LG LA120HSV5 User Manual

SINGLE-ZONE

HIGH EFFICIENCY

WALL MOUNT

ENGINEERING MANUAL

Single-Zone High Efficiency Systems

3/4 to 1-1/2 Tons

Models:

LS090HSV5
LS120HSV5
LS180HSV5

PROPRIETARY DATA NOTICE

This document, as well as all reports, illustrations, data, information,

and other materials are the property of LG Electronics U.S.A., Inc., and are

disclosed by LG Electronics U.S.A., Inc. only in confidence.

This document is for design purposes only.

A summary list of safety precautions is on page 4.

For more technical materials such as submittals, catalogs, installation, best

practices, building ventilation, owner’s, and service manuals, visit

www.lghvac.com.

For continual product development, LG Electronics U.S.A., Inc., reserves the right to change specifications without notice.

© LG Electronics U.S.A., Inc.

TABLE OF CONTENTS

CAUTION

Unit Nomenclature...........................................................................................................................................................................................................4

LG Air Conditioner Technical Solution (LATS)..........................................................................................................................................................5-6

High Efciency Standard Product Data...................................................................................................................................................................7-36

Mechanical Specications ......................................................................................................................................................................................... 8

General Data ......................................................................................................................................................................................................... 9

Electrical Data ............................................................................................................................................................................................................ 11

Functions, Controls, and Options .......................................................................................................................................................................... 12

Dimensions ............................................................................................................................................................................................................ 13-17

Acoustic Data ........................................................................................................................................................................................................ 18-21

Refrigerant Flow Diagrams .................................................................................................................................................................................... 22-23

Wiring Diagrams .................................................................................................................................................................................................... 24-26

Electrical Connections ........................................................................................................................................................................................... 27-30

Air Flow, External Pressure, Temp. Distribution ...................................................................................................................................................... 31-34

Accessories ........................................................................................................................................................................................................... 35-36

High Efciency Standard Performance Data--------------------------------------------------------------------------------------------------------------------------------37-45

Cooling Capacity Data ........................................................................................................................................................................................... 38-396

Heating Capacity Data ........................................................................................................................................................................................... 40-41

Maximum Heating Capacity Data .......................................................................................................................................................................... 42-43

Equipment Selection Procedure ............................................................................................................................................................................ 44-45

Introduction

High Efciency Standard Application Guidelines................................................................................................................................................. 46-55

Placement Considerations ..................................................................................................................................................................................... 47-51

Installing Outdoor Unit Indoors .............................................................................................................................................................................. 52-54

Refrigerant Piping Design ...................................................................................................................................................................................... 55

TABLE OF SYMBOLS

DANGER

This symbol indicates an imminently hazardous situation which, if not avoided, will result in death or serious injury.

This symbol indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

This symbol indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury.

This symbol indicates situations that may result in equipment or property damage accidents only.

This symbol indicates an action must not be completed.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

INTRODUCTION | 3

UNIT NOMENCLATURE

Indoor Units and Outdoor Units

L SV 5N

L = LG

Frame Type:
A: Art Cool™
S: Standard
C: Four-Way Ceiling-Cassette
D: Ceiling-Concealed Duct (Low Static)
H: Ceiling-Concealed Duct (High Static)
V: Vertical-Horizontal Air Handling

N: Indoor Unit
U: Outdoor Unit
No N or U: System

Nominal Capacity

(Nominal cooling capacity in Btu/h):
9 = 9,000
12 = 12,000
18 = 18,000
24 = 24,000

36 = 36,000
42 = 42,000
48 = 48,000

S 180 H

System Type:

H = Heat Pump

Style:
SV = High Efficiency Inverter
VP = Gallery
YV = Premier

Single Zone High Efciency Standard Wall Mount Engineering Manual

EV = Mega
V = Standard Inverter
T = Thermostat Compatible
LV = Extended Piping

Generation:

4 | INTRODUCTION

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

LG AIR CONDITIONER

TECHNICAL SOLUTION (LATS)

LG Air Conditioner Technical Solution (LATS) Software

A properly designed and installed refrigerant piping system is critical to the optimal performance of LG air-conditioning systems. To assist
engineers, LG offers, free of charge, LG Air Conditioner Technical Solution (LATS) software—a total design solution for LG air conditioning
systems. Contact your LG Rep for the best software program for your application.

To reduce the risk of designing an improper applied system or one that will not operate correctly, LG requires that LATS software be used on all projects.

Formats

LATS is available to LG customers in three user interfaces: LATS HVAC, LATS CAD2, and LATS Revit. All three LATS formats are available
through www.myLGHVAC.com, or contact an LG Sales Representative.

LATS HVAC is a Windows®-based application that aids engineers in designing LG Variable Refrigerant Flow (VRF), Multi F / Multi F MAX,
Single-Zone, and Energy Recovery Ventilator (ERV) systems.

*Windows® is a registered mark of Microsoft® Corporation.

LATS CAD2 combines the LG LATS program with AutoCAD®
software**. It permits engineers to layout and validate LG Multi V
Variable Refrigerant Flow (VRF), Multi F / Multi F MAX, Single-Zone,
and Energy Recovery Ventilator (ERV) systems directly into CAD
drawings.

LATS Revit integrates the LG LATS program with Revit® software**.
It permits engineers to layout and validate Multi V VRF systems
directly into Revit drawings.

**AutoCAD® and Revit® are both registered marks of Autodesk, Inc.

Figure 1: Example of LATS CAD2.

Features

All LG product design criteria have been loaded into the program,
making LATS simple to use: double click or drag and drop the
component choices. Build systems in Tree Mode where the
refrigerant system can be viewed. Switch to a Schematic diagram to
see the electrical and communications wiring.

LATS software permits the user to input region data, indoor and outdoor design temperatures, modify humidity default values, zoning, specify
type and size of outdoor units and indoor units, and input air flow and external static pressure (ESP) for ducted indoor units.

The program can also:

• Import building loads from a separate Excel file.

• Present options for outdoor unit auto selection.

• Automatically calculate component capacity based on design
conditions for the chosen region.

• Verify if the height differences between the various system
components are within system limits.

• Provide the correct size of each refrigerant piping segment and LG
Y-Branches and Headers.

• Adjust overall piping system length when elbows are added.

• Check for component piping limitations and flag if any parameters
are broken.

• Factor operation and capacity for defrost operation.

• Calculate refrigerant charge, noting any additional trim charge.

• Suggest accessories for indoor units and outdoor units.

• Run system simulation.

Introduction

Features depend on which LATS program is being used, and the type of system being designed.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

INTRODUCTION | 5

LG AIR CONDITIONER
TECHNICAL SOLUTION (LATS)

LATS Generates a Complete Project Report

LATS software also generates a report containing project design parameters, cooling and heating design data, system component
performance, and capacity data. The report includes system combination ratio and refrigerant charge calculations; and provides detailed bill
of material, including outdoor units, indoor units, control devices, accessories, refrigerant pipe sizes segregated by building, by system, by
pipe size, and by pipe segments. LATS can generate an Excel GERP report that can imported into the LG SOPS pricing and ordering system.

Proper Design to Install Procedure

LG encourages a two report design-to-install-procedure. After the
design engineer determines building / zone loads and other details,
the engineer opens the LATS program and inputs the project’s
information. When the design is complete, the “Auto Piping” and
“System Check” functions must be used to verify piping sizes,
limitations, and if any design errors are present. If errors are found,
engineers must adjust the design, and run Auto Piping and System
Check again. When the design passes the checks, then the engineer
prints out a project “Shop Drawing” (LATS Tree Diagram) and
provides it to the installing contractor. The contractor must follow the
LATS Tree Diagram when building the piping system, but oftentimes
the design changes on the building site:

• Architect has changed location and/or purpose of room(s).

• Outdoor unit cannot be placed where originally intended.

• Structural elements prevent routing the piping as planned.

• Air conditioning system conflicts with other building systems (plumbing, gas lines, etc.).

The contractor must mark any deviation from the design on the Shop Drawing, including as-built straight lines and elbows. This “Mark Up”
drawing must be returned to the design engineer or Rep, who must input contractor changes into the LATS file. (Copy the original LATS
software file, save and rename as a separate file, and modify all piping lengths by double-clicking on each length and editing information.)
Like the shop drawing, the Auto Piping and System Check must also be run on this new “As Built” drawing. The design engineer or Rep must
then provide the final As Built file to the contractor. The Mark Up version must be compared to the As Built version for:

Figure 2: Example of a LATS Tree Diagram.

• Differences in pipe diameter(s). If incorrect diameters have been installed, the piping must be changed out. If pipe diameters have changed,
check to see if Y-Branches will also need to be changed.

• Changes to outdoor unit and indoor unit capacities. Capacities changes may impact line length changes.

• Additional refrigerant charge quantity (“Trim Charge”). Trim charge will change if piping lengths and diameters change. The As Built version
must reflect installed piping lengths to ensure correct trim charge.

All documents submitted by the contractor, as well as the Shop Drawing and the As Built Drawing files must be provided for commissioning
purposes. Model and serial numbers for all system components must also be submitted. If the steps previously detailed are not followed,
and all documents are not provided to the commissioning agent, the project runs the risk of not being commissioned and voiding any limited
warranty LG offers on the equipment.

Single Zone High Efciency Standard Wall Mount Engineering Manual

Contact your LG representative for the best software program for your application.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

6 | INTRODUCTION

©

PRODUCT DATA

“Mechanical Specifications” on page 8

“General Data” on page 9

“Electrical Data” on page 11

“Functions, Controls, and Options”on page 12

“Dimensions” on page 13

“Acoustic Data” on page 18

“Refrigerant Flow Diagrams” on page 22

“Wiring Diagrams” on page 24

“Electrical Connections” on page 27

“Air Flow, External Pressure, and Temperature
Distribution” on page 31

“Accessories” on page 35

MECHANICAL SPECIFICATIONS

General

LG Single Zone High Efficiency Wall Mount systems are comprised
of a single outdoor unit connected to a single indoor unit with a
single refrigerant circuit.

These single zone systems can operate in either cooling or heating
mode. These systems are capable of changing mode within a
maximum time of three (3) minutes to ensure temperature can be
properly maintained.

LG Single Zone High Efficiency systems are manufactured in
a facility registered to ISO 9001 and ISO 14001, which is a set
of standards applying to environmental protection set by the
International Organization for Standardization (ISO). The units are
listed by Intertek Electrical Testing Laboratories (ETL) and bear the
ETL label. Wiring in these units are in accordance with the National
Electrical Code (NEC).

Temperature Ranges

Outdoor Unit

Operating ranges for outdoor units of 14°F to 118°F DB for cooling
and -4°F to +65°F WB for heating.

Indoor Unit

Operating ranges for indoor units of 53°F to 75°F WB for cooling and
60°F to 86°F DB for heating.

Figure 3: Single Zone High Efciency Wall Mount Indoor Unit.

Frequency ranges for the outdoor units are as follows:
LSU090HSV5 = 10-84 Hz
LSU120HSV5 = 10-92 Hz
LSU180HSV5 = 10-93 Hz
Overcurrent protection and vibration isolation are integrated with the

compressor.

Outdoor Unit Coil

Heat pump outdoor unit coils are made of a nonferrous construction
with louvered fins on copper tubing, and are protected with an
integral coil guard. Coil fans have a factory applied corrosion
resistant GoldFinTM material with hydrophilic coating. Drain pan
heaters are also available for the outdoor units—9,000 and 12,000
Btu/h outdoor units include factory-installed drain pan heaters; the
drain pan heater for the 18,000 Btu/h outdoor unit is offered as an
optional accessory

Installing an optional Low Ambient Wind Bafe Kit will allow operation

down to 0°F in cooling mode for these single zone systems.

Casing / Frame

Outdoor unit is constructed with pre-coated metal (PCM). Indoor unit
is constructed of heavy duty Acrylonitrile Butadiene Styrene (ABS)
and High Impact Polystyrene (HIPS) plastic.

Refrigerant System

The refrigeration system consists of a single refrigeration circuit and
uses R410A refrigerant. The outdoor unit is provided with factory
installed components, including a refrigerant strainer, four-way
reversing valve, electronic controlled expansion valve (EEV), high and
low side charging ports, service valves, and interconnecting piping.

Single Zone High Efciency Standard Wall Mount Engineering Manual

Refrigeration Oil Control

Heat pump outdoor units have a centrifugal oil separator and
controls to ensure sufficient oil supply is maintained, and that oil
does not travel with the refrigerant.

Compressors

The outdoor unit is equipped with one hermetic digitally controlled
inverter driven twin rotary compressor to modulate capacity
(modulation in 1 Hz increments).

