AIR CONDITIONING PROPOSAL

LGE

Prepared by :

LATS HVAC PROJECT

 AIR CONDITIONING PROPOSAL

SUBMITTED TO DATE

ADDRESS SALES ENGINEER

PHONE E-MAIL

E-MAIL PHONE

COMPLETION DATE Valid for 30 days from above date

Costs

Equipment and Accessories

The rest of materials

Labor

Total

Note :

LATS HVAC PROJECT

Air Conditioning Proposal

LATS HVAC PROJECT

Building – Load Output

1. Project Name :
2. Date :
3. Location :
4. Design conditions
Cooling Heating
DB Temp.[℃]
Out
WB Temp.[℃]
door
RH[%]
Indoor DB Temp.[℃]
(Return WB Temp.[℃]
Air)
RH[%]

5. Cooling and Heating Loads

Floor Room Cooling load [W] Heating
Name Name Total Sensible load[W]

LATS HVAC PROJECT

Building – Load Output

5. Cooling and Heating Loads

Floor Room Cooling load [W] Heating
Name Name Total Sensible load[W]
 LATS HVAC PROJECT

Total Model Selection - Summary

Project Name :
1. Outdoor Units
Model Type Model Name Quantity Description
 Total Total

2. Indoor Units
Model Type Model Name Quantity Description

Total Total

3. Pipes 4.Branch/Header/Common pipe..etc

Index Dia(Liq:Gas, mm) Length(m) Model Name Quantity

5. Accessories
Index Model Name Quantity Description
 1
MULTI V 2
3
Model Selection - Summary 4
5
Project Name : 05/14/2015 6
7
1
Caution : Rating capacity on heating of Multi V Pro is same to rating capacity on cooling.
Please, do refer heating capacity in the performance table carefully when you design heating capacity by 2
outdoor ambient temperature.
All model selection for capacity is not responsibility of LG 3
4

1. Outdoor Units 1
No. Model Name Quantity Description 2
3
Total 0 4
5
2.Branch/Header/Common pipe 1
No. Model Name 2
3
4
3.Pipes 1
No. Dia Length 2
3
4
4. Accessories 1
Index Model Name Quantity Description 2
3
4
5. Indoor Units 1
No. Model Name Quantity Description 2
3
Total 0 4
5

1
MULTI V 2
3
Model Selection - System(ODU) 4
5
Project Name : 05/14/2015 6
System No :1/1 7
8
1. Design Condition 1
Cooling Heating 2
 DBT(C) WBT(C) RH(%) DBT(C) WBT(C) RH(%) 3
OAT 4
IAT 5
6
2. Outdoor Unit 7
8
Indoors Add. Ref. Fluid Type /
Outlet Water Temp Max total over load Product charge
Model Name
(Cooling / Heating) (l/hr/%)
/Outdoor
(kg)
Amount Concentration 9
Ratio (kg) (%)
10
11
12
Rated Capa/Corrected Capa(kBtu/h) Rated Power Input/Corrected Power Input(kW) 13
Cooling Heating Cooling Heating 14
15
16
3. Pipes 4.Branch/Header/Common pipe 1
Diameter (Liq:Gas,mm) Length(m) Model Name Quantity 2
3
4
#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc. 1
The result can be slightly different from product data book due to simulation. 2

5. Outdoor Unit Detail Information 1

2
3
4
5
6
7
8
9
10
11
12
13
14
Branch-Branch 15
Pipe Pipe Diameter Pipe Length 16
17
18
19
Outdoor Unit-Branch 20
Pipe Pipe Diameter Pipe Length 21
22
23
24
 25
26
Height Difference 27
Pipe Pipe Length 28
29
30
31
32
#Notes : Height difference is based on Master Unit 33
34
35
36

