Samsung CNH NDB Series Technical Data Book Download Page 67

Page: 67 / 94

6. Capacity Correction

Pipe Length (ft)

16.4

32.8

49.2

65.6

82.0

98.4 114.8 131.2 147.6 164.0 180.4 196.9 213.3 229.7 246.1

l Diff

enc

e (ft

)

98.4

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

82.0

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

65.6

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

49.2

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

32.8

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

16.4

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.0

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-16.4

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.87

-32.8

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.87

0.85

-49.2

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.86

0.84

-65.6

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.86

0.83

-82.0

0.95

0.94

0.93

0.92

0.91

0.90

0.88

0.87

0.85

0.81

-98.4

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.86

0.84

0.80

Heating

Pipe Length (ft)

16.4

32.8

49.2

65.6

82.0

98.4 114.8 131.2 147.6 164.0 180.4 196.9 213.3 229.7 246.1

l Diff

enc

e (ft

)

98.4

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

82.0

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

65.6

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

49.2

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

32.8

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

16.4

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

0.0

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-16.4

1.00

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-32.8

0.99

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-49.2

0.98

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-65.6

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-82.0

0.97

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

-98.4

0.96

0.95

0.94

0.93

0.92

0.91

0.90

0.89

0.88

;><S8;><MTW;>S8;>MT

<:<S8<:<MTW<:S8<:MT

<@<S8<@<MTW<@S8<@MT

Cooling

Outdoor Units

Summary of Contents for CNH NDB Series

Page 1: ...SINGLE Technical Data Book Wind Free 4Way Cassette forAmerica R410A HP Model U 6 00 11 S 885 88T U BB S BBB M TE BB S BBB M T U 6 00 11 U BB S BBB M TE BB S BBB M T ...

Page 2: ...History Version Modification Date Remark 9H 98H 9 H9H8 0 8 9 U 6 00 11 1 ...

Page 3: ...mption compared to non inverter air conditioners 200 300 400 500 600 Wh h Saving 302 Wh h 621 4 Wh h Non inverter Wind Free Cooling with Micro holes The Wind Free Air conditioner pushes air out through 15 000 micro holes in the panel producing a dispersed and gentle flow of air actually defined as still air and the key here is all of those holes create a still cooled air flow that infiltrates the ...

Page 4: ... wide temperature allowance it can cool in heat of up to 50 and ΧθͱЭ ʒʪ иɇθ ϩ ϩ ʪ θʪʪі ʀͱ ʒ ͱ ࣛߤߢঙ ϩͱ ʪ ϑЇθʪ ɇ constant and comfortable home environment Ideal comfort in minutes The CAC Single digital inverter air conditionerworks at maximum capacity at startup As soon as the temperature reaches the desired or set temperature CAC Single performs fine adjustments to cope with any changes This means...

Page 5: ... 12M S 10T S U9T 2 1 1 1 S 1T 9 9 9 6 00 11 M U 9 6 00 11 6 00 11 S 885 88T U 6 00 11 S 885 88T 6 00 11 E 8 00 11 U 6 00 11 2 1 2 1 0 A 88 S 2 1 T S U T 12 9 S 21 1T 3W W 3W W 4 3W W 3W W S T 12 0 1 25 2 S T 0 8 Model Name C 1 N 2 H 3 4 5 D 6 7 6 1 2 S 2 1 T 2 1 U 0 1 ...

Page 6: ...0 Btu h 3 digits 3 Version 4 Product Type N Ã ʒͱͱθ Ƹ ϩ X Outdoor Unit 5 Product Notation 6 Feature F Flagship S Standard D Deluxe P Premium 7 Rating Voltage C ߣ ߢߥߤࣛߪߢߤ ࡥף Ǥࡥߨߢ і 8 Mode 8 6 1 2 9 9 9 6 00 11 6 00 11 S 885 88T U 6 00 11 S 885 88T 6 00 11 E 8 00 11 U 6 00 11 2 1 2 1 0 A 88 S 2 1 T S 2 1 T 2 1 U 0 1 ...

Page 7: ...ct Type N Ã ʒͱͱθ Ƹ ϩ Ę Ɗ X Outdoor Unit NASA 5 Feature1 A Ã ЭॐƊ ʒʪॐ ʪ ʪθɇ Ɵʪ Χ S Ã ЭॐƊ ʒʪॐøͱи Ɵʪ Χ Q Ã ЭॐƊ ʒʪॐƟθͱΧ ʀɇ Ɵʪ Χ F Ã ЭॐƟͱΧॐƟθͱΧ ʀɇ Ɵʪ Χ 6 Feature2 F Flagship S Standard D Deluxe P Premium 7 Rating Voltage C ߣ ߪߢߤ ࡥף ड़ߤߥߢǤࡥ ߨߢ і H ߥ ߢߢߦ ࡥף Ǥࡥ ߨߢ і 8 Mode H ʪɇϩ ťЇ Χ ŵߦߣߢ C Cooling Only R410A E ʪɇϩ ťЇ Χ ŵߤߤ D Cooling Only R22 AC CAC 8 ...

Page 8: ...0 36 42 48 Wind Free 4Way 00 11 OutdoorUnit Model Capacity kBtu h 18 24 30 36 42 48 1Phase Model Capacity kBtu h A A 9 9 Wind Free 4Way 00 11 S 88 5 88T Model Capacity kBtu h A A 9 9 1Phase Wind Free 4Way Cassette Wind Free 4Way Cassette S S 885 88T ...

Page 9: ...Contents Wind Free 4Way Cassette Outdoor Units 8 Wind Free 4Way Cassette S 885 88T 98 01 1 ...

Page 10: ...cification 9 2 Summary Table 9 3 Capacity Table 9 4 Dimensional Drawing 9 ߧ Aʪ ϩʪθ ͱ θɇЭ ϩц 9A ߨ k ʪʀϩθ ʀɇ Ǯ θ U ɇ θɇ 8 7 Sound Data 9 8 Temperature and air flow distribution Wind Free 4Way Cassette 600x600 ...

Page 11: ...nt design and robust performance Wind Free 4Way Cassette 600 x 600 Tasteful design Compact Lightweight build Refine the interiorwith an elegant compact design The enhanced Samsung Wind Free 4Way Cassette 600 x 600 indoor air conditioner features a selection of simple panel patterns to blend seamlessly into any interior design Its uniquely lightweight frame blends effortlessly and beautifully into ...

Page 12: ... 0 1 S 1T H S H T H S H T H S H T 5H S 1T 8 S H T 8 S H T 8 S9 H8T 3 1 S 1T 9 S AH T 9 S AH T 8 SA H T 00 S 1T H S H T H S H T H S H T H 8H 8H 8H U 9E 9E 9E U 98 98 98 9H9 0 H H 9 U 89 U9A98 U 9 U 88 8 89 U9A 8 AU U 8888 89 U9A U U 8888 U 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 EGE E 7 9E E 8 U 8E 8 9E E 8 U 8E 8 9E E 8 U 8E 8 U 2 2 2 U 2 U 2 2 2 U 6 6 6...