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

8 | PRODUCT DATA

©

Fans and Motors

The outdoor unit includes one direct fan drive, variable speed
propeller type fan. The Brushless Digitally Controlled (BLDC)
fan motor shall have inherent protection, permanently lubricated
bearings, and variable speed with a maximum speed up to 950 rpm.
Raised guards are provided to limit contact with moving parts. The
outdoor unit has horizontal discharge airflow.

Electrical

These units are available in 208-230V, 60 Hz, 1-phase power supply.
These units are capable of operating within voltage limits of ±10%
rated voltage, and include overcurrent protection.

Controls

The indoor unit casing has a factory-standard, integral, infrared
sensor designed to communicate with the supplied LG wireless
handheld remote controller. An optional LG supplied wired controller
is available as an additional accessory. Communication between the
indoor unit and the outdoor unit is accomplished through 18 AWG
four-core, stranded, shielded power / communication cable. HSV5
indoor units have built-in Wi-Fi and can be controlled by LG’s Smart
ThinQ™ app on a smart device. A field-supplied Wi-Fi network and
smart device are required. The Smart ThinQ app is free, and is
available for Android™ and iOS. (Android is a trademark of Google
LLC.)

Table 1: Single Zone High Efciency Standard Wall Mount Unit Pairing Table.

Outdoor Unit Model Indoor Unit Model Wireless Remote Controller

LSU090HSV5, LSU120HSV5 LSN090HSV5, LSN120HSV5 AKB74955602

LSU180HSV5 LSN180HSV5 AKB74955602

GENERAL DATA

Pairing Table

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 9

GENERAL DATA

Table 2: Single Zone High Efciency Standard Wall Mount Unit General Data.

System Model Number (IDU/ODU)

(LSN090HSV5/LSU090HSV5)
Cooling Capacity (Min/Rated/Max) (Btu/h)
Cooling Power Input1 (kW)
Heating Capacity (Min/Rated/Max) (Btu/h)
Heating Power Input1 (kW)
COP

Maximum Heating Capacity (Btu/h)

Outdoor 17 °F (WB)/Indoor 70 °F (DB)
Outdoor 5°F (WB)/Indoor 70 °F (DB)
Outdoor -4 °F (WB)/Indoor 70 °F (DB)
EER
SEER
HSPF
Power Supply (V/Hz/Ø)

Outdoor Unit Operating Range

2

Cooling (°F DB)
Heating (°F WB)

Indoor Unit Operating Range

Cooling (°F WB)
Heating (°F DB)

Indoor Temperature Setting Range

Cooling (°F)
Heating (°F)

Unit Data

Refrigerant Type
Refrigerant Control
Indoor Unit Sound Pressure Level dB(A) (H/M/L/Sleep)

3

4

Outdoor Unit Sound Pressure Level dB(A)4 (Cool/Heat)

Unit Weight (lbs)

IDU (Net/Shipping)
ODU (Net/Shipping)
Power Wiring / Communication Cable

5

(No. x AWG)

Compressor

Compressor Type (Qty)

Fan

Indoor Unit Type (Qty)
Outdoor Unit Type (Qty)
Motor/Drive

Airflow Rate

Indoor Unit
(Max. / H / M / L [CFM])

Cooling
Heating

Outdoor Unit (Max. [CFM])

Piping

Liquid Line (in.)
Vapor Line (in.)

Single Zone High Efciency Standard Wall Mount Engineering Manual

Condensate Drain O.D. / I.D. (in.)
Additional Refrigerant Charge (oz./ft.)
Pipe Length6 (Minimum/Standard/Maximum) (ft.)
Piping Length6 (no add’l refrigerant, ft.)
Max Elevation Difference (ft.)

EEV: Electronic Expansion Valve IDU: Indoor Unit ODU: Outdoor Unit
This unit comes with a dry helium charge.
This data is rated 0 ft above sea level with 24.6 of refrigerant line per indoor unit and a 0 ft level

difference outdoor and indoor units.
Cooling capacity rating obtained with air entering the indoor unit at 80ºF dry bulb (DB) and 67ºF wet

bulb (WB) and outdoor ambient conditions of 95ºF dry bulb (DB) and 75ºF wet bulb (WB).
Heating capacity rating obtained with air entering the indoor unit at 70ºF dry bulb (DB) and 59ºF wet
bulb (WB) and outdoor ambient conditions of 47ºF dry bulb (DB) and 43ºF wet bulb (WB).

1

Power Input is rated at high speed.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

10 | PRODUCT DATA

©

LS090HSV5

1,023 ~ 9,000 ~ 12,625 1,023 ~ 12,000 ~ 13,785 3,070 ~ 18,000 ~ 29,515

0.20 ~ 0.62 ~ 0.87 0.20 ~ 0.96 ~ 1.35 0.30 ~ 1.43 ~ 2.00

1,023 ~ 10,900 ~ 17,061 1,023 ~ 13,600 ~ 22,178 3,070 ~ 21,600 ~ 38,898

0.20 ~ 0.71 ~ 1.89 0.20 ~ 1.04 ~ 1.97 0.66 ~ 1.73 ~ 3.98

11,080 (102%) 13,810 (102%) 22,340 (103%)

9,570 (88%) 11,930 (88%) 19,300 (89%)
8,310 (76%) 10,360 (76%) 16,760 (77%)

39 / 33 / 23 / 19 39 / 33 / 23 / 19 45 / 40 / 35 / 29

Twin Rotary (1) Twin Rotary (1) Twin Rotary (1)

459 / 338 / 317 / 194 459 / 338 / 317 / 194 706 / 530 / 477 / 371
459 / 338 / 317 / 229 459 / 338 / 317 / 229 706 / 547 / 494 / 371

9.8 / 24.6 / 82 9.8 / 24.6 / 82 9.8 / 24.6 / 114.8

(LSN120HSV5/LSU120HSV5)

LS120HSV5

(LSN180HSV5/LSU180HSV5)

LS180HSV5

4.50 3.83 3.66

14.52 12.50 12.58

23.50 22.70 21.50

11.30 11.40 10.20
208-230 / 60 / 1

14 ~ 118

-4 ~ +65

53 to 75
60 to 86

64 to 86
60 to 86

R410A

EEV

45 / 48 45 / 48 53 / 53

18.3 / 23.4 18.3 / 23.4 25.6 / 32.2

74.1 / 78.9 74.1 / 78.9 116.8 / 126.5
4 x 18

Cross Flow (1)

Propeller (1)

Brushless Digitally Controlled / Direct

1,165 1,165 2,119

ø1/4 ø1/4 ø3/8
ø3/8 ø3/8 ø5/8

27/32, 5/8 27/32, 5/8 27/32, 5/8

0.22 0.22 0.38

41 41 24.6

49.2 49.2 49.2

2

Optional low Ambient Wind Baffle Kit allows operation down to 0°F in cooling mode.

3

Take appropriate actions at the end of HVAC equipment life to recover, recycle, reclaim or destroy R410A

refrigerant according to applicable regulations (40 CFR Part 82, Subpart F) under section 608 of CAA.

4

Sound Pressure levels are tested in an anechoic chamber under ISO Standard 1996.

5

All communication / connection (power) cable from the outdoor unit to the indoor unit is field supplied
and must be a minimum of four-conductor, 18 AWG, stranded, shielded or unshielded (if shielded, it
must be grounded to the chassis of the outdoor unit only), and must comply with applicable local and
national codes. For detailed electrical information, please refer to electric characteristics on page 11.

6

Piping lengths are equivalent.

ELECTRICAL DATA

Electrical Data

Table 3: Single Zone High Efciency Standard Wall Mount System Electrical Data.

Nominal

Tons

Unit Model No. Hertz Voltage

3/4 LS090HSV5

1 LS120HSV5 10.0 15.0 1 7.0 7.0 0.043 0.4 0.4

60 208 - 230 187 - 253

Voltage

Range

(Min. to Max.)

MCA MOP

Compressor

Quantity

10.0 15.0 1 7.0 7.0 0.043 0.4 0.4

1-1/2 LS180HSV5 13.0 20.0 1 9.6 9.6 0.124 0.25 0.4

Voltage tolerance is ±10%.
Maximum allowable voltage unbalance is 2%.
MCA = Minimum Circuit Ampacity.

Maximum Overcurrent Protection (MOP) is calculated as follows:
(Largest motor FLA x 2.25) + (Sum of other motor FLA) rounded
down to the nearest standard fuse size.

Compressor Motor

RLA

Cooling Heating

RLA = Rated Load Amps.
FLA = Full Load Amps.

Outdoor Fan Motor

kW FLA FLA

Indoor

Fan Motor

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 11

FUNCTIONS, CONTROLS, OPTIONS

Table 4: Indoor Units—Functions, Controls and Options.

Indoor Unit Type LS090HSV5 LS120HSV5 LS180HSV5
Air Supply Outlet
Airflow Direction Control (Left / Right)
Airflow Direction Control (Up / Down)
Auto Swing (Left / Right)
Auto Swing (Up / Down)

Airow

Fan Speed Airflow Steps (Fan / Cool / Heat)
Natural Wind (Auto Wind)
Jet Cool / Jet Heat (Power Wind)
Comfort Air

Prefilter (Washable / Anti-fungal1)

Air

3M Micro Dust Filter

Purifying

Hot Start
Self Diagnostics
Defrost
Dry (Dehumidification) Operation
Auto Changeover
Auto Cleaning (Coil Dry)
Auto Restart Operation
Child Lock

1

Forced Operation
Sleep Mode
Timer (24 Hour On / Off)

Functions

Weekly Timer
Two Thermistor Control

1

1

Low Ambient Operation
Overheat Protection
Smart Diagnosis
Indoor Unit Display Type
Indoor Unit Display Light
Energy Saving
Mode Lock

AC Smart IV
ACP IV

Central

PI-485

Controllers

MultiSITE™ CRC1

1 1 1
5 Steps 5 Steps 5 Steps
6 Steps 6 Steps 6 Steps

√ √ √

√ √ √

6 / 6 / 6 6 / 6 / 6 6 / 6 / 6

√ √ √

√ / √ √ / √ √ / √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

7 Hour 7 Hour 7 Hour

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

√ √ √

Number Display Number Display Number Display

On / Off On / Off On / Off

√ √ √

Cooling Only Cooling Only Cooling Only
PACS4B000 PACS4B000 PACS4B000

PACP4B000 PACP4B000 PACP4B000

PMNFP14A1 PMNFP14A1 PMNFP14A1

PREMTBVC0 PREMTBVC0 PREMTBVC0

Remote

MultiSITE CRC1+

Controllers

MultiSITE Communications Manager

Solution

Integration

Single Zone High Efciency Standard Wall Mount Engineering Manual

Building

LonWorks® Gateway
AC Smart IV BACnet® Gateway

Unit

Network

ACP IV BACnet Gateway
Dry Contact

Wind Baffle Kit

2

Wi-Fi
Water Level Sensor Connection (for optional AG-9300-LG)

Other

Drain Pan Heater
Smart Inverter Monitoring System (SIMS)

√ = Standard feature

X = Not available

12 | PRODUCT DATA

¹Function can operate only when a wired remote controller is connected.

2

Wi-Fi is only compatible with 2.4 GHz band, and cannot be used when dry contact mode is active. When changing from Wi-Fi mode to dry contact mode,

normal operation resumes in approximately 3 minutes.
LonWorks® is a trademark of Echelon Corporation ; BACnet® is a registered trademark of ASHRAE.

Due to our policy of continuous product innovation, some specications may change without notication.