5. Indoor Units(1) 1
Room Load(kW) Room Design Temp.(RA Temp.)(°C) Rated / Corrected Capacity(kW) Capacity Ratio(%) 2
Room Cooling Heating Model Name 3
TC SC HC TC SC HC TC TC TC
DBT WBT DBT WBT 4
5
6
6. Indoor Units(2) 1
Discharge Temp. (°C) 2
Air Flow
Tag Model Name Type Rate Remark 3
Cooling Heating (CMM)
4
5
6
Total Price 1
2
1. Outdoor Units 1
Model Name Quantity Unit Price Total Price 2
3
Total 4
5
6. Refrigerant 1
Ref Type Precharge Ref.(lbs) Additional Ref.(lbs) Unti Price Total Price 2
3
4
5
1
2
3
4
5
1
2
3
 4
5
1
2
3
4
5
페이지 마지막 줄 시 사용(노트X) ↓

빈줄 추가시 사용 ↓
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1. Outdoor Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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28
29
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31
32
33
 34
35
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40
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44

2.Branch/Header/Common pipe
1
2
3
4
5
6
7
8
9
10
11
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13
14
15
16
17
18
19
20
21
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26
27
28
29
30
31
32
 33
34
35
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37
38
39
40
41
42
43
44

3.Pipes
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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29
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31
 32
33
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37
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40
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4. Accessories
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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25
26
27
28
29
30
31
 32
33
34
35
36
37
38
39
40
41
42
43
44

5. Indoor Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
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24
25
26
27
28
29
30
31
 32
33
34
35
36
37
38
39
40
41
42
43
44

3. Pipes 4.Branch/Header/Common pipe

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
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 31
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5. Indoor Units(1)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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26
27
28
29
 30
31
32
33
34
35
36
37
38
39
40
41
42
43
44

6. Indoor Units(2)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
 29
30
31
32
33
34
35
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40
41
42
43
44

1. Outdoor Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
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25
26
27
 28
29
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31
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33
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39
40
41
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2. Branch/Header/Common pipe
1
2
3
4
5
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13
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17
18
19
20
21
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 27
28
29
30
31
32
33
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40
41
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43
44

3. Pipes
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
 26
27
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29
30
31
32
33
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35
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38
39
40
41
42
43
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4. Accessories
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
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 25
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30
31
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33
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35
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37
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40
41
42
43
44

5. Indoor Units
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
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 24
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28
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30
31
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33
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40
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43
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1
MULTI V 2
3
Oil Trap 4
5
Project Name : 05/14/2015 6
7
8
9
10
11
12
13
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1. Design Conditions 1
Summer Winter 2
Outdoor Outdoor 3
DB(F) RH(%) DB(F) RH(%) 4
5
6
2. Outdoor Unit 7
8
Indoors Add. Ref. Fluid Type /
Outlet Water Temp Max total over load Product charge
Model Name
(Cooling / Heating) (l/hr/%)
/Outdoor
(kg)
Amount Concentration 9
Ratio (kg) (%)
10
11
12
13
Rated Capa/Corrected Capa(kBtu/h) Rated Power Input/Corrected Power Input(kW) 14
Cooling Heating Cooling Heating 15
16
17
18
Running current is simulated under the assumption that the load is stable. Actual running current can be varied depending on the 19
site condition. (For circuit breaker and wire size, please refer to the PDB.)”
20
21
7. Indoor Units(3) 22
23
Rated Running Current (A) Rated Power Input (W) Sound Power Level Sound Pressure Level
Room Model Name
(220V / 230V / 240V) (H / M / L) dB(A) (H / M / L) dB(A) (H / M / L)
 Rated Running Current (A) Rated Power Input (W) Sound Power Level Sound Pressure Level
Room Model Name
(220V / 230V / 240V) (H / M / L) dB(A) (H / M / L) dB(A) (H / M / L) 24
25
26
27
Efficiency Electrical Characteristics 28
Weight (kg) Dimemsions (WxHxD)
Cooling Heating Volts Phase Hz MCA MFA 29
30
31
8. Indoor Units(3) 32
Dimemsions
Electrical Characteristics 33
Tag Model Name Weight (kg)
(WxHxD)
Volts Phase Hz MCA FLA 34
35
36
Model Name Combination 37
38
39
Contents Limit Current(Max value: connected unit) 40
41
42
5. Minimum Floor Area for Installation 43
Room Name Minimum Room Area(ft2) IDU Name 44