Page 13: ... 1 1 0 0 S 5 5 T 00 0 0 S 5 5 T 21 21 6 0 1 2 1 16 4 1 M M 1 21 1 4 2 6 1 5 6 1 1 1 00 6 00 0 0 S 5 5 T 1 601 1 1 1 1 2 2 5H 1 1 M 0 1 1 1 6 1 1 1 00 1 1 0 0 S 5 5 T 1 21 1 1 21 1 NOTE Specification may be subject to change without priornotice Performances are based on the following test conditions Aͱͱ ࡤ Ã ʒͱͱθ ϩʪ ΧʪθɇϩЇθʪ ࡤ ߪߢঌ ߤߨ ߩঌA U9ࡥ ߨߩঌ ߣ ߦঌA Ǯ9ࡥ ĮЇϩʒͱͱθ ϩʪ ΧʪθɇϩЇθʪ ࡤ ߧঌ ߥߧঌA U9ࡥ ߩߧঌ ߤߥ ঌA ...

Page 14: ...88 E888 Low 9 S 89 M T H Max 9E888 E 88 9 9 A Std 9 E 88 8E888 Mid Min E 88 E 88 Low 88 88 A NOTE Sound data is based on cooling operation Electric Characteristics Model Outdoor Unit Input Current Amperes Power Supply Indoor Unit Outdoor Unit Rated Voltage range Outdoor Unit Indoor Unit Total MCA A MOP A Hz 10 Min Max Cooling Heating 8A S 88A M T 8A S 88A M T 60 208 to 230 187 253 AH9 9 9 S 89 M T...

Page 15: ...H 8H 8 9 H8 AH 8H 9 9 H AH 8H 9 9 H AH 8H A H9 H 8H H H8 8H H H 8H A AH9 H 8H 8 AH H 8H 9 AH H 8H 9 98H H9 8H 99 98H9 H 9H 98H H8 9H 99H8 H 9H 99H H 9H 8 99H H 9H 9 9 H H 9H 9 H H 9H 9 H H 9H8 H9 HA 9H8 H H9 9H8 H H 9H8A H H 9H98 AH H 9H99 AH H9 9H9 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U9 H 9H9 H 9H99 H 9H98 H 9H8A H 9H8 H 9H8 U AH8 9H HA 9H H 9H 9 H 9H 8 H 9H9A H 9H9 9 9 HA 9H 9 H 9H 9 H ...

Page 16: ...8H8 8H 9 H AHA 8H 9 H AH 8H A AH HA 8H 9 98H9 H9 8H 98H H 8H 98H H 8H 99H8 H 8H 99H H 8H 9 H9 H 8H A 99 98H H9 9H 8 99H9 H 9H 99H H 9H 99HA HA 9H 9 H9 H 9H A 9 H H 9H 8 9 H H 9H 9 H9 H9 9H8A H H 9H9 HA H 9H9 AH H 9H9 AH H 9H9 AH H 9H9 98H H 9H 9 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U9 H8 9H98 HA 9H8A H 9H8 H 9H8 H 9H8 H 9H8 U AH 9H A AH9 9H AH8 9H HA 9H H 9H H 9H 9 9 H 9H 9 H 9H 8 9 H 9H 9...

Page 17: ...9H 9H 9 H 9H H 9 H9 9H H 9 HA 9H H 9 H 9H 8 A 9 H 99H9 9H A 9 H 99H 9H 9 HA 99H 9H 9 H 9 H 9H 9 H 9 H9 9H 8 9 H 99HA 9H 9 9AH 99H 9H 99 9 HA 9 H HA 9 H 9 HA H8 9 H 9 H H98 9AH9 9 H H9 9AH 9 H H9A 8H 9 H H 9H 9 H H A 9 9 HA 99H H 8 9 H 99H H 9 H 9 H H 9 9 H 9 H H 9 H8 9 H H A 9 H 9 H H 9 H 9 H8 H 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U9 9 H H 9 9 H H 9 H9 H 9 H8 H 9 HA H 8 9 H H U 9 H H 9 H ...

Page 18: ...24 3 8 620 24 3 8 381 15 66 2 5 8 Adjustable until 550mm 165 225 51 140 188 207 249 269 212 8 5 16 5 6 3 4 22 5 8 5 15 16 250 M4 Screw 11 13 16 5 7 16 8 7 8 3 1 2 4 6 1 2 9 13 16 Adjustable until 21 5 16 inches 9 1 4 7 3 16 12 5 16 9 13 16 2 5 1 2 7 3 8 8 1 8 10 9 16 Ceiling opening Ceiling opening No Name Description 8AM9 S 88AM89 M T 9 S 89 M T 1 Liquid pipe connection ף H S9M JT 2 Gas pipe conn...

Page 19: ...5 Centerof Gravity 5 Centerof Gravity Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ Wind Free 4Way Cassette 600x600 620 24 3 8 295 11 5 8 145 5 11 16 266 10 7 16 620 24 3 8 320 12 5 16 ...

Page 20: ...ç EXT_CONTROL kǹƟkŵĘ øࢼAĮĘƟŵĮø EVA OUT 10K Ɵ ʪθ ϑϩͱθ kǤ ĮƸƟ ߣߢç NOTE Ɵ ϑ и θ ʒ ɇ θɇ ɇΧΧ ʪϑ ͱ ц ϩͱ ϩ ʪ Ã ʒͱͱθ Ї ϩ Ɗц ɵͱ ϑ ϑ ͱи ɇϑ ͱ ͱи ࡤ ɵ ࡤ ɵ ɇʀ ࡥ θʪʒࡤ θʪʒࡥ ɵ Їࡤ ɵ Їʪࡥ и ϩࡤ и ϩʪࡥ цʪ ࡤ цʪ ͱиࡥ ɵθ ࡤ ɵθͱи ࡥ ϑ цࡤ ϑ цɵ Їʪࡤ θ ࡤ θʪʪ For connection wiring indoor outdoor transmission F1 F2 indoor wired remote controller transmission F3 F4 Protective earth screw ࡤ ʀͱ ʪʀϩͱθࡥ ࡤ Ɵ ʪ и θʪ αЇɇ ϩ ϩц Wind Free 4Way...

Page 21: ...or notice Sound pressure level is obtained in an anechoic room Sound pressure level is a relative value depending on the distance and acoustic environment Sound pressure level may differ depending on operation condition dBA A weighted sound pressure level ŵʪ ʪθʪ ʀʪ ɇʀͱЇϑϩ ʀ ΧθʪϑϑЇθʪ ߢ ʒ9 ߤߢ ڌ ťɇ Wind Free 4Way Cassette 600x600 Model 8A S 88A M T 9 9 S 89 M T 8 9 S 89 M T A 4 A ...