PREMTBVC1 PREMTBVC1 PREMTBVC1

PBACNBTR0A PBACNBTR0A PBACNBTR0A

PLNWKB100 PLNWKB100 PLNWKB100

PBACNA000 PBACNA000 PBACNA000
PQNFB17C2 PQNFB17C2 PQNFB17C2

PDRYCB100, PDRYCB300, PDRYCB400

ZLABGP01A ZLABGP01A ZLABGP02A

√ √ √

√ √ √

√ √ PQSH1201

√ √ √

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

OUTDOOR UNIT DIMENSIONS

LSU090HSV5, LSU120HSV5

Unit : Inch (mm)

10-1/2(267)

Air Outlet

19/32 (15)

4-15/16 (125)

21-1/2 (545)

Connection

(Flared)

Vapor Pipe

(Flared)

Connection

Liquid Pipe

10-29/32 (277)

Ø17-11/32 (440)

Control Box

15/32 (11.5)

31/32 (24)

30-5/16 (770)

2-23/32 (69)

11-5/16 (288)

4-3/16 (106)

Sump Heater

Drain Hole 8-Ø13/16 (20)

22 (558)

Product Data

12-31/32 (330)

13-29/32 (353)

6-7/16 (163)
5-3/32 (129)

Service Valve Cover

1-7/32 (30.5)

25°

25°

9-5/16 (236)

12-1/16 (306)

Cable Hole

(Power)

Connection

Communication /

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

13/16 (20)

2-3/32 (54)

PRODUCT DATA | 13

OUTDOOR UNIT DIMENSIONS

Unit : Inch (mm)

13-13/32 (340)
14-3/16 (360)

6-15/32 (164) 21-1/2 (546)

2-3/4 (69.5)

12-19/32 (320)

34-1/4 (870)

13-3/32 (333)

29/32 (22.5)

5-7/8 (149)

17/32 (13)

3-5/32 (79.5)

21-1/2 (571)

20-27/32 (529)

31-1/2 (800)

7-11/16 (195)

4-7/32 (107)

6-25/32 (172)

7/8 (22)

15-3/32 (383)

1-25/32 (45)

25°

14°

6-29/32 (175)

Liquid Pipe

Connection

(Flared)

Vapor Pipe

Connection

(Flared)

Service Valve Cover

Communication /

Connection (Power)

Cable Hole

Control Box

Air Outlet

Drain Hole 4-Ø13/16 (20)

LSU180HSV5

Single Zone High Efciency Standard Wall Mount Engineering Manual

14 | PRODUCT DATA

Due to our policy of continuous product innovation, some specications may change without notication.

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©

OUTDOOR UNIT CORNER WEIGHT AND

d

e

a

b

c

A

D

B

C

CENTER OF GRAVITY DIMENSIONS

Figure 4: LSU090-120-180HSV5 Outdoor Unit Corner Weight and Center of Gravity Dimensions.

Table 5: LSU090-120-180HSV5 Outdoor Unit Corner Weight and Center of Gravity Dimensions.

Weight (lb.) Center of Gravity (in.) Leg (in.) Corner Weight (lb.)

Shipping Net a b c d e A B C D

78.9 74.1 19-31/32 9-11/32 5-21/32 22 12-31/32 9.5 11.0 26.8 26.8

Model No.

LSU090HSV5,

LSU120HSV5

LSU180HSV5 126.5 116.8 21-3/32 13-25/32 6-23/32 21-1/2 13-13/32 21.1 16.4 38.6 40.7

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 15

INDOOR UNIT DIMENSIONS

LSN090HSV5, LSN120HSV5

1/8 (3) x 1/4 (6)

1/4 (6) x 1/8 (3)

1-1/4 (31)

2-7/16 (61.5)

5-31/32 (152)

1-3/32 (50.2)

1-1/16 (26.2)

2-7/32 (56)

2 (51)

Routing

Knock Out

Hole

Refrigerant,

Drain Pipe

and Cable

Unit : Inch (mm)

85°

45°

15°

15°

55°

55°

5/8 (15.3)

Cooling Heating

1-9/32 (32.7)

(61)

2-13/32

* If airflow direction control is available,

Decoration Cover

Up & Down Left & Right

3-5/8 (92)

2-3/8 (60)

2-5/16

(59)

Terminal Block for

Power Supply and

Communication

Refrigerant, Drain

Pipe and Cable

Routing Knock Out Hole

Approx. 8-19/32 (218) to liquid pipe

Approx. 11-11/32 (288) to gas pipe

Connection

Drain Hose

1-27/32(47)

1-1/2 (38)

1-7/16 (33.5)

Air Outlet Hole

2 (51)

5-31/32 (152)

2-7/32 (56)

Air Outlet Hole

[28-5/32 (715)]

Bottom

Air Outlet

5/16 (8)

11/32 (9)

2-7/32(56)

3-27/32 (98)

Display & Remote

Controller Signal

Receiver

12-1/8 (308)

Refrigerant,

Drain Pipe

and Cable

Routing

Knock Out

Hole

10-11/32 (263)

5-19/32 (142)

Ø2-9/16 (65)

Air Intake

2-17/32 (64)

32-15/16 (837)

7-7/16 (189)

3-21/32 (93)

[5-29/32 (150)]
Air Intake Hole

Left

Right

Rear

Air Intake Hole

30-3/16 (767)

Rear

Single Zone High Efciency Standard Wall Mount Engineering Manual

Connecting Gas/Liquid Pipe

Unit Outline

5-3/16 (132)

12-1/8 (308)

Due to our policy of continuous product innovation, some specications may change without notication.

16 | PRODUCT DATA

29/32 (23)

Fixing the Installation Plate, Drilling Hole

Unit Outline

32-15/16 (837)

In Case of Left Side Piping

29/32 (23)

Installation Plate

12-1/16 (306)

32-15/16 (837)

2-15/32
(63)

5-9/32 (134)

7-5/8 (194)

7-27/32 (199)

7-27/32 (199)

Ø2-9/16 (65)

12-1/8 (308)

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

3-11/16 (94)

2-15/32 (63)

INDOOR UNIT DIMENSIONS

Unit : Inch (mm)

[36-5/32 (918)]

Air Intake Hole

[6-11/16 (170)]
Air Intake Hole

[2-29/32 (74)]

Air Outlet Hole

Rear

39-9/32 (998)

2-1/4 (57)

2-7/32 (56)

3-17/32 (90)

Bottom

Air

Outlet

[34-11/32 (872)]

Air Outlet Hole

13-19/32 (345)

2-3/8 (60)

7/16(11)

Air Intake

8-9/32 (210)

13-19/32 (345)

39-9/32 (998)

6-15/32 (164)

1-15/32 (37)

2-15/32 (63)

In case of Left Side Piping

Unit Outline

Approx. 9-7/16 (240) to gas pipe

Approx. 6-5/16 (160) to liquid pipe

Connecting Gas/Liquid Pipe

2-3/8 (60)

2-3/8 (60)

Rear

Left

Right

If airflow direction control is available,*

Cooling Heating

Up & Down Left & Right

50°

15°

20°

85°

45°

50°

39-9/32 (998)

2-23/32 (69)

14-11/16 (373)

5-13/32 (137)

2-3/32 (53)

13-19/32 (345)

Ø2-9/16 (65)

3-9/32 (83)

Unit Outline

Fixing the Installation Plate, Drilling Hole

1-1/16 (27)

5-29/32 (150)

4-17/32 (115)

Ø2-9/16 (65)

3-9/32 (83)

5-9/32 (134)

1-1/16 (27)

2-3/32 (53)

11-13/16 (300)

7/16 (11)

2-3/8 (60)

5-29/32 (150)5-29/32 (150)

7-13/32 (188)7-13/32 (188)

2-7/16 (61.5)

1-7/16 (33.5)

1-9/32 (32.7)

2-13/32

(61)

5-31/32 (152)

1/4 (6) x 1/8 (3)

1/8 (3) x 1/4 (6)

5/8 (15.3)

1-1/4 (31)

1-3/32 (50.2)

1-1/16 (26.2)

Refrigerant,

Drain Pipe

and Cable

Routing

Knock Out

Hole

Refrigerant,

Drain Pipe

and Cable

Routing

Knock Out

Hole

Display & Remote

Controller Signal

Receiver

Terminal Block for

Power Supply and

Communication

Refrigerant, Drain

Pipe and Cable

Routing Knock Out

Hole

Installation Plate

Drain Hose

Connection

Decoration Cover

LSN180HSV5

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 17

ACOUSTIC DATA

2.6 (0.8)

3.3 (1)

Microphone

Unit : ft. (m)

Indoor Units

Indoor Unit Sound Pressure Measurement

Figure 5: High Efciency Standard Wall Mount Indoor Unit Sound Level
Measurement.

• Measurements are taken 3.3 ft away from the front of the unit.

• Sound pressure levels are measured in dB(A) with a tolerance of
±3.

• Data is valid at nominal operation conditions. Operating conditions
are assumed to be standard.

• Reference acoustic pressure 0dB=20μPa

• Sound pressure levels are tested in an anechoic chamber under
ISO Standard 3745, and may be different according to the test
condition or equipment.

• Sound level will vary depending on a range of factors including the
construction (acoustic absorption coefficient) of a particular room in
which the unit was installed.

Indoor Unit Sound Pressure Levels

Table 6: High Efciency Standard Wall Mount Indoor Unit Acoustic Data.

Sound Pressure Levels (dB[A])

Model

H M L H M L

LSN090HSV5 39 33 23 39 33 23
LSN120HSV5 39 33 23 39 33 23
LSN180HSV5 45 40 35 45 40 35

Cooling Heating

LSN090HSV5 Sound Pressure Levels

Figure 6: Sound Pressure Level Diagrams for LSN090HSV5 Indoor Units.

LSN090HSV5

Cooling

80

■ High

▲ Medium

70

Single Zone High Efciency Standard Wall Mount Engineering Manual

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

18 | PRODUCT DATA

● Low

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Due to our policy of continuous product innovation, some specications may change without notication.

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©

Heating

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

■ High

▲

Medium

● Low

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Cooling

LSN090HSV5

Heating

10

20

30

40

50

60

70

80

63 125 250 500 1000 2000 4000 8000

Octave Band Sound Pressure Level (dB re 20μPa )

■ High

Octave Band Center Frequency (Hz)

● Low

▲ Medium

NC-15

NC-20

NC-25

NC-30

NC-35

NC-40

NC-45

NC-50

NC-55

NC-60

NC-65

Approximate
Hearing
Threshold

10

20

30

40

50

60

70

80

63 125 250 500 1000 2000 4000 8000

Octave Band Sound Pressure Level (dB re 20μPa )

■ High

Octave Band Center Frequency (Hz)

● Low

▲

NC-15

NC-20

NC-25

NC-30

NC-35

NC-40

NC-45

NC-50

NC-55

NC-60

NC-65

Approximate
Hearing
Threshold

LSN120HSV5

Octave Band Center Frequency (Hz)

Medium

LSN120HSV5 and LSN180HSV5 Sound Pressure Levels

Figure 7: Sound Pressure Level Diagrams for LSN120-180HSV5 Indoor Units.

Cooling

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

■ High

▲

● Low

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

LSN180HSV5

Cooling Heating

80

■ High

▲

Medium

70

● Low

Heating

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

80

70

ACOUSTIC DATA

Indoor Units

■ High

MediumMedium

▲

● Low

■ High

▲

Medium

● Low

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Product Data

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 19

ACOUSTIC DATA

3.3 ft. (1)

Center of
Outdoor Unit

Unit : ft. (m)

Outdoor Units

Outdoor Unit Sound Pressure Measurement

Figure 8: High Efciency Standard Wall Mount Outdoor Unit Sound
Level Measurement.

Outdoor Unit Sound Pressure Levels

Table 7: High Efciency Standard Wall Mount Outdoor Unit Acoustic Data.

Model

LSU090HSV5 45 48
LSU120HSV5 45 48
LSU180HSV5 53 53

Sound Pressure Levels (dB[A])

Cooling (Max.) Heating (Max.)

• Measurements are taken 3.3 ft away from the front of the unit.

• Sound pressure levels are measured in dB(A) with a tolerance of
±3.

• Data is valid at nominal operation conditions. Operating conditions
are assumed to be standard.

• Reference acoustic pressure 0dB=20μPa

• Sound pressure levels are tested in an anechoic chamber under
ISO Standard 3745, and may be different according to the test
condition or equipment.

• Sound level will vary depending on a range of factors including the
construction (acoustic absorption coefficient) of a particular room in
which the unit was installed.

LSU090HSV5 Sound Pressure Levels

Figure 9: Sound Pressure Level Diagrams for LSU090HSV5 Outdoor Units.

LSU090HSV5

Cooling Heating

80

▲ Front

●

70

60

50

40

Single Zone High Efciency Standard Wall Mount Engineering Manual

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

Back

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

▲ Front

●

Back

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

20 | PRODUCT DATA

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

ACOUSTIC DATA

LSU090HSV5

Cooling Heating

10

20

30

40

50

60

70

80

63 125 250 500 1000 2000 4000 8000

Octave Band Sound Pressure Level (dB re 20μPa )

●

▲ Front

Back

Octave Band Center Frequency (Hz)

NC-15

NC-20

NC-25

NC-30

NC-35

NC-40

NC-45

NC-50

NC-55

NC-60

NC-65

Approximate
Hearing
Threshold

10

20

30

40

50

60

70

80

63 125 250 500 1000 2000 4000 8000

Octave Band Sound Pressure Level (dB re 20μPa )

●

▲ Front

Back

Octave Band Center Frequency (Hz)

NC-15

NC-20

NC-25

NC-30

NC-35

NC-40

NC-45

NC-50

NC-55

NC-60

NC-65

Approximate
Hearing
Threshold

LSU120HSV5

Outdoor Units

LSU120HSV5 and LSU180HSV5 Sound Pressure Levels

Figure 10: Sound Pressure Level Diagrams for LSU120-180HSV5 Outdoor Units.

