McQuay MDS080BR Installation Guide Page 54
- Page / 116
- Table of contents
- BOOKMARKS
Rated. / 5. Based on customer reviews
-54-
Design & installation Guide For McQuay MDS Multi System
3.2 Selection of Indoor Units
The selection of indoor unit should be based on the several factors, including customer s
requirement, indoor air distribution, indoor decoration, etc. Ceiling concealed, ceiling cassette,
high pressure duct unit and ceiling exposed are available now.
The indoor unit should be selected to meet the actual indoor load demand. The nominal
cooling capacity should be is more than or equal to the actual indoor load demand.
As the indoor total capacity is different from the outdoor total capacity, the actual indoor
cooling capacity may be different from the nominal capacity, and it should be calculated in
accordance with the outdoor capacity table.
For ceiling concealed and duct unit, McQuay has several types such as standard unit, auxiliary
electric heater, auxiliary hot water heater, etc.
The selection is based on the following factors:
Cooling capacity/ heating capacity
Auxiliary heater capacity ( optional )
Air flow
External static pressure
Dimension
Power supply and others.
Selection step
Select the type of the indoor unit:
1. Are the units ceiling concealed, ceiling cassette, high pressure duct unit or ceiling exposed ?
2. Are the units cooling only, heat pump, auxiliary electric heater or auxiliary hot water heater?
Calculate the cooling capacity and heating capacity
Confirm the model and the quantity
According to the cooling capacity, heating capacity, return air temp, ambient temp, humidify
and air flow, we can choose the model and confirm the quantity.
The ESP of the unit can be confirmed according to the air flow and the duct parameter.
Confirm the heating capacity. If the unit selected can meet the heating requirement, then it
is OK, but if can not, then we should select auxiliary hot water heater or auxiliary electric
heater.
For the cooling only unit, the actual total cooling capacity can be gotten through the following
formula: Actual total cooling capacity = Actual capacity x QTY
For the heating only unit, the actual total heating capacity can be gotten through the
following formula: Actual total heating capacity = Actual capacity x QTY + ( Auxiliary
heating capacity )
The best selection is that both the cooling capacity and the cooling capacity can meet the
requirement. Please note that the nominal cooling capacity and the nominal heating capacity
is obtained in the standard condition. When the units run in nonstandard condition, the actual
cooling capacity and the actual heating capacity are different from the nominal cooling
capacity and the nominal heating capacity.
- CONTENTS 3
- Overview 4
- MDS080BR MDS100BR MDS120BR 7
- MDS150BR 7
- MDS200BR MDS220BR MDS240BR 8
- MDS180BR 8
- MDS280BR MDS300BR 9
- MDS260BR 9
- 1.3 Main Features 10
- Nominal capacity 11
- 100% operating 11
- 1.4 Nomenclature 12
- 1.5 Products Series 14
- 1.6 Performance Parameter 15
- 1.6.3 Ceiling Cassette 16
- 1.7 Operating Range 19
- 1.8 Refnet 19
- 1.8.2 C Type 20
- 1.9 Outline of Indoor Units 21
- 1.9.2 MDB050T 22
- 1.9.3 MDB060T 22
- 1.9.5 MCM020T MCM030T MCM050T 23
- 1.9.6 Auxiliary Heating Coil 24
- 1.10 Outline of Outdoor Units 25
- Unit Control 27
- Te m perature 28
- 2.3.3 Wire Control Panel 31
- 2.3.4 Outline and Dimension 31
- 2.3.5 Installation Type 31
- concealed installation 31
- 2.5 Network Central Control 34
- 2.6 Wiring Diagram 35
- Model MCK025/030/040/050T 36
- MCM020/030T 36
- Model MCM050T 37
- Model MDB050/060T 37
- Model MDS030A 38
- Model MDS030AR 38
- Model MDS040AR 39
- Model MDS040A 39
- Model MDS050A 40
- Model MDS050AR(220V~/50Hz) 40
- Model MDS060A 41
- Model MDS060AR(220V~/50Hz) 42
- Model MDS080/100/120B 43
- Model MDS080/100/120BR 43
- Model MDS150B 44
- Model MDS150BR 44
- Model MDS180B 45
- Model MDS180BR 45
- Model MDS200/220/240B 46
- Model MDS200/220/240BR 46
- Model MDS260BR(Master Unit) 47
- Connecting the master unit 48
- 2.7 Electric Connection 49
- 2.7.3 MDS080 240B/BR 50
- 2.7.4 MDS260 300B/BR 50
- 2.8 Electric Data 51
- Selection 52
- 3.2 Selection of Indoor Units 54
- Correction factor 57
- 3.4 Design of Air System 58
- 3.5 Slection of Refnet Joint 63
- For MDS-A series 64
- For MDS-B series 64
- Y type 65
- Type: MDS-Y5 65
- 3.6 Selection of E-EXV Box 66
- Installation 67
- Suspension ropes 68
- Protective pads 68
- (2 ropes) 68
- 4.2 Indoor Unit Installation 70
- (machine dimension) 820mm 73
- PULL PULL PULL PULL 76
- Height between indoor 78
- Refnet joint 80
- Outdoor unit 80
- Distributor kit 80
- Controller 81
- Indoor unit 81
- To indoor unit 82
- To outdoor unit 82
- Moisture 83
- Blind plug(copper) 84
- Flare fitting 84
- Avoid wielding too often 85
- Work flow 86
- NO.1 NO.2 87
- 6.4mm~25.4mm 10mm or more 88
- 28.6mm~38.1mm 15mm or more 88
- Unit: mm 89
- Absolute pressure 91
- Surface pressure (kg/cm 91
- Ordinary vacuum drying 92
- Special vacuum drying 93
- 30 or more 96
- Pipe mouth facing downward 96
- Air vent pipe 96
- Air vent device 97
- 5.1.1 MDS Series Indoor Units 98
- Model 1 setting (SW1.1 SW1.6) 98
- Address settings (SW2.1 99
- Model 2 setting 100
- SW3.5 SW3.8 100
- Power setting SW3.1 SW3.4 100
- Reserve 100
- Digital control 102
- 5.2 Trial Run 105
- Servicing and Maintenance 106
- 6.2 Servicing and Maintenance 107
- For example: 112
- WWW.MCQUAY.COM 116
Related products and manuals for Split-system air conditioners McQuay MDS080BR
(54 pages)© 2020, manymanuals.com. All rights reserved. | 0.578 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Comments to this Manuals