Page 22: ...ubject to change without prior notice Sound power level is an absolute value that a sound source generates dBA A weighted sound power level Reference power 1pW Measured according to ISO 3741 Ƹ ϩࡤ ʒ9 Model 8A S 88A M T 9 S 89 M T 9 9 S 89 M T 2 9 S 89 M T NC Curve 9T 8A S 88A M T 3 9 S 89 M T ...

Page 23: ...ribution 8A S 88A M T Cooling AirVelocity distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ Wind Free 4Way Cassette 600x600 ...

Page 24: ... 4Way Cassette 600x600 9 S 89 M T Cooling AirVelocity distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ ...

Page 25: ... 4Way Cassette 600x600 9 S 89 M T Cooling AirVelocity distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ 9 ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ʒʪ θʪʪ ...

Page 26: ...Wind Free 4Way Cassette 1 Specification 2 Summary Table 3 Capacity Table 4 Dimensional Drawing A ߧ Aʪ ϩʪθ ͱ θɇЭ ϩц 9 ߨ k ʪʀϩθ ʀɇ Ǯ θ U ɇ θɇ 7 Sound Data 8 Temperature and air flow distribution ...

Page 27: ...simple installation kɇϑʪ installation and minimize maintenance with a detachable no drip design Wind Free 4Way Cassette Stylishly clean design Aesthetic panel and display Wind Free 4Way Cassette offers two different pattern designs for the panel The simple display design with rounded corners adds a chic sophistication to the interior Power Defrost Time Clean Neat and clean design The indoorWind Fr...

Page 28: ... 1 S 1T 8 SA H T 8 SA H T 8 SA H T 00 S 1T H S H T H S H T H S H T H 8H 8H 8H U 9E 9E 9E U 98 98 98 H8 H H 0 H 9 H H U 89 U9A 8 U U 88 8 89 U9A 8 U U 88 8 89 U9A 9 U U 88 8 U 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 EGE E 7 9E E 8 U 8E 8 9E E 8 U 8E 8 9E E 8 U 8E 8 U 2 2 2 U 2 U 2 2 2 U 6 6 6 U 2 2 2 9 9 9 M H8M 9H8M9 H8 H8M 9H8M9 H8 H M H M9 H 1ዣM M M M ...

Page 29: ... T 1 21 1 1 21 1 00 0 0 S 5 5 T 1 601 1 1 1 1 2 2 5H 1 1 M 0 1 1 1 6 1 1 1 00 1 1 0 0 S 5 5 T 0 1 2 1 16 4 1 M M 1 21 1 4 2 6 1 5 6 1 1 1 00 6 1 H 1 1 6 21 21 2 2 002 3 51 0 1 1 00 1 1 0 0 S 5 5 T 00 0 0 S 5 5 T 21 21 6 NOTE Specification may be subject to change without priornotice Performances are based on the following test conditions Aͱͱ ࡤ Ã ʒͱͱθ ϩʪ ΧʪθɇϩЇθʪ ࡤ ߪߢঌ ߤߨ ߩঌA U9ࡥ ߨߩঌ ߣ ߦঌA Ǯ9ࡥ ĮЇϩʒ...

Page 30: ...A H T 8 SA H T 00 S 1T H S H T H S H T H S H T H 8H 8H 8H U 9E 9E 9E U U 98 U 98 U 98 HA H H 0 H A H 8 H 8 U 89 U9A U A U 88 8 89 U9A U U 88 8 89 U9A U A U 88 8 U 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 8 8898U988889U 88888U 88888 EGE E 7 9E E 8 U 8E 8 9E E 8 U 8E 8 9E E 8 U 8E 8 U 2 2 2 U 2 U 2 2 2 U 6 6 6 U 2 S T 2 S T 2 S T 9 9 9 M H M H M9AH8 H M H8M 8H9 H M H M 9H 1ዣM 9 8 MA99...

Page 31: ...21 1 1 1 00 1 1 0 0 S 5 5 T 00 0 0 S 5 5 T 1 601 1 1 1 1 1 21 1 1 1 6 1 2 2 5H 1 1 M 0 1 1 21 1 4 2 6 1 5 6 1 1 1 00 6 21 21 6 0 1 2 1 16 4 1 51 0 1 1 00 1 1 0 0 S 5 5 T 00 0 0 S 5 5 T 1 H 1 M M 1 6 21 21 2 2 002 3 NOTE Specification may be subject to change without priornotice Performances are based on the following test conditions Aͱͱ ࡤ Ã ʒͱͱθ ϩʪ ΧʪθɇϩЇθʪ ࡤ ߪߢঌ ߤߨ ߩঌA U9ࡥ ߨߩঌ ߣ ߦঌA Ǯ9ࡥ ĮЇϩʒͱͱθ ϩ...

Page 32: ...d AA AA Min 9 E888 9 E888 Low A A NOTE Sound data is based on cooling operation Electric Characteristics Model Outdoor Unit Input Current Amperes Power Supply Indoor Unit Outdoor Unit Rated Voltage range Outdoor Unit Indoor Unit Total MCA A MOP A Hz 10 Min Max Cooling Heating AĘ ߣߪߦU Aߢߣߪ ĘߦUA ࢩ Aǹ ߣߪ U Aߢߣߪ ǹ UA ࢩ 60 208 to 230 187 253 9 H AĘ ߤߦߦU Aߢߤߦ ĘߦUA ࢩ Aǹ ߤߦ U Aߢߤߦ ǹ UA ࢩ 60 208 to 230 187...

Page 33: ... H 9 H 9H8 H8 9 H 9H8 H9 9 H 9H8 H 9 H9 9H8 A 9 HA 99H 9H 9 H 99HA 9H 9 H 9 H 9H 9 H8 9 H 9H 8 9 H 9 H 9H 9 9AH 9 H 9H 8H 9 H9 9H 99 9 H 9 H9 H8 9 H9 9 H H8 9 H 9 H H98 9 H 9 H H9 9 H 9 H9 H9 9AH 9 H8 H9A 8H 9 H H 9 9 H 99H 9HA 9 H9 9 H H88 9 H 9 H H8 9 H 9 H8 H8 9 H 9 H H98 9 H 9 H H9 9 H 9 H H9 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U9 9 H 9H 9 H 9H 9 H9 9H 9 H8 9H 9 HA 9H 8 9 H 9H U 8H H ...