Cooling

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

▲ Front

●

Back

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

LSU180HSV5

Cooling

80

▲ Front

●

70

Back

Heating

80

70

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

Heating

80

70

▲ Front

●

Back

▲ Front

●

Back

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Product Data

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

60

50

40

30

Octave Band Sound Pressure Level (dB re 20μPa )

20

Approximate
Hearing
Threshold

10

63 125 250 500 1000 2000 4000 8000

Octave Band Center Frequency (Hz)

NC-65

NC-60

NC-55

NC-50

NC-45

NC-40

NC-35

NC-30

NC-25

NC-20

NC-15

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 21

REFRIGERANT FLOW DIAGRAMS

Field Pipin g

(Copper Tubing)

Field Pipin g

(Copper Tubing)

M

M

Heat

Exchanger

(Evaporato r)

Heat

Exchanger

(Condenser)

Compressor

2-Way Valve

Valve

Reversing

Indoor U nit Outdoor Unit

: Cooling
: Heating

EEV

Th1

Th4

Th3

Th6

Th7

Th8

Liquid Side

Vapor Side

3-

Way V alve

Th5

Th2

Ø3/8 Inches

Ø1/4 Inches

Refrigerant Flow Diagram for LSN / LSU090, 120HSV5

Table 8: Single Zone High Efciency Wall Mount LSN/LSU090-120HSV5 Thermistor Details.

Thermistor Description PCB Connector

TH1

TH2

TH3

TH4

TH5

Single Zone High Efciency Standard Wall Mount Engineering Manual

TH6

TH7

TH8

22 | PRODUCT DATA

Indoor air temperature thermistor

Evaporator inlet temperature thermistor

Evaporator middle temperature thermistor CN-TH3 (Indoor)

Evaporator outlet temperature thermistor

Outdoor air temperature thermistor

Condensing temperature thermistor

Discharge pipe temperature thermistor D_PIPE (Outdoor)

Water level sensor (optional)

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

CN-TH1 (Indoor)

CN-TH2 (Indoor)

C_PIPE/AIR (Outdoor)

REFRIGERANT FLOW DIAGRAMS

Refrigerant Flow Diagrams for LSN / LSU180HSV5

Indoor U nit Outdoor Unit

Th1

Heat

Exchanger

(Evaporato r)

Th4

Th2

Th5

Th3

Field Pipin g

(Copper Tubing)

Liquid Side

Ø3/8 Inches

M

Field Pipin g

(Copper Tubing)

3-Way Valve

3-

Way V alve

EEV

M

Reversing

Valve

Th6

Heat

Exchanger

(Condenser)

Th7

Product Data

Vapor Side

Ø5/8 Inches

Accumulator

Compresso r

Th8

: Cooling
: Heating

Table 9: Single Zone High Efciency Wall Mount LSN/LSU180HSV5 Thermistor Details.

Thermistor Description PCB Connector

TH1

TH2

TH3

TH4

TH5

TH6

TH7

TH8

Indoor air temperature thermistor

Evaporator inlet temperature thermistor

Evaporator middle temperature thermistor CN-TH3 (Indoor)

Evaporator outlet temperature thermistor

Water level sensor (optional)

Outdoor air temperature thermistor

Condensing temperature thermistor

Discharge pipe temperature thermistor CN-TH2 (Outdoor)

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

CN-TH1 (Indoor)

CN-TH2 (Indoor)

CN-TH1 (Outdoor)

PRODUCT DATA | 23

INDOOR UNIT WIRING DIAGRAM

LSN090HSV5, LSN120HSV5, LSN180HSV5

Wiring Diagram for LSN090, 120, 180HSV5

Single Zone High Efciency Standard Wall Mount Engineering Manual

Due to our policy of continuous product innovation, some specications may change without notication.

24 | PRODUCT DATA

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

OUTDOOR UNIT WIRING DIAGRAM

Wiring Diagram for LSU090, 120HSV5

LSU090HSV5, LSU120HSV5

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 25

OUTDOOR UNIT WIRING DIAGRAM

LSU180HSV5

Wiring Diagram for LSU180HSV5

Single Zone High Efciency Standard Wall Mount Engineering Manual

Due to our policy of continuous product innovation, some specications may change without notication.

26 | PRODUCT DATA

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

ELECTRICAL CONNECTIONS

General Power Wiring / Communications Cable Guidelines

• Follow manufacturer’s circuit diagrams displayed on the inside of the control box cover.

• Have a separate power supply for the indoor units.

• Provide a circuit breaker switch between the power source and the indoor unit.

• Confirm power source specifications.

• Properly ground the outdoor unit and the indoor unit per National Electrical Code (NEC) and local codes.

• Connect the wiring firmly so that the wires cannot be easily pulled out.

• Confirm that the electrical capacity is sufficient.

• Power supply to the outdoor unit must be selected based on NEC and local codes. Maximum allowable voltage fluctuation ±10% or name­plate rated value.

• It is recommended that a circuit breaker is installed, especially if conditions could become wet or moist.

• Include a disconnect in the power wiring system. Add an air gap contact separation of at least 1/8 inch in each active (phase) conductor.

• Any openings where the field wiring enters the cabinet must be completely sealed.

Do not install power wiring to the outdoor unit and the communication / connection (power) cable to the indoor unit in the same conduit.

Use separate conduits.

Power Wiring / Communications Cable Specifications

• Power wiring to the outdoor unit must be solid or stranded, and must comply with the applicable local and national electric codes.

• Communication / connection (power) cable from the outdoor unit to the indoor unit must be a minimum of 18 AWG, four (4) conductor,
stranded, shielded or unshielded (if shielded, must be grounded to chassis at the outdoor unit only) and must comply with applicable local
and national codes.

• Communication cable from the indoor unit to optional remote controller is to be 22 AWG, three (3) conductor, twisted, stranded, unshielded.
Wiring must comply with all applicable local and national codes.

• Terminal screws may become loose during transport. Properly tighten the terminal connections during installation or risk electric shock,
physical injury, or death.

• Loose wiring may cause unit to malfunction, overheat, and catch fire, resulting in severe injury or death.

• Terminal screws may loosen during transport. Properly tighten the terminal connections during installation or risk equipment malfunction or
property damage.

• Loose wiring may cause unit malfunction, the wires to burnout or the terminal to overheat and catch fire. There is a risk of equipment mal­function or property damage.

A voltage drop may cause the following problems:

• Magnetic switch vibration, fuse breaks, or disturbance to the normal function of an overload protection device.

• Compressor will not receive the proper starting current.

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 27

ELECTRICAL CONNECTIONS

208/230 VAC

Power Supply

Circuit Breaker

Ground Wiring

Outdoor Unit

Indoor Unit

Power Supply

Circuit Breaker

Ground Wiring

Outdoor Unit

Indoor Unit

Figure 11: LS090HSV5 and LS120HSV5 General Power / Communica­tions System Schematic.

Figure 12: LS180HSV5 General Power / Communications System
Schematic.

• Use a conduit for the communications cable / power wiring from the outdoor unit to the indoor units.

• Make sure the communications cable / power wiring from the outdoor units to the indoor units, and the power wiring to the outdoor unit are
separate, otherwise, the outdoor unit operation may be affected by electrical noise and will malfunction or fail.

Figure 13: LS090-120HSV5 System Electrical Connections. Figure 14: LS180HSV5 System Electrical Connections.

Single Zone High Efciency Standard Wall Mount Engineering Manual

28 | PRODUCT DATA

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

ELECTRICAL CONNECTIONS

Verify the connectors are properly inserted.

C/BOX Cable (Plug type)

Extension cable

To Indoor Unit
CN-REMO
Terminal

TEMP

FAN

SPEED

OPER

MODE

Display
Screen

Button

*

*

*

RESET

Outdoor Unit Terminal Block

GND

GRN /

YLW

3

Controller Options

Single Zone High Efficiency Standard Wall Mount systems include a wireless handheld remote controller

(Model No. AKB74955602), but optional LG-suppled wired controllers are available. See “Functions,

Controls, Options”, or contact an LG representative for more information.

Wireless Handheld Remote Controller features:

• Display Panel: Displays operation conditions.

• On / Off Button: Turns system operation on and off.

• Mode Button: Selects the operation mode: Cooling, Heating, Auto, Dry
(Dehumidification), or Fan.

• Temp Up / Down Buttons: Adjusts the desired room temperature in the different modes.

• Fan Speed Button: Sets desired fan speed.

• Reset: Initializes the handheld remote control settings.

Wired Controller Connections

Optional controllers (see “Functions, Controls, Options”, or contact an LG representative for more

information) can connect to the Single Zone High Efficiency Standard Wall Mount indoor unit in one of
two different ways.

1. LG Wired Remote Extension Cable with Molex plug (PZCWRC1; sold separately) that connects to the

CN-REMO terminal on the indoor unit PCB.

2. Field-supplied controller cable that connects to the indoor unit terminal block (must be at least

UL2547 or UL1007, and at least FT-6 rated if local electric and building codes require plenum cable
usage). Communication cable from indoor unit to remote controller(s) is to be 22 AWG, 3-conductor,
twisted, stranded, unshielded. Wiring must comply with all applicable local and national codes.

Figure 17: AKB74955602 Wire­less Handheld Remote Controller.
Buttons may differ depending on
model type.

Product Data

Figure 15: PZCWRC1 LG Wired Remote Extension Cable.

Figure 16: Wired Controller Connection on the Indoor Unit Terminal Block.

Indoor Unit Terminal Block

GND

1(L1 )2(L2)

3

CN-REMO

BR

BL

RD

When using eld-supplied controller cable, make sure to connect the yel­low to yellow (communications wire), red to red (12V power wire), and
black to black (ground wire) terminals from the remote controller to the
indoor unit terminal blocks.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 29

ELECTRICAL CONNECTIONS

4 to 5 feet

above the floor

NO

NO

NO

YES

Remote Controller

TEMP

Remote Controller

TEMP

Re

m

o

t

e

Co

n

t

r

ol

ler

TEMP

Wired Controller Placement

Figure 18: Proper Location for the Wired Controller.

Wired controllers include a sensor to detect room temperature.
To maintain comfort levels in the conditioned space, the wired
controller must be installed in a location away from direct sunlight,
high humidity, and where it could be directly exposed to cold air.
Controller must be installed four (4) to five (5) feet above the floor
where its LED display can be read easily, in an area with good air
circulation, and where it can detect an average room temperature.

Do not install the wired controller near or in:

• Drafts or dead spots behind doors and in corners.

• Hot or cold air from ducts.

• Radiant heat from the sun or appliances.

• Concealed pipes and chimneys.

• An area where temperatures are uncontrolled, such as an outside
wall.

Assigning the Thermistor for Temperature Detection

Each indoor unit includes a return air thermistor assigned to sense the temperature. If a wired controller is installed, there is a choice
of sensing temperature with either the indoor unit return air thermistor or the thermistor in the wired controller. It is also an option to set
both thermistors to sense temperature so that indoor unit bases its operation on the first thermistor to reach the designated temperature
differential.

Single Zone High Efciency Standard Wall Mount Engineering Manual

30 | PRODUCT DATA

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

Cooling

28(82)

26(79)

24(75)

2(6.6)

1(3.3)

0.5(1.6)

0.3(1)

Air Velocity m/s (ft./s)

1

0

0

10

2

2468

m

m

Temperature °C (°F)

ft.

032.8 6.613.119.726.2

1

0

0

10

2

2468

m

m ft.

3.3

0

6.6

ft.

3.3

0

6.6

ft.

032.8 6.613.119.726.2

22(72)

0.3(1)

0.5(1.6)

1(3.3)

1(3.3)

1(3.3)

2(6.6)

0.3(1)

0.3(1)

0.5(1.6)

0.5(1.6)

2(6.6)

2(6.6)

Air Velocity m/s (ft./s)

010 2468

m

m

1

0

1

2

3

4

3

2

4

5

5

Air Velocity m/s (ft./s)

010 2468

m

1

0

1

2

3

4

3

2

4

5

5

032.8

6.613.119.726.2 032.8 6.613.119.726.2

ft.

m
ft.

ft.

3.3

0

3.3

6.6

9.8

13.1

9.8

6.6

13.1

16.4

16.4

3.3

3.3

6.6

9.8

13.1

9.8

6.6

13.1

16.4

16.4

ft.

0

Side View

Discharge Angle : 35˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power

Top View

Discharge Angle : 35˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power
Air Speed 0.3 m/s (1 ft./s) Range : 13.0 m (42.7 ft.)

Top View

Discharge Angle : 35˚ (From the floor )
Vertical Louver : Left & Right
Fan Speed : Power

Table 10: High Efciency Standard Wall Mount Outdoor Unit Air Flow Rate and Static Pressure.