2. Outdoor Unit

Number of maximum Max total over Combination Precharged Additional

Model Name connectable indoor load (kW(%)) Ratio (%) Refrigerant Refrigerant
units (kg) (kg)
`
 MULTI

Model Selection - Summary

Project Name : 05/14/2015

1. Outdoor Units
Model Quantity Description

Total 0

2. Indoor Units
Model Quantity Description

Total 0

3. Pipes 4. BD Unit
Code Tubing Size(mm) Quantity(m) Model No. Quantity

5. Accessories
IDX Model Quantity Description
 MULTI

Model Selection - System 1

System Name : 05/14/2015

System No :1/1

1. Design Conditions
Cooling Heating

DBT(C) WBT(C) RH(%) DBT(C) WBT(C) RH(%)

OAT

IAT

2.Outdoor Unit
Max indoors Max total ODU/IDUs Ratio Add. Ref.
Model Name
allowed over load (%) (based on kBtu/h) Amount(kg)

Rated Capa/Corrected Capa(kW) Rated Power/Corrected Power(kW)

Cooling Heating Cooling Heating

3. Indoor Units
Space Load(kW) Rated TC/Corrected TC Capacity Ratio(%)

Space Model Name Type

Correction
Cooling Heating Cooling Heating Cooling Heating
factor(%)

#Notes : Correction factor is the result included Combination, Temperature and Pipe Length Effect.
The result can be slightly different from product data book due to simulation.

4. Pipes 5. BD Unit
Code Tubing Size(mm) Length(m) Model No. Quantity

MULTI
 Model Selection - Tree

System Name : 05/14/2015

System No :1/1

MULTI
 Model Selection - Diagram

System Name : 05/14/2015

System No :1/1

MULTI

Model Selection - Analysis

System Name : 05/14/2015
System No :1/1

1. Outdoor Units
Model Name Quantity Unit Price Total Price

Total

6. Refrigerant
Ref Type Precharge Ref.(lbs) Additional Ref.(lbs) Unti Price Total Price

Contents Limit Current(Max value: connected unit)

Minimum Floor Area for Installation

Room Name Minimum Room Area(ft2) IDU Name
 SINGLE
ver 1.0.1.7

Model Selection - System Summary

Project Name : 05/14/2015

1. Units
Room Load(kW) Rated / Corrected Capacity(kW)
Capacity
Ratio(%)

System Name Model Name Type Remark

TC SC HC TC SC HC TC SC HC

2. Accessories
Model Name Quantity Description

#Notes : Correction factor conpensates Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.
 SINGLE
ver 1.0.1.7

Model Selection - Systems

1. System Name : 05/14/2015

2. Design Conditions
Cooling Heating

DBT(C) WBT(C) RH(%) DBT(C) WBT(C) RH(%)

OAT

IAT

3. Requirements
Floor/Room Name :
Total Cooling Load : 0.0 kW Heating load: 0.0 kW
Sensible cooling load: 0.0 kW Required air flow :

4. Product information
Product type : Ceiling Cassette Total Cooling Capacity : 0.00 kW
Product Name : S.Cooling Capacity : 0.00 kW
Hz : 50Hz Heating Capacity : 0.00 kW
Refrigerant : R22 Airflow Rate : 0.0 CMM
Type : Cooling Only Pipe Length : 0.0 m
Cooling Input Power : 0.0 kW Pipe Elevation : 0.0 m
Heating Input Power : 0.0 kW Electric Heater : 0 kW
Motor type Standard ESP : 0.00 Pa
Filter : Exist
5. Simulation results
(Included design condition)
Total Cooling Capacity(Gross/Net*) : 0.00 / 0.00 kW
S.Cooling Capacity(Gross/Net*) : 0.00 / 0.00 kW
Heating Capacity(Gross/Net) : 0.00 / 0.00 kW
SHF 0.00 kW
Cooling Power : 0.00 kW
Heating Power : 0.00 kW
Additional ref amount 0.00 kg

*Please check the PDB for Net capacity for AK-C03620, AK-C04820, AK-C06020.