Page 34: ...H9 9 H 9H 8 HA 9 H 9H H 9 H 9H H 9 H 9H 8H 9 H9 9H A 9H 9 H 9H A H 9 H 9H H 9 H 9H H8 9 H 9HA8 H 9 H 9HA H 9 H 9HA H8 9 H9 9HA 99 9H 9 HA H9 H 9 H H9A H 9AH8 H H 9AH H H8 9AH H H 9AH H A H 9 H H 9 9 H8 9 H H 9AH8 9 H H 9AH 9 H H A 8H 9 H HA 8H 9 H HA 9H 9 H8 H88 HA 9 H H8 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U9 9 H H A 9 H H 9 H H 9 H H 9 H8 H 8 9 HA H9 U H H A H H H H 8 H8 H H H 8 H H 9 H...

Page 35: ... 8H H 9H H H 9H 8 8 AH 9H 9HA 9H H9 9HA H H H89 H H H8 H H H8 H8 H9 H8A H H H9 A H 9AH H HA 9AH H AH9 8H H 8H8 9H8 H 8H 8H H H9 8H H H 8H H 99 HA 9AH H H9 8H H 9 H 9H8 H H8 9H H H 9H H HA 9H H 8H 8H H A 9 9AHA 9 H HA 9H8 9 H8 H8 9H 9 H H8 H 9AH9 H9 H8 9 HA H9 H9 9 H H 8 H 9 H H 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U H8 H H H H H A H H HA H 9 H H 9 H8 HA H HA H H H8 H 9H H 9H H H H 8 HA H H...

Page 36: ... H H H9 H H H9A H H H 8 H H H 8H H H 9 9HA AH H H 8H H H9 AHA H H AH H H AH8 HA A 9H H8 HA H H H89 HA H H8 H8 H H9 H HA H9 H H H9A 8H H H 99 H H H 8H H H 9 9H H9 H H HA H H8 H H A H H H H HA HA9 9 HA 8HA H H9 9H H 9 H H H H8 H8 H H H H HA H H 8H H8 HA 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U H8 HA H H H H H8 H H H H H 9 H9 H9 H H98 H H8 H8 H8 H HA H HA H HA HA HA H HA8 H8 H H H H9 H A 9H H9 ...

Page 37: ... 8 AH H H 9H H9 H H H H 8 H H H HA H H HA H H 8 8H H H 9H HA H H8 H H H HA HA A H H HA AH9 H H8 8H H H9 H8 AH H 8 H AH9 H H8 H H H H H 99 9H H9 H H HA H H H H H H H H H H H H8 H 9 8H9 H H 9 9 H8 H H H H H H H H 8 AH H8 H 8H8 H H 9 9H H H H9 H8 H 9 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U 9H H 8 9H H9 8H H8 8H H8 8H8 HA AH HA8 9 H8 H H H H9 H H H9 H H9 H H8 H HA H9 H H H H9 H A H H H8 H A H H...

Page 38: ... H9 H89 8 9H8 H HA8 H HA H88 HA AH9 H98 H 8H H 8 H AHA H 9H AH H 9 H H H 9 A H 8H H H 9H H H H H H8 H H AH8 H H 9H HA HA8 H8 H H89 99 H8 H8 H9 H HA H H AH H H 8H H A AH 8H H 9H9 8H9 H 8 H AH H 9 9 H H H AH9 H8 H 8H H H 9H H H 9H H H H H8 H H9 H H 9 21 H SÇE T 12 SÇE M T M M 9 M 8 M M 8 M A8 M U 9H H 9H H9 9H8 H99 8H H8 8H HAA AH HA 9 8H9 H AH H AH9 H 9 H H H9 H H H 9 H8 H H H H H H9 H A 9H H 8HA H...

Page 39: ...ption 9 S 89 M T S 8 M T 1 Liquid pipe connection ף H S9M JT 2 ɇϑ Χ Χʪ ʀͱ ʪʀϩ ͱ ף 9 H S9M JT ף 9 H S M JT 3 Drain pipe connection Q S9H JTE S8HA JTR 4 Power supply Communication wiring conduit 5 Fresh air intake knockout hole 989 S JT ࡥ Ƹϑʪ đߦ Ɗʀθʪи NOTE ϑ ͱθ ϑЇϑΧʪ ϑ ͱ ɵͱ ϩࡥ Χ ʪɇϑʪ Їϑʪ đߪ ड़ đߣߢ Procured at local site ...

Page 40: ...quid pipe connection ף AH S M JT 2 ɇϑ Χ Χʪ ʀͱ ʪʀϩ ͱ ף 9 H S M JT 3 Drain pipe connection Q S9H JTE S8HA JTR 4 Power supply Communication wiring conduit 5 Fresh air intake knockout hole 989 S JT ࡥ Ƹϑʪ đߦ Ɗʀθʪи NOTE ϑ ͱθ ϑЇϑΧʪ ϑ ͱ ɵͱ ϩࡥ Χ ʪɇϑʪ Їϑʪ đߪ ड़ đߣߢ Procured at local site Wind Free 4Way Cassette ...

Page 41: ...ee 4Way Cassette 5 Centerof Gravity 5 Centerof Gravity Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ 890 910 35 1 16 35 13 16 890 910 35 1 16 35 13 16 445 17 1 2 445 17 1 2 A B A B 24kBtu h 8 48kBtu h 8 Q9 R 9 8 Q U9M R Q98U M9 R 99 Q U9M R ...

Page 42: ...Ę ߣߢç EXT_CONTROL kǹƟkŵĘ øࢼAĮĘƟŵĮø EVA OUT 10K Ɵ ʪθ ϑϩͱθ kǤ ĮƸƟ ߣߢç NOTE Ɵ ϑ и θ ʒ ɇ θɇ ɇΧΧ ʪϑ ͱ ц ϩͱ ϩ ʪ Ã ʒͱͱθ Ї ϩ Ɗц ɵͱ ϑ ϑ ͱи ɇϑ ͱ ͱи ࡤ ɵ ࡤ ɵ ɇʀ ࡥ θʪʒࡤ θʪʒࡥ ɵ Їࡤ ɵ Їʪࡥ и ϩࡤ и ϩʪࡥ цʪ ࡤ цʪ ͱиࡥ ɵθ ࡤ ɵθͱи ࡥ ϑ цࡤ ϑ цɵ Їʪࡤ θ ࡤ θʪʪ For connection wiring indoor outdoor transmission F1 F2 indoor wired remote controller transmission F3 F4 Protective earth screw ࡤ ʀͱ ʪʀϩͱθࡥ ࡤ Ɵ ʪ и θʪ αЇɇ ϩ ϩц Wind Free ...

Page 43: ... subject to change without prior notice Sound pressure level is obtained in an anechoic room Sound pressure level is a relative value depending on the distance and acoustic environment Sound pressure level may differ depending on operation condition dBA A weighted sound pressure level ŵʪ ʪθʪ ʀʪ ɇʀͱЇϑϩ ʀ ΧθʪϑϑЇθʪ ߢ ʒ9 ߤߢ ڌ ťɇ Model 9 S 89 M T S 8 M T 8 S 8 8 M T 4 8 8 8 S 8 M T ...