LSN090HSV5 and LSN120HSV5

AIR FLOW, EXTERNAL PRESSURE, AND

TEMPERATURE DISTRIBUTION

Model No. Air Flow Rate (CFM) Static Pressure (in. WG)

LSU090HSV5, LSU120HSV5 1,165 0.0329

LSU180HSV5 2,119 0.0384

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 31

AIR FLOW AND TEMPERATURE DISTRIBUTION

Heating

LSN090HSV5 and LSN120HSV5, continued.

Air Velocity m/s (ft./s)

0.3(1)

m

10

ft.

0.5(1.6)
1(3.3)

1.5(4.9)

Side View

Discharge Angle : 55˚ (From the floor )
Vertical Louver : Center

Fan Speed : Power

Air Velocity m/s (ft./s)

0.3(1)

0.5(1.6)

1(3.3)

2(6.6)

2(6.6)

2468

Temperature °C (°F)

m

ft.

2

6.6

m ft.

2

6.6

32(90)

1

3.3

0

0

0

032.8 6.613.119.726.2

m

ft.

5

16.4

4

13.1

3

9.8

2

6.6

1

3.3

0

0

1

3.3

m

ft.

24(75)

10

Air Velocity m/s (ft./s)

0.3(1)

26(79)

0.5(1.6)

28(82)

1(3.3)

30(86)

2468

2(6.6)

2(6.6)

1

3.3

0

0

0

032.8 6.613.119.726.2

ft.

m

16.4

5

13.1

4

9.8

3

6.6

2

3.3

1

0

0

3.3

1

Single Zone High Efciency Standard Wall Mount Engineering Manual

m
ft.

6.613.119.726.2 032.8 6.613.119.726.2

Top V iew

Discharge Angle : 55˚ (From the floor )
Vertical Louver : Center

Fan Speed : Power

Air Speed 0.3 m/s (1 ft./s) Range : 13.5 m (44.3 ft.)

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

32 | PRODUCT DATA

©

2

6.6

3

9.8

4

13.1

5

16.4

010 2468

032.8

m
ft.

0.3(1)

0.5(1.6)
1(3.3)

6.6

2

9.8

3

13.1

4

16.4

5

010 2468

Top V iew

Discharge Angle : 55˚ (From the floor )
Vertical Louver : Left & Right

Fan Speed : Power

LSN180HSV5

Cooling

2(6.6)

1(3.3)

0.3(1)

1.5(4.9)

0.5(1.6)

22(72)

24(75)

26(79)

28(82)

Air Velocity m/s (ft./s)

1

0

0

10

2

2468

m

m

Temperature °C (°F)

ft.

06.68.23 13.119.726.2

1

0

0

10

2

2468

m

m ft.

3.3

0

6.6

ft.

3.3

0

6.6

ft.

032.8 6.613.119.726.2

18(64)

0.3(1)

0.5(1.6)

1(3.3)

2(6.6)

2(6.6)

2(6.6)

1(3.3)

1(3.3)

0.5(1.6)

0.5(1.6)

0.3(1)

0.3(1)

Air Velocity m/s (ft./s)

0201 468

m

m

1

0

1

2

3

4

3

2

4

5

5

Air Velocity m/s (ft./s)

0201 468

m

1

0

1

2

3

4

3

2

4

5

5

06.68.23 13.119.726.2 06.68.23 13.119.726.2

ft.

m
ft.

ft.

3.3

0

3.3

6.6

9.8

13.1

9.8

6.6

13.1

16.4

16.4

3.3

3.3

6.6

9.8

13.1

9.8

6.6

13.1

16.4

16.4

ft.

0

Side View

Discharge Angle : 25˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power

Top View

Discharge Angle : 25˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power
Air Speed 0.3 m/s (1 ft./s) Range : 15.7 m (51.5 ft.)

Top View

Discharge Angle : 25˚ (From the floor )
Vertical Louver : Left & Right
Fan Speed : Power

AIR FLOW AND TEMPERATURE DISTRIBUTION

Product Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 33

AIR FLOW AND TEMPERATURE DISTRIBUTION

LSN180HSV5, continued.

Heating

Air Velocity m/s (ft./s)

0.3(1)

0.5(1.6)

1(3.3)

m

10

ft.

1.5(4.9)

2(6.6)

Side View

Discharge Angle : 45˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power

Air Velocity m/s (ft./s)

0.3(1)

0.5(1.6)

1(3.3)

Temperature °C (°F)

m

ft.

2

6.6

24(75)

32(90)

m ft.

2

6.6

30(86)

1

3.3

26(79)

0

0

2468

0

06.68.23 13.119.726.2

ft.

m

16.4

5

13.1

4

9.8

3

m

10

ft.

Air Velocity m/s (ft./s)

0.5(1.6)

6.6

2

3.3

1

0.3(1)

28(82)

2468

1(3.3)

2(6.6)

1

3.3

0

0

0

032.8 6.613.119.726.2

ft.

m

16.4

5

13.1

4

9.8

3

6.6

2

3.3

1

2(6.6)

Single Zone High Efciency Standard Wall Mount Engineering Manual

m
ft.

Top View

Discharge Angle : 45˚ (From the floor )
Vertical Louver : Center
Fan Speed : Power
Air Speed 0.3 m/s (1 ft./s) Range : 18.3 m (60.0 ft.)

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

34 | PRODUCT DATA

©

0

0

3.3

1

6.6

2

9.8

3

13.1

4

16.4

5

0201 468

06.68.23 13.119.726.2 06.68.23 13.119.726.2

m
ft.

0.3(1)

Top View

Discharge Angle : 45˚ (From the floor )
Vertical Louver : Left & Right
Fan Speed : Power

0.5(1.6)
1(3.3)

2(6.6)

0

0

3.3

1

6.6

2

9.8

3

13.1

4

16.4

5

0201 468

ACCESSORIES

LG Monitoring View (LGMV) Diagnostic Software and Cable

LGMV software allows the service technician or commissioning agent to connect a computer USB port
to the outdoor unit main printed circuit board (PCB) using an accessory cable without the need for a
separate interface device. The main screen for LGMV allows user to view the following real time data on
one screen:

• Actual inverter compressor speed

• Target inverter compressor speed

• Actual outdoor fan speed

• Target outdoor unit fan speed

• Actual superheat

• Target superheat

• Actual subcooler circuit superheat

• Target subcooler circuit superheat

• Main EEV position

• Subcooling EEV position

• Inverter compressor current transducer
value

• Outdoor air temperature

• Actual high pressure/saturation temperature

• Actual low pressure/saturation temperature

• Suction temperature

• Inverter compressor discharge temperature

• Constant speed compressor discharge

Additional screens can be accessed by tabs on the main screen:

1. Cycleview: Graphic of internal components including:

• Compressors showing actual speeds

• EEVs

• Indoor Units

• Liquid injection valves

2. Graph: Full screen graph of actual high and low pressures and high and low pressure limits. A

sliding bar enables user to go back in time and view data.

3. Control IDU: Enables user to turn on all IDU’s default setpoints of 86°F in heat mode or 64°F in

cool mode.

4. Setting: Converts metric values to imperial values.

5. Making Data: Recording of real time data to a separate file created to be stored on the user’s computer.

6. Loading Data: Recorded data from a saved “.CSV” file can be loaded to create an LGMV session.

7. Electrical Data: The lower half of main screen is changed to show the following:

• Inverter compressor

- Amps

- Volts

- Power Hz

- Inverter control board fan Hz

temperature

• Front outdoor coil pipe temperature

• Back outdoor coil pipe temperature

• Liquid line pipe temperature

• Subcooler inlet temperature

• Subcooler outlet temperature

• Average indoor unit (IDU) pipe temperature

• Inverter compressor operation indicator
light

• Four-way reversing valve operation
indicator light

• Pressure graph showing actual low pres­sure and actual high pressure levels

• Error code display

• Operating mode indicator

• Target high pressure

• Target low pressure

• PCB (printed circuit board) version

• Temperature and pressure sensors

• Four-way reversing valve

• Outdoor fans showing status and speeds

• Constant compressor

- Current transducer value

- Phase

• Software
version

• Installer
name

• Model no.
of outdoor units

• Site name

• Total number of connected indoor units

• Communication indicator lights

• Indoor unit capacity

• Indoor unit operating mode

• Indoor unit fan speed

• Indoor unit EEV position

• Indoor unit room temperature

• Indoor unit inlet pipe temperature

• Indoor unit outlet pipe temperature

• Indoor unit error code

Product Data

Figure 19: Sample Cycleview.

In lieu of connecting to the outdoor unit, user has the option to connect to the indoor unit with the use of a USB to RS-485 connector kit.
When connected through the indoor unit, user will not be able to record data.

This software can be used to both commission new systems and troubleshoot existing systems. LGMV data can be recorded to a “.CSV” file

and emailed to an LG representative to assist with diagnostic evaluations.

Recommended Minimum PC Configuration:

• CPU: Pentium

• Operating System: Windows® NT/2000/XP/Vista

• Main Memory: 256 MB

LGMV is available in different formats, including Mobile LGMV, which is a app for use on wireless devices. Contact your LG
Sales Representative for more information.

®

IV 1.6 GHz

• Hard Disk: 600 MB when operating

• Web Browser: Internet Explorer® 5.0

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PRODUCT DATA | 35

ACCESSORIES

LG Smart Inverter Monitoring System (SIMS)

SIMS can be used to display and graph operational data for single zone systems and respective
components (indoor unit and outdoor unit). SIMS also displays error codes and a troubleshooting guide.
SIMs consists of a hardware Wireless Local Area Network (WLAN) module, an interface cable, and a
free downloadable application (app) for iOS® or Android™. The user must supply either an Apple® or an
Android smart phone; SIMs is not optimized for tablets, and only be used with LG single zone and Multi F
systems.

Only trained HVAC service technicians familiar with variable refrigerant flow (VRF) systems in general
and with LG’s DFS products can use SIMS. The technician must understand inverter air conditioning
operation cycles, the meaning of the data displayed by SIMS, and how to use the data to troubleshoot
the system.

iOS is a registered trademark of Cisco in the U.S. and other countries. Android is a trademark of Google Inc.
Apple is a trademark of Apple Inc., registered in the U.S. and other countries.

Contact your LG Sales Representative for system requirements, the latest version of SIMS,
how to download the app, or other information.

LG Smart ThinQ

LG Smart ThinQ is a built-in Wi-Fi module, along with a free smart phone app that provides monitoring
and remote control capabilities for certain LG single zone systems. The app has the following features
and benefits:

Figure 20: LG SIMS WLAN
Module.

Figure 21: Example of an LG
Smart ThinQ Screen (appearanc­es my differ depending on version
of software).

• Sign in to the app using LG credentials, or using Google® or Facebook® login credentials. Users only
have to log in to the app once; the app remembers login details for subsequent logins.

• View current temperature settings of the air conditioning unit and change temperature, fan speed,
and air flow direction from anywhere in the house or at a remote location (through the use of wireless
connection). Multiple users can control the household air conditioning unit remotely.

• Monitor filter usage of the unit.

• Set up weekly schedules to start and stop air conditioner activity.

• Set up the unit to run in different Modes, depending on the user’s schedule. Set up specific tempera­tures for when the user is home, away on vacation, or sleeping.

• Troubleshoot problems, and view tips on general maintenance of the system using the Smart Diagnosis
function.

*Google is a registered trademark of Google Inc.; Facebook is a registered trademark of Facebook.

Single Zone High Efciency Standard Wall Mount Engineering Manual

Contact your LG Sales Representative or visit www.lg-dfs.com for system requirements, how
to download the app, a user’s manual, or other information.

36 | PRODUCT DATA

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PERFORMANCE

DATA

“Cooling Capacity Data” on page 38

“Heating Capacity Data” on page 40

“Maximum Heating Capacity Data” on page 42

“Equipment Selection Procedure” on page 44

PERFORMANCE DATA

Cooling Capacity

LS090HSV5, LS120HSV5

Cooling Capacity Table for LS090HSV5 (LSU090HSV5 + LSN090HSV5)

Table 11: LSN090HSV5 / LSU090HSV5 Cooling Capacities.

Outdoor

Air

Temp.