#Notes : Correction factor conpensates Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.

SINGLE
 Model Selection - Analysis

Project Name : 05/14/2015

System No :1/1

1. Outdoor Units
Model Name Quantity Unit Price Total Price

Total

6. Refrigerant
Ref Type Precharge Ref.(lbs) Additional Ref.(lbs) Unti Price Total Price
 ERV

Model Selection - Summary

Project Name : 05/14/2015

1. Units
Model Name Quantity Description

Total

2. Accessories
Index Model Name Quantity Description
 ERV

Model Selection -ERV1

Project Name : 05/14/2015

System Name :

1. Design Conditions
Cooling Heating

DBT(C) WBT(C) RH(%) DBT(C) WBT(C) RH(%)

OAT

IAT

ESP(kg/cm²) SA Required Air Volume(CMM) EA Required Air Volume(CMM)

2. ERV
Cooling Temperature Heating Temperature Cooling Enthaloy Heating Enthalpy
Model Name Exchange Exchange Exchange Exchange Quantity
Efficiency(%) Efficiency(%) Efficiency(%) Efficiency(%)

3. Simulation results
Summer Winter

Outdoor Load :(kW)

Energy recovered :(kW)

Real outdoor load :(kW)

Cooling OA(Outdoor Air) RA(Room Air) SA(Supply Air) EA(Exaust Air)

DB Temp(°F)

WB Temp(°F)

RH(%)

Absolute Humidity(kg/kg)

Enthalpy(kJ/kg)

Heating OA(Outdoor Air) RA(Room Air) SA(Supply Air) EA(Exaust Air)

DB Temp(°F)

WB Temp(°F)

RH(%)

Absolute Humidity(kg/kg)

Enthalpy(kJ/kg)

ERV
 Model Selection - System Chart

Project Name : 05/14/2015

System Name :

ERV
 Model Selection - Specification

System Name : 05/14/2015

Item Unit
Nominal Capacity CMH(CFM)
Power Supply Ø,V,Hz
Step ㅡ
Current SH/H/L Amps
Power Input SH/H/L W
ERV Mode

Air Flow SH/H/L CMH(CFM)

External Static Pressure SH/H/L Pa(in.wg)
Temperature Exchange Efficiency SH/H/L %
Heating(SH/H/L) %
Enthalpy Exchange Efficiency
Cooling(SH/H/L) %
Noise Level(Sound Level, 1.5m) SH/H/L dBA
Step ㅡ
Current SH/H/L Amps
Power Input SH/H/L W
Air Flow SH/H/L CMH(CFM)
Item

External Static Pressure SH/H/L Pa(in.wg)

Temperature Exchange Efficiency SH/H/L %
Heating(SH/H/L) %
Enthalpy Exchange Efficiency
Cooling(SH/H/L) %
Noise Level(Sound Level, 1.5m) SH/H/L dBA
Heat Exchanger Type ㅡ
Weight kg(lb)
Dimension W*H*D mm(inch)
Qty EA
Duct work
Size(Ø) mm(inch)
Qty EA
Supply Air Fan
Type ㅡ
Qty EA
Heat Exchanger
Type ㅡ
Qty EA
Filters Type ㅡ
Size(W*H*D) mm(inch)
Packing Dimension W*H*D mm(inch)
Stuffing Quantity Without S/Parts 20/40ft