Page 44: ... notice Sound pressure level is obtained in an anechoic room Sound pressure level is a relative value depending on the distance and acoustic environment Sound pressure level may differ depending on operation condition dBA A weighted sound pressure level ŵʪ ʪθʪ ʀʪ ɇʀͱЇϑϩ ʀ ΧθʪϑϑЇθʪ ߢ ʒ9 ߤߢ ڌ ťɇ Model S 8 M T S 8 M T 4 Wind Free 4Way Cassette 8 8 ...

Page 45: ...bject to change without prior notice Sound power level is an absolute value that a sound source generates dBA A weighted sound power level Reference power 1pW Measured according to ISO 3741 Ƹ ϩࡤ ʒ9 Model 9 S 89 M T S 8 M T 8 S 8 8 M T 2 S 8 M T NC Curve 9T 9 S 89 M T 3 8 S 8 8 M T S 8 M T S 8 M T A ...

Page 46: ...ations may be subject to change without prior notice Sound power level is an absolute value that a sound source generates dBA A weighted sound power level Reference power 1pW Measured according to ISO 3741 Ƹ ϩࡤ ʒ9 Model S 8 M T S 8 M T 6 S 8 M T NC Curve T S 8 M T 8 9 ...

Page 47: ...ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ S 8 M T Cooling AirVelocity distribution Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ ...

Page 48: ...θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ S 8 M T Cooling AirVelocity distribution Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ Wind Free 4Way Cassette ...

Page 49: ...U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ S 8 M T Cooling AirVelocity distribution Cooling temperature distribution U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߦߧ ʒʪ θʪʪ ʪɇϩ θ Ǥʪ ͱʀ ϩц ʒ ϑϩθ ɵЇϩ ͱ ʪɇϩ ϩʪ ΧʪθɇϩЇθʪ ʒ ϑϩθ ɵЇϩ ͱ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ U ϑʀ ɇθ ʪ ɇ ʪ ࡤ ߧߤ ʒʪ θʪʪ ...

Page 50: ...1 Summary Table 9 2 Dimensional Drawing ߥ Aʪ ϩʪθ ͱ θɇЭ ϩц ߦ k ʪʀϩθ ʀɇ Ǯ θ U ɇ θɇ 5 Sound Data 9 6 Capacity Correction 7 Operation Range 8 Piping Diagram A OutdoorUnits ...

Page 51: ... Airflow CFM Sound Pressure Level dBA Sound Power Level dBA Cooling Heating A 000 8A 88A M 9H98 5 9H 5 99H H 9E8 A A 9 000 9 89 M 9H98 5 9H 5 99H H 9E8 A 9 9 000 9 89 M H 5 9H 5 9 H 8 99 H E9 000 8 M H89 5 AH A 5 9 HAA 9 H E 8 8 000 8 8 8 M H89 5 AH A 5 9 HAA 9 H E 8 000 8 M H89 5 H 5 9 HAA 9 AH E 000 8 M H89 5 H 5 9 HAA 9A H9 E 000 8 M H89 5 H 5 9 HAA 9A H9 E OutdoorUnits A 8 ...

Page 52: ...Units 601 7 336 310 790 548 285 601 7 90 360 254 149 126 105 158 23 3 4 12 1 4 13 1 4 31 1 8 21 1 2 23 3 4 3 9 16 14 3 16 10 11 1 4 4 15 16 5 7 8 4 1 8 6 1 4 1 2 3 No Name Description 1 Refrigerant gas pipe ף AH S M JT 2 Refrigerant liquid pipe ף H S9M JT 3 Drain Hole U ...

Page 53: ...OutdoorUnits 2 Dimensional D awing 9 S 89 M T Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ No Name Description 1 Refrigerant liquid pipe 9 H S9M JT 2 Refrigerant gas pipe H S9M JT 3 Drain hole U ...

Page 54: ...rant gas pipe 3 Piping intake knockout hole Front Side Rear Bottom 4 Powerwiring conduit 5 Communication wiring conduit 6 Uθɇ ͱ ʪ S 8 M T 8 S 8 8 M T S 8 M TE 8 S 8 8 M T OutdoorUnits ף AH S M JT ף 9 H S M JT θͱ ϩ ࢩ Ɗ ʒʪ ࢩ ŵʪɇθ ࡥ ף S9U M JT θͱ ϩ ࢩ Ɗ ʒʪ ࢩ ŵʪɇθ ࡥ ף S M JT Connectwiththeprovideddrainplug ף H S9M JT U ...

Page 55: ...igerant liquid pipe 2 Refrigerant gas pipe 3 Piping intake knockout hole Front Side Rear Bottom 4 Powerwiring conduit 5 Communication wiring conduit 6 Uθɇ ͱ ʪ Connect with the provided drain plug OutdoorUnits AH S M JT 9 H S M JT θͱ ϩ ࢩ Ɗ ʒʪ ࢩ ŵʪɇθ ࡥ ף S9U M JT θͱ ϩ ࢩ Ɗ ʒʪ ࢩ ŵʪɇθ ࡥ ף S M JT ...

Page 56: ...3 Centerof Gravity 8A S 88A M TE 9 S 89 M T Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ 9 S 89 M T Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ The position of foundation bolt ߣߨߧ ࣈߨࣛߣࢩߤࣉ ߤߥߤ ࣈ ࣛߣࢩߪ ߤߤߥ ࣈߪࣛߥࢩߦࣉ OutdoorUnits ...

Page 57: ...3 Centerof Gravity 3 Centerof Gravity S 8 M TE 8 S 8 8 M T Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ Ƹ ϩϑ ࡤ ࣈ ʀ ʪϑࣉ S 8 M TE S 8 M TE S 8 M T OutdoorUnits ...

Page 58: ...ɵ Їʪ Ǯ ʪ ͱΧʪθɇϩ ࡥ ʒͱ ࣱϩ ϑ ͱθϩ ʀ θʀЇ ϩ ϩ ʪ Χθͱϩʪʀϩ ͱ ʒʪЭ ʀʪ ťθʪϑϑЇθʪ ϑи ϩʀ For connection wiring indoor outdoor transmission F1 F2 outdoor outdoor transmission OF1 OF2 refer to the installation manual Protective earth screw ࡤ ʀͱ ʪʀϩͱθࡥ ࡤ Ɵ ʪ и θʪ αЇɇ ϩ ϩц 8A S 88A M TE 9 S 89 M T OutdoorUnits 1 2 1 S T 1 5 0 3 1 2 1 S T U 1 U S 88 T 01 U S 88 T 01 U S98 T 01 U S98 T 01 ...