(°F DB)

0 5.45 4.52 0.24 6.81 4.82 0.28 8.18 5.11 0.33 9.88 5.47 0.38 10.91 5.69 0.42 9.10 6.21 0.34 7.90 6.55 0.29
5 5.34 4.46 0.25 6.68 4.75 0.30 8.02 5.04 0.34 9.69 5.40 0.40 10.70 5.61 0.44 8.93 6.12 0.36 7.75 6.46 0.30

7 5.38 4.50 0.25 6.73 4.79 0.30 8.08 5.08 0.35 9.76 5.45 0.41 10.77 5.67 0.44 8.99 6.18 0.36 7.80 6.52 0.31
10 5.44 4.56 0.26 6.80 4.86 0.31 8.16 5.15 0.35 9.86 5.52 0.41 10.88 5.74 0.45 9.08 6.26 0.37 7.88 6.61 0.31
14 5.51 4.64 0.26 6.89 4.94 0.31 8.27 5.24 0.36 9.99 5.62 0.42 11.03 5.85 0.46 9.20 6.38 0.37 7.99 6.73 0.32
23 5.92 4.99 0.26 7.12 5.31 0.32 8.32 5.63 0.37 9.82 6.03 0.44 10.72 6.27 0.48 9.43 6.85 0.38 8.57 7.23 0.32
25 6.01 5.06 0.27 7.18 5.38 0.32 8.36 5.69 0.37 9.83 6.08 0.44 10.71 6.32 0.48 9.54 6.92 0.39 8.75 7.32 0.33
30 6.24 5.26 0.29 7.35 5.55 0.34 8.46 5.84 0.39 9.85 6.20 0.45 10.68 6.42 0.48 9.80 7.10 0.40 9.20 7.56 0.35
35 6.47 5.46 0.31 7.52 5.72 0.35 8.56 5.99 0.40 9.87 6.32 0.45 10.66 6.52 0.49 10.05 7.29 0.42 9.65 7.80 0.37
40 6.70 5.65 0.33 7.69 5.89 0.37 8.67 6.14 0.41 9.90 6.44 0.46 10.63 6.62 0.49 10.31 7.47 0.43 10.10 8.04 0.40
45 6.94 5.85 0.35 7.85 6.07 0.38 8.77 6.28 0.42 9.92 6.56 0.47 10.61 6.72 0.50 10.57 7.65 0.45 10.55 8.28 0.42
50 7.17 6.04 0.37 8.02 6.24 0.40 8.88 6.43 0.43 9.94 6.68 0.47 10.58 6.82 0.50 10.83 7.84 0.47 11.00 8.52 0.44
55 7.40 6.24 0.39 8.19 6.41 0.42 8.98 6.58 0.44 9.96 6.79 0.48 10.56 6.92 0.50 11.09 8.02 0.48 11.45 8.76 0.47
60 7.63 6.43 0.41 8.36 6.58 0.43 9.08 6.73 0.46 9.99 6.91 0.49 10.53 7.02 0.51 11.35 8.21 0.50 11.90 8.99 0.49
65 7.56 6.38 0.43 8.25 6.55 0.45 8.94 6.73 0.47 9.80 6.96 0.51 10.31 7.09 0.52 11.13 8.21 0.52 11.68 8.96 0.51
70 7.49 6.32 0.45 8.14 6.53 0.47 8.79 6.74 0.49 9.61 7.00 0.52 10.09 7.16 0.54 10.91 8.22 0.54 11.46 8.92 0.54
75 7.43 6.26 0.47 8.04 6.50 0.49 8.65 6.74 0.51 9.42 7.05 0.54 9.87 7.23

80 7.36 6.20 0.49 7.93 6.47 0.51 8.51 6.75 0.53 9.22 7.09 0.56 9.66 7.30 0.57 10.48 8.23 0.58 11.02 8.85 0.59
85 7.29 6.14 0.51 7.82 6.45 0.53 8.36 6.75 0.55 9.03 7.14 0.57 9.44 7.36 0.59 10.26 8.23 0.60 10.80 8.81 0.62
90 7.22 6.08 0.53 7.72 6.42 0.55 8.22 6.76 0.57 8.84 7.18 0.59 9.22 7.43 0.60 10.04 8.24 0.63 10.58 8.77 0.64
95 7.15 6.03 0.55 7.61 6.39 0.57 8.07 6.76 0.58 8.65 7.22 0.61 9.00 7.50 0.62 9.82 8.24 0.65 10.36 8.73 0.67

100 6.96 5.87 0.56 7.43 6.25 0.58 7.91 6.64 0.59 8.50 7.12 0.62 8.86 7.41 0.63 9.65 8.11 0.66 10.17 8.58 0.68
105 6.77 5.71 0.57 7.26 6.11 0.58 7.75 6.51 0.60 8.35 7.02 0.63 8.72 7.32 0.64 9.48 7.98 0.67 9.99 8.42 0.68
110 6.59 5.55 0.57 7.08 5.97 0.59 7.58 6.39 0.61 8.21 6.92 0.63 8.58 7.23 0.65 9.31 7.85 0.68 9.80 8.26 0.69
115 6.35 5.35 0.58 6.83 5.76 0.60 7.32 6.17 0.62 7.92 6.68 0.64 8.28 6.99 0.65 8.99 7.58 0.68 9.47 7.98 0.70
118 6.21 5.23 0.58 6.68 5.64 0.60 7.16 6.04 0.62 7.75 6.54 0.64 8.10 6.84 0.66 8.80 7.42 0.69 9.27 7.81 0.71
122 6.02 5.34 0.59 6.48 5.75 0.61 6.94 6.16 0.63 7.51 6.67 0.65 7.86 6.98 0.67 8.54 7.57 0.70 8.99 7.97 0.72

64 / 53 68 / 57 72 / 61 77 / 64 80 / 67 86 / 72 90 / 75

TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI

Indoor Air Temperature (°F DB / °F WB)

0.56 10.69 8.22 0.56 11.24 8.88 0.57

Cooling Capacity Table for LS120HSV5 (LSU120HSV5 + LSN120HSV5)

Table 12: LSN120HSV5 / LSU120HSV5 Cooling Capacities.

Outdoor

Air

Temp.

(°F DB)

0 7.27 6.03 0.38 9.08 6.42 0.44 10.90 6.81 0.51 13.18 7.30 0.60 14.54 7.59 0.65 12.13 8.28 0.53 10.53 8.74 0.45
5 7.13 5.94 0.39 8.91 6.33 0.46 10.70 6.71 0.54 12.93 7.20 0.63 14.26 7.49 0.68 11.90 8.16 0.56 10.33 8.61 0.47

7 7.18 6.00 0.40 8.97 6.39 0.47 10.77 6.78 0.54 13.01 7.26 0.63 14.36 7.55 0.69 11.98 8.24 0.56 10.40 8.69 0.48
10 7.25 6.08 0.40 9.06 6.48 0.48 10.88 6.87 0.55 13.15 7.36 0.64 14.51 7.66 0.70 12.11 8.35 0.57 10.51 8.81 0.48
14 7.35 6.19 0.41 9.19 6.59 0.49 11.03 6.99 0.56 13.33 7.49 0.66 14.71 7.80 0.71 12.27 8.50 0.58 10.65 8.97 0.49

23 7.89 6.65 0.41 9.49 7.08 0.49 11.09 7.51 0.58 13.09 8.04 0.68 14.29 8.37 0.75 12.58 9.13 0.60 11.43 9.63 0.49
25 8.01 6.75 0.42 9.58 7.17 0.50 11.14 7.59 0.58 13.10 8.11 0.69 14.28 8.42 0.75 12.71 9.23 0.60 11.67 9.76 0.51
30 8.32 7.01 0.45 9.80 7.40 0.53 11.28 7.78 0.60 13.13 8.27 0.70 14.24 8.56 0.76 13.06 9.47 0.63 12.27 10.08 0.55
35 8.63 7.27 0.48 10.03 7.63 0.55 11.42 7.98 0.62 13.16 8.43 0.71 14.21 8.69 0.76 13.41 9.72 0.65 12.87 10.40 0.58
40 8.94 7.53 0.51 10.25 7.86 0.57 11.56 8.18 0.64 13.19 8.58 0.72 14.18 8.83 0.77 13.75 9.96 0.68 13.47 10.72 0.62
45 9.25 7.80 0.54 10.47 8.09 0.60 11.70 8.38 0.66 13.22 8.74 0.73 14.14 8.96 0.77 14.10 10.21 0.70 14.07 11.04 0.65
50 9.56 8.06 0.57 10.70 8.32 0.62 11.83 8.58 0.67 13.25 8.90 0.74 14.11 9.10 0.78 14.44 10.45 0.73 14.67 11.36 0.69
55 9.87 8.32 0.60 10.92 8.55 0.65 11.97 8.77 0.69 13.29 9.06 0.75 14.07 9.23 0.78 14.79 10.70 0.75 15.27 11.67 0.73
60 10.18 8.58 0.63 11.14 8.77 0.67 12.11 8.97 0.71 13.32 9.22 0.76 14.04 9.37 0.79 15.14 10.94 0.77 15.87 11.99 0.76
65 10.09 8.50 0.66 11.00 8.74 0.70 11.92 8.98 0.74 13.06 9.28 0.79 13.75 9.46 0.82 14.84 10.95 0.81 15.57 11.94 0.80
70 9.99 8.42 0.70 10.86 8.70 0.73 11.72 8.99 0.77 12.81 9.34 0.81 13.46 9.55 0.84 14.55 10.96 0.84 15.28 11.89 0.84

Single Zone High Efciency Standard Wall Mount Engineering Manual

75 9.90 8.35 0.73 10.72 8.67 0.76 11.53 8.99 0.80 12.55 9.40 0.84 13.17 9.64

80 9.81 8.27 0.76 10.57 8.63 0.79 11.34 9.00 0.83 12.30 9.45 0.87 12.87 9.73 0.89 13.97 10.97 0.91 14.70 11.79 0.92
85 9.71 8.19 0.79 10.43 8.60 0.82 11.15 9.00 0.85 12.05 9.51 0.89 12.58 9.82 0.92 13.67 10.97 0.94 14.40 11.74 0.96
90 9.62 8.11 0.82 10.29 8.56 0.85 10.96 9.01 0.88 11.79 9.57 0.92 12.29 9.91 0.94 13.38 10.98 0.98 14.11 11.69 1.00
95 9.53 8.04 0.86 10.15 8.53 0.88 10.76 9.02 0.91 11.54 9.63 0.95 12.00 10.00 0.96 13.09 10.99 1.01 13.82 11.64 1.04

100 9.28 7.82 0.87 9.91 8.34 0.90 10.55 8.85 0.93 11.34 9.49 0.96 11.81 9.88 0.98 12.86 10.81 1.02 13.57 11.43 1.05
105 9.03 7.61 0.88 9.68 8.15 0.91 10.33 8.69 0.94 11.14 9.36 0.97 11.63 9.76 1.00 12.64 10.64 1.04 13.31 11.22 1.07
110 8.78 7.40 0.90 9.45 7.96 0.92 10.11 8.52 0.95 10.94 9.22 0.99 11.44 9.64 1.01 12.41 10.46 1.05 13.06 11.01 1.08
115 8.47 7.14 0.91 9.11 7.68 0.93 9.75 8.23 0.96 10.56 8.91 1.00 11.04 9.32 1.02 11.99 10.11 1.07 12.62 10.64 1.10
118 8.28 6.98 0.91 8.91 7.51 0.94 9.54 8.05 0.97 10.33 8.72 1.01 10.80 9.12 1.03 11.74 9.90 1.07 12.36 10.42 1.10
122 8.03 7.12 0.92 8.64 7.66 0.95 9.25 8.21 0.98 10.02 8.89 1.02 10.48 9.30 1.04 11.38 10.10 1.08 11.99 10.63 1.11

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
SHC: Sensible Capacity (kBtu/h) PI: Power Input (kW) (includes compressor, indoor fan motor and

outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Cooling range with the Low Ambient Baffle Kit (sold separately) is 0°F to +122°F.

3. Grey shading indicates reference data. When operating the unit at this temperature, these values
can be different by discontinuous operation.

38 | PERFORM ANCE DATA

64 / 53 68 / 57 72 / 61 77 / 64 80 / 67 86 / 72 90 / 75

TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

Indoor Air Temperature (°F DB / °F WB)

4. Direct interpolation is permissible. Do not extrapolate.
Nominal capacity as rated: 0 ft. above sea level with 25 ft. of refrigerant piping.

0 ft. level difference between outdoor and indoor units.
Nominal cooling capacity rating obtained with air entering the indoor unit at 80ºF dry bulb (DB) and

67ºF wet bulb (WB), and outdoor ambient conditions of 95ºF dry bulb (DB) and 75ºF wet bulb (WB).

0.87 14.26 10.96 0.87 14.99 11.84 0.88

PERFORMANCE DATA

Cooling Capacity

LS180HSV5

Cooling Capacity Table for LS180HSV5 (LSU180HSV5 + LSN180HSV5)

Table 13: LSN180HSV5 / LSU180HSV5 Cooling Capacities.

Outdoor

Air

Temp.

