7
chain reaction proceeds continually, the water in the system will be more and more. It will cause
the capillary ice blocking; at the same time, acidity of working substance circulated in the
system will be higher and higher (the value of PH is lower and lower), and it may corrode the
components and parts in the system. The phenomenon of copperizing would happen. When
installing A/C, the action should be prompt, and after opening the plug of connecting pipe we
must tighten the nut in 5 minutes. The time of discharging air should be enough. When
installing A/C, the sweat drops into the connecting pipe is forbidden; the infusible impurity
mixed in the system is forbidden. It is better to install the A/C of refrigerant R410A split type in
fine weather, do not do it in rainy day, nor humid weather.
2.2.4 The chlorine ion could react with POE oil to form acid, and the acid corrodes the components
and parts of refrigerant system. So pollute the system with chlorine ion in installation is
forbidden, such as sweat beads and other impurities that contain chlorine ion.
2.2.5
Whatever the reason we must change the drier, if the refrigerant system is exscinded in service,
after we exscind the refrigerant system, we must use something to wrap the fracture lest the
moisture in air enters into the system. The time that refrigerant system expose to air should be
less than 5 minutes.
2.2.6 Must weld the drier into system in 5 minutes in order to isolate the air when changing it.
Otherwise it will influence the performance of the drier.
2.2.7
Must use special pump after service. The lubricant should be the grease. The pump couldn’t be
used to vacuum the A/C of refrigerant R22, otherwise it would cause the contamination of
refrigerant, and influence the performance of A/C. The time of vacuuming must be over 25
minutes, Otherwise the moisture in system will be too high, and affect the stability of A/C.
2.2.8 If need to change the components and parts, must use the special one of R410A in service.
Using the components and parts of R22 is forbidden; otherwise it would affect the stability of
A/C.
The refrigerant R410A should be placed in environment under 30
℃
. If the refrigerant has been
placed in environment above 30
℃
, it is necessary to store the refrigerant in the environment below
30
℃
for more than 24 hours. Otherwise the component of refrigerant would be changed and it
affects the performance of A/C.
Summary of Contents for CE-KF20GW/N1Y-H
Page 6: ...3 4 Outdoor unit MSH 07CRN1 MSH 07HRN1 3 5 Outdoor unit MSH 09CRN1 MSH 09HRN1 248...
Page 7: ...3 6 Outdoor unit MSH 12CRN1 MSH 12HRN1 530 315 290 750 110 62 590 285 249...
Page 8: ...4 Refrigeration cycle diagram 250...
Page 35: ...229 1 Features 1 1Compact design 1 2High efficiency and quiet operation...
Page 37: ...231 3 Dimensions 3 1 Indoor unit 3 2 Outdoor unit...
Page 40: ...234 6 Wiring diagram Indoor unit Outdoor unit...
Page 51: ...1 Features 1 1Compact design 1 2High efficiency and quiet operation 215...
Page 53: ...3 Dimensions 3 1 Indoor unit 3 2 Outdoor unit 217...
Page 54: ...4 Refrigeration cycle diagram 218...
Page 70: ...203 3 Dimensions 1 Indoor unit 7 9K 2 Indoor Unit 12K 3 Outdoor unit...
Page 75: ...208 7 Wiring Diagram 7 1 Indoor unit 7 9K 7 2 Indoor unit 12K...
Page 76: ...209 7 3 Outdoor unit M2OA 18HRIN2 Outdoor unit M3OA 27HRIN2...
Page 85: ...182 3 Dimensions 3 1 Indoor Unit MSG 09HRI MSG 07 09HRIN2 3 2 Indoor Unit MSG 12HR1...
Page 86: ...183 3 3 Indoor Unit MSG 12HRIN2 3 4 Outdoor Unit...
Page 90: ...187 Outdoor unit MSG 09HRI MSG 12HRI S N L...
Page 91: ...188 Indoor unit MSG 12HRIN2 Outdoor unit MSG 07HRIN2 MSG 09HRIN2 MSG 12HRIN2 N L S...
Page 101: ...1 Features 1 1Compact design 1 2High efficiency and quiet operation 158...
Page 103: ...3 Dimensions 3 1 Indoor unit MSG1 07 09C H RN2 3 2 Indoor unit MSG1 12C H RN2 280 160...
Page 104: ...3 3 Outdoor unit MSG1 07C H RN2 3 4 Outdoor unit MSG1 09C H RN2 161...
Page 105: ...3 5 Outdoor unit MSG1 12C H RN2 530 315 290 750 110 62 590 285 162...