Page 59: ...цʪ ࡤ цʪ ͱиࡥ ɵθ ࡤ ɵθͱи ࡥ ϑ цࡤ ϑ цɵ Їʪ Ǯ ʪ ͱΧʪθɇϩ ࡥ ʒͱ ࣱϩ ϑ ͱθϩ ʀ θʀЇ ϩ ϩ ʪ Χθͱϩʪʀϩ ͱ ʒʪЭ ʀʪ ťθʪϑϑЇθʪ ϑи ϩʀ For connection wiring indoor outdoor transmission F1 F2 outdoor outdoor transmission OF1 OF2 refer to the installation manual Protective earth screw ࡤ ʀͱ ʪʀϩͱθࡥ ࡤ Ɵ ʪ и θʪ αЇɇ ϩ ϩц OutdoorUnits 1 2 1 S T 1 5 0 3 1 2 1 S T U 1 U S 88 T 01 U S 88 T 01 U S98 T 01 U S98 T 01 ...

Page 60: ... и ϩࡤ и ϩʪࡥ цʪ ࡤ цʪ ͱиࡥ ɵθ ࡤ ɵθͱи ࡥ ϑ цࡤ ϑ цɵ Їʪ Ǯ ʪ ͱΧʪθɇϩ ࡥ ʒͱ ࣱϩ ϑ ͱθϩʀ θʀЇ ϩ ϩ ʪ Χθͱϩʪʀϩ ͱ ʒʪЭ ʀʪ ťθʪϑϑЇθʪ ϑи ϩʀ For connection wiring indoor outdoor transmission F1 F2 outdoor outdoor transmission OF1 OF2 refer to the installation manual Protective earth screw ࡤ ʀͱ ʪʀϩͱθࡥ ࡤ Ɵ ʪ и θʪ αЇɇ ϩ ϩц 1 2 1 S T 1 5 0 3 1 2 1 S T U 1 U S 88 T 01 U S 88 T 01 1 2 1 S T U S98 T 01 U S98 T 01 ...

Page 61: ...9 S 89 M T 4 S 8 M T NOTE Specifications may be subject to change without prior notice Sound pressure level is obtained in an anechoic room Sound pressure level is a relative value depending on the distance and acoustic environment Sound pressure level may differ depending on operation condition dBA A weighted sound pressure level ŵʪ ʪθʪ ʀʪ ɇʀͱЇϑϩ ʀ ΧθʪϑϑЇθʪ ߢ ʒ9 ߤߢ ڌ ťɇ OutdoorUnits ...

Page 62: ...ce Sound pressure level is obtained in an anechoic room Sound pressure level is a relative value depending on the distance and acoustic environment Sound pressure level may differ depending on operation condition dBA A weighted sound pressure level ŵʪ ʪθʪ ʀʪ ɇʀͱЇϑϩ ʀ ΧθʪϑϑЇθʪ ߢ ʒ9 ߤߢ ڌ ťɇ Model Cooling Heating 8 S 8 8 M T 8 S 8 M T S 8 M T S 8 M T OutdoorUnits Cool Heat Cool Heat ...

Page 63: ...vel is an absolute value that a sound source generates dBA A weighted sound power level Reference power 1pW Measured according to ISO 3741 Ƹ ϩࡤ ʒ9 Model 8A S 88A M T A 9 S 89 M T 9 S 89 M T 2 9 S 89 M T NC Curve 9T 8A S 88A M T 3 9 S 89 M T S 8 M T S 8 M T OutdoorUnits 5 5 S Sound D ound Data ata 9 ...

Page 64: ...ower level is an absolute value that a sound source generates dBA A weighted sound power level Reference power 1pW Measured according to ISO 3741 Ƹ ϩࡤ ʒ9 Model 8 S 8 8 M T S 8 M T S 8 M T 2 S 8 M T NC Curve 9T 8 S 8 8 M T 3 S 8 M T S 8 M T S 8 M T OutdoorUnits 5 5 S Sound D ound Data ata A 8 ...

Page 65: ...vel Difference ft 49 2 0 93 32 8 0 93 16 4 1 00 0 93 0 0 1 00 0 93 16 4 1 00 0 98 0 95 0 93 32 8 0 97 0 95 0 93 0 92 49 2 0 94 0 91 Heating 0 95 0 98 0 98 0 95 0 95 0 95 Pipe Length ft H 32 8 49 2 65 6 Level Difference ft 49 2 0 99 32 8 0 99 16 4 1 00 0 99 0 0 1 00 0 99 16 4 1 00 0 9 0 9 0 99 32 8 0 9 0 9 0 9 0 99 49 2 0 9 0 99 0 9 0 9 0 9 0 9 0 9 0 9 ...

Page 66: ...49 2 0 97 0 96 0 94 0 93 0 92 0 90 0 88 0 85 65 6 0 95 0 94 0 93 0 91 0 89 0 87 0 83 82 0 0 94 0 92 0 91 0 89 0 86 0 82 98 4 0 92 0 90 0 88 0 85 0 80 Heating Pipe Length ft H 32 8 49 2 65 6 82 0 98 4 114 8 131 2 147 6 164 0 Level Difference ft 98 4 0 94 0 93 0 92 0 91 0 90 82 0 0 96 0 94 0 93 0 92 0 91 0 90 65 6 0 97 0 96 0 94 0 93 0 92 0 91 0 90 49 2 0 98 0 97 0 96 0 94 0 93 0 92 0 91 0 90 32 8 0...

Page 67: ...8 0 87 0 85 0 81 98 4 0 94 0 93 0 92 0 91 0 90 0 89 0 88 0 86 0 84 0 80 Heating Pipe Length ft 16 4 32 8 49 2 65 6 82 0 98 4 114 8 131 2 147 6 164 0 180 4 196 9 213 3 229 7 246 1 Level Difference ft 98 4 0 96 0 95 0 94 0 93 0 92 0 91 0 91 0 90 0 89 0 88 82 0 0 97 0 96 0 95 0 94 0 93 0 92 0 91 0 91 0 90 0 89 0 88 65 6 0 97 0 97 0 96 0 95 0 94 0 93 0 92 0 91 0 91 0 90 0 89 0 88 49 2 0 98 0 97 0 97 0...

Page 68: ...ঙ ߨߦছ ϩͱ ߢছ ࣛߣߪঙ ϩͱ 8ঙ ߢছ ϩͱ ߣ ছ 80 or less Drying ߣߪঙ ϩͱ ߥߤঙ ߨߦছ ϩͱ ߢছ ࣛߣߪঙ ϩͱ 8ঙ ߢছ ϩͱ ߣ ছ ߥߢঙ ߪߨছ ͱθ ʪϑϑ ࣛߤ ঙ ϩͱ ߤߦঙ ࣛ9 ছ ϩͱ ߩߧছ NOTE The assumed installation conditions are follows The pipe length including elbow is 7 5m 24 6ft The level difference is 0 m Heating ࣛߤߢঙ ϩͱ ߤߦঙ ࣛߦছ ϩͱ ߩߧছ 12M 8 12M OutdoorUnits ...