(°F DB)

0 10.90 8.68 0.56 13.63 9.25 0.66 16.36 9.81 0.76 19.77 10.51 0.89 21.81 10.93 0.96 18.20 11.92 0.79 15.79 12.58 0.67
5 10.69 8.56 0.58 13.37 9.11 0.69 16.04 9.67 0.79 19.39 10.36 0.93 21.40 10.78 1.01 17.85 11.75 0.82 15.49 12.41 0.70

7 10.76 8.64 0.59 13.46 9.20 0.70 16.15 9.76 0.80 19.52 10.46 0.94 21.54 10.88 1.02 17.98 11.86 0.83 15.60 12.52 0.71
10 10.87 8.76 0.60 13.60 9.32 0.71 16.32 9.89 0.82 19.72 10.60 0.95 21.76 11.03 1.04 18.16 12.03 0.84 15.76 12.69 0.72
14 11.02 8.91 0.61 13.78 9.49 0.72 16.54 10.07 0.83 19.99 10.79 0.97 22.06 11.23 1.06 18.41 12.24 0.86 15.97 12.92 0.73

23 11.83 9.57 0.60 14.23 10.19 0.73 16.63 10.81 0.85 19.64 11.58 1.01 21.44 12.05 1.11 18.86 13.14 0.88 17.15 13.87 0.73
25 12.02 9.72 0.62 14.37 10.32 0.74 16.72 10.92 0.86 19.65 11.68 1.02 21.42 12.13 1.11 19.07 13.28 0.90 17.51 14.06 0.75
30 12.48 10.10 0.66 14.70 10.65 0.78 16.92 11.21 0.89 19.70 11.90 1.03 21.37 12.32 1.12 19.59 13.64 0.93 18.41 14.52 0.81
35 12.95 10.47 0.71 15.04 10.98 0.81 17.13 11.49 0.92 19.75 12.13 1.05 21.31 12.51 1.13 20.11 13.99 0.97 19.31 14.98 0.86
40 13.41 10.85 0.75 15.37 11.31 0.85 17.34 11.78 0.95 19.79 12.36 1.06 21.26 12.71 1.14 20.63 14.34 1.00 20.21 15.43 0.91
45 13.87 11.23 0.80 15.71 11.64 0.89 17.54 12.06 0.97 19.84 12.59 1.08 21.21 12.90 1.14 21.15 14.70 1.04 21.10 15.89 0.97
50 14.34 11.60 0.84 16.04 11.98 0.92 17.75 12.35 1.00 19.88 12.82 1.10 21.16 13.10 1.15 21.67 15.05 1.07 22.00 16.35 1.02
55 14.80 11.98 0.89 16.38 12.31 0.96 17.96 12.63 1.03 19.93 13.05 1.11 21.11 13.29 1.16 22.19 15.40 1.11 22.90 16.81 1.08
60 15.27 12.35 0.94 16.72 12.64 0.99 18.16 12.92 1.05 19.97 13.27 1.13 21.06 13.49 1.17 22.70 15.76 1.15 23.80 17.27 1.13
65 15.13 12.24 0.98 16.50 12.58 1.04 17.88 12.93 1.10 19.59 13.36 1.17 20.62 13.62 1.21 22.27 15.77 1.20 23.36 17.20 1.19
70 14.99 12.13 1.03 16.29 12.53 1.08 17.59 12.94 1.14 19.21 13.44 1.20 20.19 13.75 1.25 21.83 15.78 1.25 22.92 17.13 1.25
75 14.85 12.02 1.08 16.07 12.48 1.13 17.30 12.95 1.18 18.83 13.53 1.24 19.75 13.88

80 14.71 11.91 1.13 15.86 12.43 1.17 17.01 12.96 1.22 18.45 13.61 1.28 19.31 14.01 1.32 20.95 15.79 1.35 22.04 16.98 1.36
85 14.57 11.79 1.17 15.65 12.38 1.22 16.72 12.97 1.26 18.07 13.70 1.32 18.87 14.14 1.36 20.51 15.80 1.39 21.60 16.91 1.42
90 14.43 11.68 1.22 15.43 12.33 1.26 16.43 12.98 1.31 17.69 13.78 1.36 18.44 14.27 1.39 20.07 15.81 1.44 21.16 16.84 1.48
95 14.29 11.57 1.27 15.22 12.28 1.31 16.15 12.99 1.35 17.31 13.87 1.40 18.00 14.40 1.43 19.63 15.82 1.49 20.72 16.77 1.54

100 13.92 11.27 1.29 14.87 12.01 1.33 15.82 12.75 1.37 17.01 13.67 1.42 17.72 14.23 1.45 19.30 15.57 1.52 20.35 16.46 1.56
105 13.55 10.96 1.31 14.52 11.74 1.35 15.49 12.51 1.39 16.71 13.47 1.44 17.44 14.05 1.47 18.96 15.32 1.54 19.97 16.16 1.58
110 13.17 10.66 1.33 14.17 11.46 1.37 15.17 12.27 1.41 16.41 13.28 1.46 17.16 13.88 1.50 18.62 15.07 1.56 19.60 15.86 1.60
115 12.70 10.28 1.34 13.67 11.06 1.38 14.63 11.85 1.43 15.84 12.83 1.48 16.56 13.41 1.51 17.99 14.56 1.58 18.94 15.32 1.62
118 12.42 10.05 1.35 13.37 10.82 1.39 14.31 11.59 1.44 15.49 12.56 1.49 16.20 13.13 1.52 17.60 14.25 1.59 18.54 15.00 1.63
122 12.05 10.25 1.36 12.96 11.04 1.41 13.88 11.82 1.45 15.03 12.81 1.50 15.71 13.40 1.54 17.08 14.54 1.60 17.98 15.30 1.65

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
SHC: Sensible Capacity (kBtu/h) PI: Power Input (kW) (includes compressor, indoor fan motor and

outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Cooling range with the Low Ambient Baffle Kit (sold separately) is 0°F to +122°F.

3. Grey shading indicates reference data. When operating the unit at this temperature, these values
can be different by discontinuous operation.

64 / 53 68 / 57 72 / 61 77 / 64 80 / 67 86 / 72 90 / 75

TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI

Indoor Air Temperature (°F DB / °F WB)

4. Direct interpolation is permissible. Do not extrapolate.
Nominal capacity as rated: 0 ft. above sea level with 25 ft. of refrigerant piping.

0 ft. level difference between outdoor and indoor units.
Nominal cooling capacity rating obtained with air entering the indoor unit at 80ºF dry bulb (DB) and

67ºF wet bulb (WB), and outdoor ambient conditions of 95ºF dry bulb (DB) and 75ºF wet bulb (WB).

1.28 21.39 15.78 1.30 22.48 17.06 1.30

Performance Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PERFORMANCE DATA | 39

PERFORMANCE DATA

Heating Capacity

LS090HSV5, LS120HSV5

Heating Capacity Table for LS090HSV5 (LSU090HSV5 + LSN090HSV5)

Table 14: LSN090HSV5 / LSU090HSV5 Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 5.56 0.47 5.39 0.47 5.34 0.47 5.28 0.46 5.24 0.46 5.14 0.46 5.02 0.46
0 -1 6.05 0.52 5.87 0.51 5.81 0.51 5.75 0.51 5.71 0.51 5.59 0.50 5.46 0.50
1 0 6.13 0.53 5.94 0.52 5.88 0.52 5.83 0.51 5.78 0.51 5.66 0.51 5.53 0.51
6 5 6.40 0.54 6.21 0.54 6.15 0.54 6.09 0.53 6.04 0.53 5.92 0.53 5.78 0.53

10 9 6.69 0.56 6.48 0.56 6.42 0.56 6.35 0.55 6.31 0.55 6.18 0.54 6.03 0.54
16 14 6.90 0.57 6.69 0.56 6.62 0.56 6.55 0.56 6.50 0.56 6.37 0.55 6.22 0.55

17 15 6.94 0.57 6.73 0.57 6.67 0.57 6.60 0.56 6.55 0.56 6.42 0.56 6.26 0.56
19 17 7.04 0.58 6.82 0.58 6.76 0.58 6.69 0.57 6.64 0.57 6.50 0.57 6.35 0.57
24 23 7.72 0.61 7.49 0.60 7.41 0.60 7.34 0.59 7.28 0.59 7.13 0.59 6.96 0.59
32 30 9.25 0.65 8.97 0.65 8.88 0.65 8.79 0.64 8.73 0.64 8.55 0.64 8.35 0.64
41 38 10.62 0.70 10.30 0.69 10.19 0.69 10.09 0.68 10.01 0.68 9.81 0.68 9.58 0.68
43 40 10.96 0.71 10.63 0.70 10.52 0.70 10.41 0.69 10.33 0.69 10.13 0.69 9.89 0.69
47 43 11.47 0.72 11.12 0.72 11.01 0.72 10.90 0.71 10.82 0.71 10.60 0.70 10.35 0.70
53 50 11.58 0.73 11.23 0.72 11.12 0.72 11.01 0.72 10.92 0.72 10.71 0.71 10.45 0.71
59 53 11.85 0.74 11.49 0.73 11.37 0.73 11.26 0.72 11.17 0.72 10.95 0.72 10.69 0.72
64 57 12.10 0.75 11.73 0.75 11.61 0.75 11.50 0.74 11.41 0.74 11.18 0.73 10.92 0.73
70 61 12.33 0.76 11.96 0.76 11.83 0.76 11.72 0.75 11.63 0.75 11.39 0.74 11.12 0.74
75 65 12.50 0.77 12.12 0.77 12.00 0.77 11.88 0.76 11.79 0.76 11.55 0.75 11.28 0.75

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

Heating Capacity Table for LS120HSV5 (LSU120HSV5 + LSN120HSV5)

Table 15: LSN120HSV5 / LSU120HSV5 Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 6.94 0.71 6.73 0.70 6.66 0.70 6.59 0.69 6.54 0.69 6.41 0.69 6.26 0.69
0 -1 7.55 0.78 7.32 0.77 7.25 0.77 7.18 0.76 7.12 0.76 6.98 0.75 6.81 0.75
1 0 7.65 0.78 7.42 0.78 7.34 0.78 7.27 0.77 7.21 0.77 7.07 0.76 6.90 0.76
6 5 7.99 0.81 7.75 0.80 7.67 0.80 7.59 0.80 7.54 0.80 7.38 0.79 7.21 0.79

10 9 8.34 0.84 8.09 0.83 8.01 0.83 7.93 0.82 7.87 0.82 7.71 0.81 7.53 0.81
16 14 8.61 0.85 8.34 0.84 8.26 0.84 8.18 0.83 8.12 0.83 7.95 0.82 7.76 0.82

17 15 8.66 0.85 8.40 0.85 8.32 0.85 8.23 0.84 8.17 0.84 8.01 0.83 7.82 0.83
19 17 8.78 0.87 8.52 0.86 8.43 0.86 8.35 0.86 8.28 0.86 8.12 0.85 7.92 0.85
24 23 9.63 0.90 9.34 0.90 9.25 0.90 9.15 0.89 9.08 0.89 8.90 0.88 8.69 0.88
32 30 11.55 0.98 11.20 0.97 11.08 0.97 10.97 0.96 10.89 0.96 10.67 0.95 10.42 0.95
41 38 13.25 1.04 12.85 1.03 12.72 1.03 12.59 1.02 12.49 1.02 12.24 1.01 11.95 1.01
43 40 13.67 1.06 13.26 1.05 13.12 1.05 12.99 1.04 12.89 1.04 12.64 1.03 12.34 1.03
47 43 14.31 1.08 13.88 1.07 13.74 1.07 13.60 1.04 13.50 1.06 13.23 1.05 12.91 1.05
53 50 14.45 1.09 14.02 1.08 13.87 1.08 13.74 1.07 13.63 1.07 13.36 1.06 13.04 1.06
59 53 14.78 1.10 14.33 1.09 14.19 1.09 14.05 1.08 13.94 1.08 13.66 1.07 13.34 1.07

Single Zone High Efciency Standard Wall Mount Engineering Manual

64 57 15.10 1.12 14.64 1.11 14.49 1.11 14.35 1.10 14.24 1.10 13.95 1.09 13.62 1.09
70 61 15.38 1.14 14.92 1.13 14.77 1.13 14.62 1.12 14.51 1.12 14.22 1.11 13.88 1.11
75 65 15.60 1.16 15.13 1.15 14.97 1.15 14.82 1.13 14.71 1.13 14.42 1.12 14.07 1.12

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
PI: Power Input (kW) (includes compressor,indoor fan motor and outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Direct interpolation is permissible. Do not extrapolate.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

40 | PERFORMANCE DATA

©

Nominal capacity as rated: 0 ft. above sea level with 25 ft. of refrigerant piping.
0 ft. level difference between outdoor and indoor units.