ERV

Model Selection - Analysis

Project Name : 05/14/2015
System No :1/1

1. Outdoor Units
Model Name Quantity Unit Price Total Price

Total

6. Refrigerant
Ref Type Precharge Ref.(lbs) Additional Ref.(lbs) Unti Price Total Price
Chiller
Chiller
Chiller
Chiller
 Technical data
Date :
Pjt Name :
Unit Name :
General data
Unit type : Unit Model Name (Size No) :
Power supply [Ph/V/Hz] : Altitude :
Supply Air Flow [CFM] : Return Air Flow [CFM] :
External Static Pressure [Pa] : External Static Pressure [Pa] :
Total Static Pressure [Pa] : Total Static Pressure [Pa] :
Casing Material Thicknes
Type Casing Inside
Installation location Casing Outside
Roof top wheather Insulation
Color Frame
Damper
Supply Return Outside Exhaust
Type
Material
Location

Supply Fan Section

Fan Fan Option
Fan Type
Fan Model
Air Flow rate [CMH]:
Static Pressure [Pa]:
Total Pressure [Pa]:
Fan Speed [RPM]: Discharge Option
Sound Power Level [dBA]:
Total Efficiency [%]:
Static Efficiency [%]:
Motor
Motor type
Pole Number
Protection
Insulation Class
 Power [kW]:
Efficiency [%]:
Power supply [Ph/V/Hz]
Inspection side [L/R]:

Nomenclature

Coil section Total Pressure Drop [Pa] :

General Option
Coil type :
Material
Fin :
Frame :
Tube :
Tube size
Piping side(Coil+Humid.)
Drain Pan
Material :
Pipe size :

Chilled Water coil

Air Flow Rate [CMH] :
Air Velocity [m/s] :
[Chilled water]
Air inlet DBT [C] : Medium :
Air inlet WBT [C] : Medium Flow rate [LPM] :
Air outlet DBT [C] : Medium inlet [C] :
Air outlet WBT [C] : Medium outlet [C] :
Total capacity [kW] : SHF :
Sens. Capacity [kW] : Air Pressure Drop [Pa] :
[Coil information] Water Pressure Drop [Pa] :

Pipe In [A] :
Pipe Out [A] :
D [mm] :
H [mm] :

Hot water coil

Air Flow Rate [CMH] :
Air Velocity [m/s] :
[Hot water]
Air inlet DBT [C] : Medium :
Air inlet WBT [C] : Medium Flow rate [LPM] :
Air outlet DBT [C] : Medium inlet [C] :
Total capacity [kW] : Medium outlet [C] :
Air Pressure Drop [Pa]
[Coil information]

Pipe In [A] :
Pipe Out [A] :
D [mm] :
H [mm] :

Electric Heater
Air Flow Rate [CMH] :
Air Velocity [m/s] :
[Electric Heater]
Air inlet DBT [C] : Heater Capacity [kW] :
Air inlet WBT [C] : Reference Capacity [kW] :
Air outlet DBT [C] : Power supply of control panel [Ph/V] :
*Note : Electric Heater control panel is installed in the unit. Air Pressure Drop [Pa]:

Humidifier
Air Flow Rate [CMH] :
Type
Capacity [kg/h]
Pressure Drop [Pa]

Humidifier
Air Flow Rate [CMH] :
Type
Capacity [kg/h]
Pressure Drop [Pa]
Steam pressure [kg/㎠]

Humidifier
Air Flow Rate [CMH] :
Type
Capacity [kg/h]
Pressure Drop [Pa]
Electrode power [Ph/V]
 D.X Coil
Air Flow Rate [CMH] :
Air Velocity [m/s] :
[D.X] [Coil information]
Medium :
Resisting Pressure [kg/cm2] : Additional refrigerant [kg] :
Evaporative Temperature [C] : Air Pressure Drop [Pa] :
[Cooling] [Heating]
Air inlet DBT [C] : Air inlet DBT [C] :
Air inlet WBT [C] : Air inlet WBT [C] :
Air outlet DBT [C] : Air outlet DBT [C] :
Air outlet WBT [C] : Air outlet WBT [C] :
Total capacity [kW] Total capacity [kW]
Sens. capacity [kW] Sens. capacity [kW]