Page 69: ...mistor Discharge pipe T_D Thermistor Compressor Top T_CT Heat Exchanger Main Outdoor unit HX_M Thermistor IDU Heat Exchanger Mid T_IM Thermistor Ambient T_A Thermistor CondOut T_ Solenoidvalve 4Way V_4W Thermistor IDU Heat Exchanger IN T_II Outdoor Fan Motor1 OFM1 Heat Exchanger Indoor unit HX_ID INDOOR UNIT OUTDOOR UNIT OutdoorUnits Thermistor Indoor Room T_IR Indoor Fan Motor IFM ...

Page 70: ...charge pipe T_D Thermistor Compressor Top T_CT Heat Exchanger Main Outdoor unit HX_M Thermistor IDU Heat Exchanger Mid T_IM Thermistor Ambient T_A Thermistor CondOut T_ Solenoidvalve 4Way V_4W Thermistor IDU Heat Exchanger IN T_II Outdoor Fan Motor1 OFM1 Heat Exchanger Indoor unit HX_ID Accumulator AC INDOOR UNIT OUTDOOR UNIT OutdoorUnits Thermistor Indoor Room T_IR Indoor Fan Motor IFM ...

Page 71: ...arge pipe T_D Thermistor Compressor Top T_CT Heat Exchanger Main Outdoor unit HX_M Thermistor IDU Heat Exchanger Mid T_IM Thermistor Ambient T_A Thermistor CondOut T_ Solenoidvalve 4Way V_4W Thermistor IDU Heat Exchanger IN T_II Outdoor Fan Motor1 OFM1 Heat Exchanger Indoor unit HX_ID Accumulator AC INDOOR UNIT OUTDOOR UNIT OutdoorUnits Thermistor Indoor Room T_IR Indoor Fan Motor IFM ...

Page 72: ...r Main Outdoor unit HX_M Thermistor IDU Heat Exchanger Mid T_IM Thermistor Ambient T_A Thermistor CondOut T_ Solenoidvalve 4Way V_4W Thermistor Indoor Room T_IR Indoor Fan Motor IFM Thermistor IDU Heat Exchanger IN T_II Outdoor Fan Motor1 OFM1 Heat Exchanger Indoor unit HX_ID Accumulator AC INDOOR UNIT OUTDOOR UNIT Outdoor Fan Motor1 OFM2 S 8 M TW S 8 M T S 8 M TW S 8 M T S 8 M TW S 8 M T OutdoorU...

Page 73: ...following places A place with exposure to mineral oil oil vapour or cooking area where there is spray If oil adheres to the heat exchanger performance degradation spray or condensation scattering may occur If oil adheres to a plastic component the component may deform or get damaged Such issues may result in a system failure or refrigerant leak The place where corrosive gas such as sulphuric acid ...

Page 74: ...ply an extra10 mm thick polyethylene insulation or a similartype of insulation to the body of the indoor unit Cut away the part where pipes are pulled out forthe insulating work 4 way Cassette B D A E C Insulate the end of the pipe and some curved area by using separate insulator NOTE A Reference forthe outer circumference of the unit When insulating the body of the indoor unit use A as the refere...

Page 75: ...unit test the strength of each attached suspension bolt If the length of the suspension bolt is more than 4 92ft 1 5m vibration prevention is recommended If this is not possible create an opening on the false ceiling in orderto be able to use it to perform the required operations on the indoor unit 4 Screw eight nuts and washers to the suspension bolts making space for hanging the indoor unit CAUT...

Page 76: ... supplied drain hose as far as possible over the drain socket 2 Tighten the metal clamp as shown in the picture 3 Wrap the supplied large sealing pad overthe metal clamp and drain hose to insulate and fix it with clamps 4 Insulate the complete drain piping inside the building field supply If the drain hose cannot be sufficiently set on a slope fit the hose with drain raising piping field supply 5 ...

Page 77: ... give the hose an upward gradient beyond the connection port This will cause waterto flow backwards when the unit is stopped resulting in water leaks Under gradient Ceiling Do not apply force to the piping on the unit side when connecting the drain hose The hose should not be allowed to hang loose from its connection to the unit Fasten the hose to a wall frame or other support as close to the unit...

Page 78: ... drain pipe To prevent waterfrom flowing back to indoorunits install an individual airvent at the top of each indoorunit The airvents should be T or 7 shaped to prevent dust orforeign substances from entering You may not need to install an airvent if the horizontal drain pipe has a proper slope Connecting the powerand communication cables Bushing bracket installation When connecting the powersuppl...

Page 79: ...ed through the outdoor unit by means of a H05 RN F connection cable or a more power model with insulation in synthetic rubber and a jacket in polychloroprene neoprene in accordance with the requirements specified in the standard EN 60335 2 40 1 Remove the screw on the electrical component box and remove the cover plate 2 Route the connection cord through the side of the indoor unit and connect the...

Page 80: ... and fasten it with a clamp The unbalanced power must be maintained within10 of supply rating among whole indoor units If the power is unbalanced greatly it may shorten the life of the condenser If the unbalanced power is exceeded by more than10 of supply rating the indoor unit will protect itself by stopping and displaying an error code Connect the power cable to the auxiliary circuit breaker An ...

Page 81: ... purchased a system air conditioner and it has been installed byyour installation specialist This device must be installed according to the national electrical rules Ifyouroutdoorunitexceedsanetweightof132 2lb 60kg donotinstallitonasuspendedwall butstanditonafloor The reliability of our product cannot be guaranteed under conditions of A or less OutdoorModel A 88AM89 M89 M8 ࣗߢߤঔ ࣗߣߦঐ 8 8M8 M8 M8 ࣗߥ...

Page 82: ... and wax etc based on the product condition When the product is to be shut down for a long period of time such as off peak hours take appropriate measures like covering the product If the product installed within1640 4 ft of seashore special anti corrosion treatment is required ť ʪɇϑʪ ʀͱ ϩɇʀϩ цͱЇθ ͱʀɇ Ɗ đƊƸĘ θʪΧθʪϑʪ ϩɇϩ Эʪ forfurther details CAUTION In areas with heavy snow fall piled snow could b...

Page 83: ...2 600 ormore 23 62 600 ormore 59 06 1500 or more 23 62 600 ormore 23 62 600 ormore 23 62 600 ormore 11 81 300 ormore 11 81 300 or more 11 81 300 ormore 11 81 300 ormore 19 69 500 or more 19 69 500 or more CAUTION The outdoor unit must be installed according to the specified distances in orderto permit accessibility from each side to guarantee correct operation maintenance and repair of the unit Th...