Page 110: ...6 2 Heating cooling 6 2 1 MSG1 07HRN2 MSG1 09HRN2 167...
Page 111: ...6 2 2 MSG 12HRN2 168...
Page 122: ...1 Features 1 1Compact design 1 2High efficiency and quiet operation 140...
Page 126: ...3 Dimensions 3 1 Indoor unit 3 2 Outdoor unit 144...
Page 130: ...6 2 Heating cooling 148...
Page 144: ...3 Dimensions 3 1 Indoor unit 7000Btu h 9000Btu h 12000Btu h 132...
Page 145: ...3 2 Outdoor unit 133...
Page 153: ...117 3 Dimensions 3 1 Indoor unit 3 2 Outdoor unit 62 77 860 895 589 6 142 9 302 328 350...
Page 168: ...3 Dimensions 3 1 Indoor unit 3 2 Outdoor unit 12 5 102...
Page 171: ...6 Wiring diagram 6 1 MSG 24CR MSG 30CR MSG 24CRN2 MSG 30CRN2 220V 1Ph A2 A1 105...
Page 172: ...6 2 MSG 24HR MSG 30HR MSG 24HRN2 MSG 30HRN2 220V 1Ph A1 A2 106...
Page 173: ...6 2 MSG 30CR MSG 30CRN2 380V 3Ph 107...
Page 174: ...6 2 MSG 30HR MSG 30HRN2 380V 3Ph 108...
Page 182: ...1 Features 1 1Compact design 1 2High efficiency and quiet operation 66...
Page 190: ...3 3 Indoor unit MSG 18 21C H R N2 3 4 Outdoor unit MSG 05 07 09C H R N2 74...
Page 192: ...3 7 Outdoor unit MSG 21C H R N2 12 5 76...
Page 201: ...6 2 2 MSG 12HR B TYPE MSG 12HRN2 85...
Page 226: ...6 1 5 MSG 30CRN2 380V 50Hz A N 1 2 3 4 58...
Page 227: ...6 2 1 MSB 07HRN2 MSB 09HRN2 6 2 2 MSB 12HRN2 59...
Page 229: ...6 2 4 MSB 21HRN2 61...
Page 230: ...6 2 5 MSB 24HRN2 MSB 30HRN2 A1 A2 62...
Page 231: ...6 2 6 MSB 30HRN2 380V 50Hz 63...
Page 236: ...3 Dimensions 3 1 Indoor unit 18000 21000Btu h 3 2 Indoor unit 24000 30000Btu h 31...
Page 237: ...3 3 Outdoor unit 18000 3 4 Indoor unit 21000 30000Btu h 12 5 32...
Page 240: ...6 Wiring diagram 6 1 MSB 18CR MSB 21CR 35...
Page 241: ...6 2 MSB 24CR MSB 30CR 36...
Page 243: ...6 4 MSB 21HR 38...
Page 244: ...6 5 MSB 24HR MSB 30HR A1 A2 39...
Page 254: ...12 3 Dimensions 3 1 Indoor unit 5000 9000Btu h 12000Btu h...
Page 255: ...13 3 2 Outdoor unit 5000 9000Btu h 3 3 Outdoor unit 12000Btu h...
Page 258: ...16 6 Wiring diagram 6 1 Cooling only 5000 9000Btu h 12000Btu h...
Page 260: ...18 6 2 Heating cooling 5000 9000Btu h 12000Btu h...
Page 261: ...19 Outdoor unit...
Page 280: ...3 Dimensions 3 1 Indoor unit MSH 09HRDN1 3 2 Indoor unit MSH 12HRDN1 279...
Page 281: ...3 4 Outdoor unit MSH 09HRDN1 MSH 12HRDN1 530 315 290 750 110 62 590 285 280...
Page 282: ...4 Refrigeration cycle diagram 281...
Page 308: ...1 Features 1 3Compact design 1 4 ation High efficiency and quiet oper...
Page 312: ......
Page 313: ...4 Refrigeration cycle diagram...
Page 316: ......
Page 318: ......
Page 332: ...2 1 Features 1 1Compact design 1 2High efficiency and quiet operation...
Page 336: ...3 4 Outdoor unit MSH 07CR MSH 07HR MSH 09CR MSH 09HR 3 5 Outdoor unit MSH 12CR MSH 12HR 6...
Page 337: ...4 Refrigeration cycle diagram 7...
Page 345: ...7 2 1 2 MSH 12CR 15...
Page 346: ...7 2 2 Heating cooling 7 2 2 1 MSH 07HR MSH 09HR 16...
Page 347: ...7 2 2 2 MSH 12HR 17...