Nomenclature

Air Filter section Total Pressure Drop [Pa] :

Pre Filter Option
Type :
Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Medium Filter
Type :
Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Nomenclature

Final Filter
Type : Option
Efficiency [%] :
Pressure Drop [Pa] :
Material
Frame :
Inner Casing :
 Inspection side [L/R] :
Nomenclature

Rotary Heat Recovery

Supply Exhaust
Air Flow rate [CMH] : Air Flow rate [CMH] :
Efficiency [%] : Efficiency [%] :
Air Pressure Drop [Pa] : Air Pressure Drop [Pa] :

[Summer] Temp[C] RH[%] [Summer] Temp[C] RH[%

Air inlet : Air inlet :
Air outlet : Air outlet :
Total Capacity [kW] : Total Capacity [kW] :

[Winter] [Winter]
Air inlet : Air inlet :
Air outlet : Air outlet :
Total Capacity [kW] : Total Capacity [kW] :

Material Control box

*Medium :
*Frame :
Inspection side [L/R] :
Nomenclature

Plate Heat Exchanger

Supply Exhaust
Air Flow rate [CMH] : Air Flow rate [CMH] : By-pass [CMH] :
Efficiency [%] : Efficiency [%] :
Air Pressure Drop [Pa] : Air Pressure Drop [Pa] :

[Summer] Temp[C] RH[%] [Summer] Temp[C] RH[%

Air inlet : Air inlet :
Air outlet : Air outlet :
Total Capacity [kW] : Total Capacity [kW] :

[Winter] [Winter]
Air inlet : Air inlet :
Air outlet : Air outlet :
Total Capacity [kW] : Total Capacity [kW] :

Material
*Medium :
 *Frame :
Inspection side [L/R] :
Nomenclature

Intake section
Damper Type :

Inspection side [L/R] :

Nomenclature

Outtake section
Damper Type :

Inspection side [L/R] :

Nomenclature

Empty section
Section Length [mm] :

Inspection Door :
-Inspection side [L/R] :

Nomenclature

Mixing section
Damper Type :
Inspection side [L/R]
-Exhaust Air :
-Outside Air :

Nomenclature

Steam coil
Air Flow Rate [CMH] :
Air Velocity [m/s] :
[Steam]
Air inlet DBT [C] : Medium :
Air inlet WBT [C] : Medium Flow rate [kg/hr] :
 Air outlet DBT [C] : Medium Pressure [㎏/㎠] :
Total capacity [kW] : Air Pressure Drop [Pa] :
[Coil information]

Pipe In [A] :
Pipe Out [A] :
H [mm] :

Common Coil(Chilled Water & Hot Water)

Air Flow Rate [CMH] :
Air Velocity [m/s] :
[Chilled water]
Air inlet DBT [C] : Medium :
Air inlet WBT [C] : Medium Flow rate [LPM] :
Air outlet DBT [C] : Medium inlet [C] :
Air outlet WBT [C] : Medium outlet [C] :
Total capacity [kW] : SHF :
Sens. Capacity [kW] :

[Hot water]
Air inlet DBT [C] : Medium :
Air inlet WBT [C] : Medium Flow rate [LPM] :
Air outlet DBT [C] : Medium inlet [C] :
Total capacity [kW] : Medium outlet [C] :

[Coil Information]

Air Pressure Drop [Pa]

Pipe In [A] :
Pipe Out [A] :
D [mm] :
H [mm] :

Mixing & Air Filter section Total Pressure Drop [Pa] :

Pre Filter Option
Type :
Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Medium Filter
Type :
 Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Damper Type :
Inspection side [L/R]
-Exhaust Air :
-Outside Air :

Nomenclature

Intake & Air Filter section Total Pressure Drop [Pa] :

Pre Filter Option
Type :
Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Medium Filter
Type :
Efficiency [%] :
Pressure Drop [Pa] :
Frame
Filter Frame :
Holding Frame :
Damper Type :
Inspection side [L/R] :

