW126D + ATNH1
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5CSL0-06B Models : AUUW186D1 + ATNH
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5CSL0-06B Models : AUUW186D1 + ATNH
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5CSL0-06B Models : AUUW246D +ATNH24
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5CSL0-06B Models : AUUW368D+ATNH36G
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5CSL0-06B Models : AUUW186DH + ATNH
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5CSL0-06B Models : AUUW246DH + ATNH
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5CSL0-06B 3) Calculation of actual
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5CSL0-06B 2.1.10 Electric character
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5CSL0-06B DC Inverter SINGLE A(3Ø)
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5CSL0-06B AUUW366D[UU36W UED] AUUW4
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5CSL0-06B 2.1.13 Accessories Standa
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5CSL0-06B 2.2.2 List of functions D
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5CSL0-06B ■ Capacity for sigle co
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5CSL0-06B ■ 1Ø Synchro Equivalen
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5CSL0-06B ■ 3Ø Synchro Equivalen
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5CSL0-06B 2.2.5 Branch kit Models :
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5CSL0-06B Piping diagrams Models :
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5CSL0-06B Capacity tables Models :
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5CSL0-06B 2) Rate of Change in Capa
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Page 243 and 244: 5CSL0-06B 2.2.13 Sound levels Sound
Page 245 and 246: 5CSL0-06B 2.3 Non inverter Single A
Page 247 and 248: 5CSL0-06B 2.3.3 Specifications Spec
Page 249 and 250: 5CSL0-06B Nominal Capacity and Nomi
Page 251 and 252: 5CSL0-06B Dimensions 2.3.4 Dimensio
Page 253 and 254: 5CSL0-06B Dimensions AUUH246D[UU24
Page 255 and 256: 5CSL0-06B Dimensions AUUH488D[UU48
Page 257 and 258: 5CSL0-06B Piping diagram Models : A
Page 259 and 260: 5CSL0-06B Piping diagram Models: AU
Page 261 and 262: 5CSL0-06B Wiring diagrams 2.3.6 Wir
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Page 267 and 268: 5CSL0-06B Capacity tables 2.3.7 Cap
Page 269 and 270: 5CSL0-06B Capacity tables • Cooli
Page 281 and 282: 5CSL0-06B The coefficient of capaci
Page 283 and 284: 5CSL0-06B Operation range 2.3.9 Ope
Page 285 and 286: 5CSL0-06B Field wiring diagrams 2.3
Page 287 and 288: Part 3 Design and installation 1. G
Page 289: 5CSL0-06B 1.2 Checking the drawing
Page 293 and 294: 5CSL0-06B Refrigerant piping work 2
Page 295 and 296: 5CSL0-06B 2.2.4 Brazing work CAUTIO
Page 297 and 298: 5CSL0-06B 2.2.5 Refrigerant pipe fl
Page 299 and 300: 5CSL0-06B 2.3.1 Drain pipe slope an
Page 301 and 302: 5CSL0-06B 2.3.3 Grouped drain pipes
Page 303 and 304: 5CSL0-06B Drain pipe insulation - D
Page 305 and 306: 5CSL0-06B 2.4.2 Forming the piping
Page 307 and 308: 5CSL0-06B Electrical work 2.5 Elect
Page 309 and 310: 5CSL0-06B Connecting the cable to O
Page 311 and 312: 5CSL0-06B Example: During of pressu
Page 313 and 314: 5CSL0-06B Vacuum drying works CAUTI
Page 315 and 316: 5CSL0-06B 2.7.4 Vacuum drying proce
Page 317 and 318: 5CSL0-06B 2.9 Trial test run operat
Page 319 and 320: 5CSL0-06B Safety precautions Ventil
Page 321 and 322: 5CSL0-06B Safety precautions 2. For
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Page 325 and 326: 5CSL0-06B Ceiling cassette 4-way 3.
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Page 329 and 330: 5CSL0-06B Ceiling cassette 4-way
Page 331 and 332: 5CSL0-06B Ceiling and floor, Ceilin
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5CSL0-06B Ceiling concealed duct (H
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5CSL0-06B Console (Floor stand) 3.5
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5CSL0-06B Console (Floor stand) ②
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5CSL0-06B Console (Floor stand) •
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5CSL0-06B Console (Floor stand) CAU
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5CSL0-06B 4. Installation of outdoo
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5CSL0-06B 5. Location free from ele
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5CSL0-06B Introduction 4.2 Introduc
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5CSL0-06B Foundation AUUW426D[UU42W
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5CSL0-06B Selection of the best loc
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5CSL0-06B Clearance of side dischar
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5CSL0-06B 4.7 Outdoor unit piping 4
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5CSL0-06B ❈ Extra refrigerant = (
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5CSL0-06B 1. DIP SW2 Setting Set th
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5CSL0-06B 4.9.2 Air flow rate confi
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Part 4 Accessories List of applicab
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5CSL0-06B Wireless remote controlle
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5CSL0-06B Simple wired remote contr
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5CSL0-06B Deluxe wired remote contr
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5CSL0-06B Hotel use remote controll
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5CSL0-06B Zone Control Installation
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5CSL0-06B Dry contact module 1.6 Dr
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5CSL0-06B Branch kit 2. Mechanical
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5CSL0-06B 2.2 Drain pump Ceiling Co
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5CSL0-06B Installation procedure Fo
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5CSL0-06B Remarks For D, E, F, G, H
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5CSL0-06B 2.4 Cassette cover Models
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