Page 84: ... line cannot be used to ground the air conditioner 3 DIf the outdoor unit is exposed to strong winds install shield plates around the outdoor unit so that the fan can operate correctly NOTE Install provided rubber legs to prevent vibration and noise AC018BXADCH Unit inch mm Anchorbolt hole 26 02 661 14 06 357 13 31 338 14 13 359 34 65 880 AC024 030 036 042 048BXADCH Unit inch mm Anchorbolt hole 24...

Page 85: ...n the outdoor unit and the indoor unit CAUTION During installation make first the refrigerant connections and then the electrical connections If the unit is being removed first disconnect the electrical cables and then the refrigerant connections Connect the air conditionerto the earthing system before making the electrical connections Connecting wire conduits When connecting cables between the in...

Page 86: ... ʀɇɵ ʪ L F1 k ʪʀϩθ ʀɇ ʀͱ Χͱ ʪ ϩ ɵͱу Aͱ Ї ʀɇϩ ͱ ʀɇɵ ʪ N IndoorUnit Main power cable MCCB 1 Communication cable Outdoor to indoorpowercable OutdoorUnit Earthing ELB ELCB 1 OR IndoorUnit đɇ Χͱиʪθ ʀɇɵ ʪ MCCB 1 OutdoorUnit Aͱ Ї ʀɇϩ ͱ ʀɇɵ ʪ ĮЇϩʒͱͱθࣗϩͱࣗ ʒͱͱθ Χͱиʪθ ʀɇɵ ʪ kɇθϩ ELB ELCB 1 OR 2 Insert the cables through the conduits and then fix the conduits to the conduit plate with the lock nuts 3 Apply si...

Page 87: ...in power cable The appearance of the unit maybe different from the picture depending on the model Powersupply 1 L 2 N L N F1 F2 When using ELB forAC018BXADCH 1 phase F2 PowerSupply The appearance of the unit maybe different from the picture depending on the model Cable tie MCCB Outdoorto indoor powercable 1 L ELB Cable clamp 2 N IndoorUnit Main power cable L F1 Electrical component box Communicati...

Page 88: ...with contact gap of a least 0 12 inch 3mm Devices disconnected from the power supply should be completely disconnected in the condition of overvoltage category Keep distances of1 97 inch 50mm or more between power cable and communication cable Main powerterminal block specifications AC88AM89 M018BXADCH 1 phase Unit inch mm AC power M4 screw 1 L L F1 0 64 16 3 0 40 10 1 Communication M4 screw 2 N N...

Page 89: ... 35 0 AC036BN6DCH 0 79 21 7 35 0 AC036BNHDCH 3 50 24 4 35 0 AC036BNTDCH 0 51 21 4 35 0 AC036BNZDCH 3 60 24 5 35 0 AC042BXADCH AC042BN4DCH 20 9 1 25 1 25 0 79 29 5 40 0 AC042BN6DCH 0 79 29 5 40 0 AC042BNHDCH 3 50 32 2 40 0 AC042BNZDCH 3 40 32 1 40 0 AC048BXADCH AC048BN4DCH 20 9 1 25 1 25 0 79 29 5 40 0 AC048BN6DCH 0 79 29 5 40 0 AC048BNHDCH 3 50 32 2 40 0 AC048BNZDCH 4 10 32 8 40 0 Single phase Mod...

Page 90: ... Voltage range Units are suitable for use on electrical systems where voltage supplied to unit terminal is not below or above listed range limits Maximum allowable voltage variation between phases is 2 Wire size type must complywith the applicable local and national code Wire size Based on the value of MCA Wire type 9Uphase 60245 IEC57 IEC or H05RN F CENELEC grade or more Silence mode controllerwi...

Page 91: ...to a soft copper tin plated eyelet terminal with M4 screw hole NOT SUPPLIED WITH UNITACCESSORIES The appearance of the unit may be different from the picture depending on the model Outdoor to indoorpowerterminal specifications Connect the cables to the terminal board using the compressed ring terminal Cover a solderless ring terminal and a connector part of the power cable and then connect it Silv...

Page 92: ...0 0 1 8 0 07 8 3 16 22 7 8 13 1 2 43 1 11 16 8 4 1 3 16 50 0 07 8 3 16 22 7 8 0 3 0 011 13 5 1 2 0 5 0 019 0 2 0 007 11 4 7 16 0 3 0 011 17 5 11 16 14 9 16 50 2 8 4 1 3 16 0 4 0 015 0 0 1 8 0 07 70 0 10 8 3 16 24 1 0 4 0 015 17 5 11 16 0 5 0 019 0 4 0 015 13 3 1 2 18 5 20 0 4 0 4 0 015 3 4 3 4 0 015 51 2 8 4 1 3 16 0 0 2 0 0 078 Connect the rated cables only Connect using a driverwhich is able to ...

Page 93: ...rthan polychloroprene sheathed flexible cord Code designation IEC 60245 IEC 57 CENELEC H05RN F When installing the indoorunit in a computerroom or network room use the double shielded tape aluminum polyesterbraid copper cable of FROHH2R type Indoorpowersupply Powersupply Max Min V Indoorpowercable ߢ ߡߤߣࣗߩߡߣ ࡡע Ǥॄࡡ ߧߡ і ॠߢߡज़ ߡࢋߡߡߢߣ ʀ ࠟ१ ߡࢋߨߦ ߣ १ ࡡ ߤ и θʪϑ Communication cable ߡࢋߡߡߢߣ ʀ ࠟ१ ߡࢋߨߦ ߣ १ ࡡ ...

Page 94: ... Co LTD ʪɇʒ Į ʀʪ ƊЇиͱ çͱθʪɇ ߣߤ ࡥ Ɗɇ ϑЇ ࣛŵͱࡥ ǽʪͱ ϩͱ ࣛ Їࡥ ƊЇиͱ A ϩцࡥ цʪͱ ࣛUͱࡥ çͱθʪɇ ߣߨߨߩߩ Ǯʪɵϑ ϩʪ ࡤ иии ϑɇ ϑЇ ʀͱ ࡥ ϩϩΧϑࡤࢩࢩΧɇθϩ ʪθ Їɵ ϑɇ ϑЇ ʀͱ k ɇ ࡤ ɇ θʀͱ ʒ ϩ ͱ ʪθঃϑɇ ϑЇ ʀͱ Ã ɇ ʪϑ ɇ ʒ ʒɇϩɇ ϩ ϑ ɵͱͱ ɇц ϑЇɵ ʪʀϩ ϩͱ ʀ ɇ ʪ и ϩ ͱЇϩ Χθ ͱθ ͱϩ ʀʪ ...

Search results

Summary of Contents for CNH NDB Series

Reviews:

Related manuals for CNH NDB Series

Brands by name

Popular brands

Samsung CNH NDB Series, Technical Data Book

Search results

Summary of Contents for CNH NDB Series

Reviews:

Related manuals for CNH NDB Series

Brands by name

Popular brands