Nomenclature

Model Drawing

Project Name :
Unit Name :
Model Selection - System(ODU)
Project Name :
System Name :

1. Design conditions
Summer Winter
Indoor Outdoor Indoor Outdoor
DB(°C) WB(°C) RH(%) DB(°C) WB(°C) DB(°C) WB(°C) RH(%) DB(°C) WB(°C)

2.Outdoor
Rated Capa Rated Power Input /
/ Corrected Capa(kW) Corrected Power Input(kW) Product Add. Ref.
Model Name Remark
charge(kgs) Amount(kgs)
Cooling Heating Cooling Heating

3. Pipes & Accessaries

Pipes
Model Name Liq Gas Connection branch pipe Expension Kit Control Kit
(Dia:m) (Dia:m)

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.
 Model Selection - Drawing

Project Name :
System Name :
nical data

Thickness[mm]
 RH[%]

By-pass [CMH] :

RH[%]
Drawing
on - System(ODU)
Winter
Outdoor
WB(°C)

Remark

Control Kit
ction - Drawing
 MULTI V - TXV

Model Selection - Summary

System Name:
System No:

1. Design conditions
Cooling Heating

DBT(C) WBT(C) RH(%) DBT(C) WBT(C) RH(%)

OAT

IAT

2. Outdoor
Rated Capa / Corrected Capa Rated Power Input / Corrected
(kW) Power Input(kW) Product charge Add. Ref. Amount
Model Name Remark
(kgs) (kgs)
Cooling Heating Cooling Heating

3. Pipes & Accessaries

Pipes

Model Name Connection branch pipe Expension Kit Com. Kit Control Kit
Dia(mm)
Length(m)
(Liq:Gas)

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.
 MULTI V - TXV

Model Selection - Drawing

Project Name : test_FPS

System No : 1/2

MULTI V - TXV
 Model Selection - Summary

System Name:
System No:

1. Design conditions
Summer Winter
Fluid Type /
Model Name Inlet Water Info. Outlet water Info. Inlet Water Info. Outlet water Info.
Concentration (%)
Temp(°C) LPM Temp(°C) Temp(°C) LPM Temp(°C)

2. Outdoor
Rated Capa / Corrected Capa Rated Power Input / Corrected
(kW) Power Input(kW) Product charge Add. Ref. Amount
Model Name Remark
(kgs) (kgs)
Cooling Heating Cooling Heating

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.

MULTI V - TXV
 Model Selection - Summary

System Name:
System No:

3. Pipes & Accessaries

Pipes

Model Name Connection branch pipe Expension Kit Com. Kit Control Kit
Dia(mm)
Length(m)
(Liq:Gas)

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.

MULTI V - TXV

Model Selection - Drawing

Project Name : test_FPS
System No : 1/2
 MULTI V - DOAS

Model Selection - Summary

Project Name :
System No : 1/2
1. Design conditions
Summer Winter

Indoor Outdoor Indoor Outdoor

DB(°C) WB(°C) RH(%) DB(°C) WB(°C) DB(°C) WB(°C) RH(%) DB(°C) WB(°C)

2. Outdoor
Max indoor unit Max total over Product Add. Ref. Fluid Type /
Model Name Indoors/Outdoor Ratio
Connectivity load(kBtu/h/%) charge(lbs) Amount(lbs) Concentration(%)

Rated Capa/Corrected Capa(kBtu/h) Rated Power Input/Corrected Power Input(kW)

Cooling Heating Cooling Heating

3. Indoor
Height difference from
DOAS Model Name Air flow rate Main coil capacity Reheat coil Remark
ODU

4. Pipes 5. Branch/Header/Common pipe

Index Dia(Liq:Gas,inch) Length(ft) Model Name Quantity

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.

The result can be slightly different from product data book due to simulation.
 MULTI V - TXV

Model Selection - Drawing

Project Name : test_FPS

System No : 1/2
 AHU Kit

Model Selection - Summary

Project Name : 05/14/2015
System No :1/1
1. Design conditions
Summer Winter
Indoor Outdoor Indoor Outdoor
DB(°C) WB(°C) RH(%) DB(°C) WB(°C) DB(°C) WB(°C) RH(%) DB(°C) WB(°C)

2. Outdoor
Rated Power Input /
Rated Capa / Corrected Capa (kW) Corrected Power Product Add. Ref.
Model Name Input(kW) charge (kgs) Amount (kgs)
Cooling Heating Cooling Heating

3. Pipes 4.Branch/Header/Common pipe

Index Diameter (Liq:Gas,mm) Length(m) Model Name Quantity

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.
The result can be slightly different from product data book due to simulation.
 AHU Kit

Model Selection - Summary

Project Name : 05/14/2015
System No :1/1
5. Wires
Location Type Length(m)
Outdoor unit(Master) to centrallized controller 2C x (1.0 ~ 1.5)㎟ (shielding wire)
Outdoor unit(Master) to outdoor unit(Slave) 2C x (1.0 ~ 1.5)㎟ (shielding wire)
Outdoor unit(Master) to indoor unit(Comm. Kit) 2C x (1.0 ~ 1.5)㎟ (shielding wire)

UL2547, UL1007, AWG 22,

Indoor unit(Comm. Kit) to remote controller
two conductors and one shield

6. Controllers
Model Name Description Quantity

#Notes : Correction factor conpensates Indoor unit Combination, Temperature, Pipe Length Effect etc.
The result can be slightly different from product data book due to simulation.

AHU Kit
 Model Selection - System(ODU)
Project Name : 05/14/2015
System No :1/1

7. Outdoor Unit Detail Information

Branch-Branch
Pipe Pipe Diameter Pipe Length

Outdoor Unit-Branch
Pipe Pipe Diameter Pipe Length

Height Difference
Pipe Pipe Length

#Notes : Height difference is based on Master Unit

AHU Kit
 Model Selection - Drawing

Project Name : 05/14/2015

System No : 1/1

AHU Kit

Model Selection - Drawing

Project Name : 05/14/2015
System No : 1/1

AHU Kit

Model Selection - Drawing

Project Name : 05/14/2015
System No : 1/1
 Control system

Model Selection - Summary

Project Name : 05/14/2015
1. Contorller
Model Name Quantity Controller name

Total 0

2. Accessories by System
Model Name Quantity Controller name
 Control system

Model Selection - System

Project Name : 05/14/2015
System No :1/1
1. Contorller
Model Name Quantity Controller name

Total 0

2. ControlAddress
Control
Controller Group Name System Name IDU Model Tag
Address

* PI 485 is madatory for Control system. Please check No. of PI485.

* Accessories by system : These are control system related accessories selected by Multi V, Multi, Single,
ERV.

* I/O module selected by control system listed on Controllers table. I/O module selected by product system
listed on Accessories by System table.

* Electric meters, gas meters are not provided by LG electronics. Please buy it separately.

Control system
 Model Selection - System Chart
Project Name : 05/14/2015
System No : 1/1

*Max. length for communication line is less than 1km. length for communication line for Controller to
controller, controller to ODU is less than 200m.

Control system
 Model Selection - System Chart
Project Name : 05/14/2015
System No : 1/1

Control system
ver 1.0.18.11

Model Selection - Analysis

Project Name : 2017-08-31

Total Price 0

1.Contorller
Model Name Quantity Unit Price Total Price
0

Total 0 0

2. Accessories by System
Model Name Quantity Unit Price Total Price
0

Total 0 0
 Cost Estimate

Project Cost Estimate

Project Name: 05/14/2015

1. Outdoor Units
Model Name Quantity Unit Price Total Price

Total

6. Refrigerant
Ref Type Precharge Ref.(lbs) Additional Ref.(lbs) Unti Price Total Price
 Pipe Summary

Pipe Summary

Project Name: 05/14/2015

System name Length(m)

Durchmesser(inch) Type

Total