Nominal heating capacity rating obtained with air entering the indoor unit at 70ºF dry bulb (DB) and
60ºF wet bulb (WB), and outdoor ambient conditions of 47ºF dry bulb (DB) and 43ºF wet bulb (WB).

PERFORMANCE DATA

Heating Capacity

LS180HSV5

Heating Capacity Table for LS180HSV5 (LSU180HSV5 + LSN180HSV5)

Table 16: LSN180HSV5 / LSU180HSV5 Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 11.02 1.15 10.68 1.14 10.58 1.14 10.47 1.13 10.39 1.13 10.18 1.12 9.94 1.12
0 -1 11.99 1.27 11.63 1.25 11.51 1.25 11.40 1.24 11.31 1.24 11.08 1.23 10.82 1.23
1 0 12.15 1.28 11.78 1.27 11.66 1.27 11.54 1.25 11.46 1.25 11.23 1.24 10.96 1.24
6 5 12.69 1.32 12.31 1.31 12.18 1.31 12.06 1.30 11.97 1.30 11.73 1.29 11.45 1.29

10 9 13.25 1.37 12.85 1.35 12.72 1.35 12.59 1.34 12.50 1.34 12.24 1.33 11.95 1.33
16 14 13.67 1.38 13.25 1.37 13.12 1.37 12.99 1.35 12.89 1.35 12.63 1.34 12.33 1.34

17 15 13.76 1.40 13.34 1.38 13.21 1.38 13.08 1.37 12.98 1.37 12.72 1.35 12.41 1.35
19 17 13.95 1.42 13.52 1.41 13.39 1.41 13.25 1.40 13.15 1.40 12.89 1.38 12.58 1.38
24 23 15.30 1.48 14.83 1.46 14.68 1.46 14.54 1.45 14.43 1.45 14.14 1.43 13.80 1.43
32 30 18.34 1.59 17.78 1.58 17.60 1.58 17.43 1.56 17.29 1.56 16.95 1.55 16.54 1.55
41 38 21.04 1.70 20.40 1.68 20.20 1.68 20.00 1.67 19.84 1.67 19.44 1.65 18.98 1.65
43 40 21.72 1.73 21.06 1.71 20.84 1.71 20.64 1.69 20.48 1.69 20.07 1.67 19.59 1.67
47 43 22.73 1.76 22.04 1.75 21.82 1.75 21.60 1.73 21.43 1.73 21.00 1.71 20.51 1.71
53 50 22.96 1.78 22.26 1.76 22.03 1.76 21.82 1.75 21.65 1.75 21.21 1.73 20.71 1.73
59 53 23.48 1.80 22.77 1.78 22.54 1.78 22.31 1.76 22.14 1.76 21.70 1.75 21.18 1.75
64 57 23.98 1.84 23.25 1.82 23.02 1.82 22.79 1.80 22.61 1.80 22.16 1.78 21.63 1.78
70 61 24.43 1.86 23.69 1.84 23.45 1.84 23.22 1.83 23.04 1.83 22.58 1.81 22.04 1.81
75 65 24.77 1.89 24.02 1.87 23.78 1.87 23.54 1.85 23.36 1.85 22.89 1.83 22.35 1.83

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

Performance Data

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
PI: Power Input (kW) (includes compressor,indoor fan motor and outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Direct interpolation is permissible. Do not extrapolate.

Nominal capacity as rated: 0 ft. above sea level with 25 ft. of refrigerant piping.
0 ft. level difference between outdoor and indoor units.

Nominal heating capacity rating obtained with air entering the indoor unit at 70ºF dry bulb (DB) and
60ºF wet bulb (WB), and outdoor ambient conditions of 47ºF dry bulb (DB) and 43ºF wet bulb (WB).

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PERFORMANCE DATA | 41

PERFORMANCE DATA

Maximum Heating Capacity

LS090HSV5, LS120HSV5

Maximum Heating Capacity Table for LS090HSV5 (LSU090HSV5 + LSN­090HSV5)

Table 17: LSN090HSV5 / LSU090HSV5 Maximum Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 8.43 0.92 8.38 0.93 8.34 0.93 8.31 0.93 8.26 0.94 8.13 0.96 7.74 1.02
0 -1 8.90 0.93 8.84 0.94 8.78 0.95 8.75 0.95 8.68 0.96 8.54 0.98 8.10 1.05
1 0 9.10 0.94 9.03 0.95 8.96 0.96 8.93 0.96 8.86 0.97 8.70 0.98 8.21 1.02
6 5 10.10 0.97 10.00 0.98 9.92 0.99 9.57 1.00 9.77 0.99 9.55 0.98 8.52 0.94

10 9 10.63 0.98 10.52 0.99 10.42 1.00 10.37 1.01 10.23 1.00 9.94 0.99 8.68 0.94
16 14 11.12 0.99 10.99 1.00 10.89 1.01 10.83 1.02 10.65 1.01 10.25 0.99 9.03 0.92
17 15 11.25 0.99 11.12 1.00 11.01 1.02 10.95 1.02 10.76 1.01 10.33 0.98 9.04 0.90
19 17 11.39 0.99 11.25 1.00 11.14 1.01 11.08 1.02 10.87 1.00 10.39 0.97 8.96 0.86
24 23 12.48 1.14 12.34 1.14 12.22 1.14 12.15 1.14 11.85 1.12 11.19 1.08 9.19 0.94
32 30 14.23 1.35 14.07 1.36 13.93 1.36 13.86 1.36 13.44 1.32 12.49 1.26 9.65 1.05
41 38 16.20 1.54 16.02 1.57 15.86 1.60 15.78 1.61 15.25 1.55 14.06 1.45 10.50 1.10
43 40 16.64 1.60 16.45 1.63 16.29 1.66 16.21 1.67 15.64 1.60 14.37 1.49 10.55 1.10
47 43 17.53 1.75 17.32 1.80 17.15 1.86 17.06 1.89 16.43 1.80 15.02 1.66 10.77 1.17
53 50 17.98 1.78 17.76 1.83 17.58 1.89 17.48 1.91 16.79 1.81 15.24 1.65 10.58 1.08
59 53 18.21 1.74 18.19 1.81 18.18 1.87 18.17 1.91 17.42 1.80 15.74 1.65 10.69 1.09
64 57 18.35 1.70 18.08 1.73 17.86 1.76 17.74 1.77 17.02 1.68 15.41 1.55 10.58 1.06
70 61 18.42 1.63 18.10 1.63 17.84 1.62 17.69 1.62 16.98 1.54 15.39 1.42 10.62 0.98
75 65 18.37 1.49 18.00 1.53 17.70 1.57 17.53 1.59 16.81 1.50 15.18 1.38 10.32 0.91

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

Maximum Heating Capacity Table for LS120HSV5 (LSU120HSV5 + LSN­120HSV5)

Table 18: LSN120HSV5 / LSU120HSV5 Maximum Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 10.27 1.31 10.21 1.31 10.16 1.31 10.36 1.36 10.06 1.33 9.91 1.36 9.43 1.44
0 -1 10.85 1.32 10.77 1.33 10.70 1.34 10.66 1.36 10.58 1.36 10.40 1.39 9.87 1.48
1 0 11.09 1.33 11.00 1.34 10.92 1.35 11.13 1.41 10.79 1.37 10.60 1.39 10.01 1.45
6 5 12.31 1.37 12.19 1.38 12.08 1.40 11.93 1.47 11.90 1.40 11.63 1.39 10.38 1.33

10 9 12.96 1.38 12.81 1.40 12.69 1.42 12.63 1.47 12.47 1.42 12.11 1.40 10.57 1.33
16 14 13.55 1.40 13.39 1.41 13.27 1.43 13.19 1.47 12.98 1.42 12.48 1.40 11.01 1.29
17 15 13.71 1.39 13.55 1.41 13.41 1.43 13.34 1.48 13.11 1.42 12.58 1.39 11.01 1.27
19 17 13.87 1.40 13.71 1.42 13.57 1.43 13.81 1.50 13.24 1.41 12.66 1.37 10.92 1.21
24 23 15.46 1.50 15.28 1.51 15.13 1.51 15.05 1.51 14.68 1.48 13.86 1.43 11.39 1.24
32 30 18.00 1.63 17.80 1.63 17.62 1.64 17.53 1.64 17.00 1.59 15.80 1.52 12.21 1.26
41 38 20.86 1.71 20.62 1.74 20.43 1.77 20.32 1.79 19.64 1.72 18.11 1.61 13.52 1.22
43 40 21.50 1.74 21.25 1.77 21.05 1.81 20.94 1.82 20.21 1.74 18.56 1.63 13.63 1.20
47 43 22.78 1.80 22.52 1.86 22.30 1.92 22.18 1.97 21.36 1.86 19.52 1.72 14.00 1.20

Single Zone High Efciency Standard Wall Mount Engineering Manual

53 50 23.37 1.83 23.08 1.89 22.85 1.95 22.72 1.97 21.82 1.87 19.80 1.71 13.76 1.12
59 53 23.67 1.80 23.65 1.87 23.63 1.93 23.62 1.97 22.65 1.86 20.46 1.70 13.89 1.12
64 57 23.86 1.76 23.51 1.79 23.22 1.81 23.06 1.83 22.13 1.74 20.03 1.60 13.75 1.10
70 61 23.94 1.68 23.52 1.68 23.19 1.68 23.00 1.67 22.08 1.59 20.01 1.47 13.81 1.01
75 65 23.88 1.53 23.40 1.58 23.00 1.62 22.78 1.64 21.85 1.55 19.74 1.42 13.41 0.94

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
PI: Power Input (kW) (includes compressor,indoor fan motor and outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Direct interpolation is permissible. Do not extrapolate. Nominal capacity as rated: 0 ft. above sea
level with 25 ft. of refrigerant piping.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

42 | PERFORMANCE DATA

©

0 ft. level difference between outdoor and indoor units.
Nominal heating capacity rating obtained with air entering the indoor unit at 70ºF dry bulb (DB) and

60ºF wet bulb (WB), and outdoor ambient conditions of 47ºF dry bulb (DB) and 43ºF wet bulb (WB).

PERFORMANCE DATA

Maximum Heating Capacity

LS180HSV5

Maximum Heating Capacity Table for LS180HSV5 (LSU180HSV5 + LSN­180HSV5)

Table 19: LSN180HSV5 / LSU180HSV5 Maximum Heating Capacities.

Outdoor Air

Temp.

°F DB °F WB

-3 -4 16.99 2.30 16.89 2.30 16.81 2.31 16.76 2.31 16.65 2.34 16.39 2.38 15.61 2.54
0 -1 17.95 2.32 17.81 2.34 17.70 2.35 17.63 2.36 17.50 2.39 17.21 2.44 16.33 2.60
1 0 18.35 2.33 18.19 2.35 18.07 2.38 18.00 2.39 17.86 2.41 17.53 2.44 16.56 2.55
6 5 20.37 2.40 20.16 2.43 19.99 2.46 19.30 2.48 19.70 2.46 19.25 2.43 17.18 2.34

10 9 21.44 2.43 21.20 2.46 21.00 2.49 20.90 2.51 20.63 2.49 20.03 2.45 17.49 2.33
16 14 22.43 2.45 22.17 2.48 21.95 2.52 21.83 2.53 21.47 2.50 20.66 2.45 18.21 2.27
17 15 22.68 2.44 22.41 2.48 22.20 2.52 22.08 2.54 21.69 2.50 20.82 2.44 18.22 2.23
19 17 22.96 2.47 22.68 2.49 22.46 2.52 22.34 2.53 21.91 2.48 20.95 2.40 18.07 2.12
24 23 25.99 2.72 25.69 2.73 25.44 2.73 25.30 2.74 24.68 2.67 23.30 2.58 19.14 2.24
32 30 30.84 3.08 30.48 3.09 30.19 3.10 30.03 3.10 29.12 3.01 27.07 2.88 20.92 2.38
41 38 36.30 3.36 35.88 3.42 35.54 3.48 35.35 3.51 34.17 3.37 31.51 3.17 23.52 2.40
43 40 37.52 3.45 37.08 3.52 36.73 3.58 36.53 3.62 35.26 3.46 32.39 3.23 23.79 2.38
47 43 39.96 3.68 39.49 3.80 39.11 3.92 38.90 3.98 37.46 3.79 34.24 3.50 24.56 2.46
53 50 41.00 3.75 40.49 3.86 40.07 3.97 39.84 4.03 38.27 3.81 34.74 3.48 24.13 2.28
59 53 41.52 3.67 41.48 3.81 41.45 3.95 41.43 4.02 39.73 3.80 35.89 3.48 24.37 2.29
64 57 41.85 3.59 41.23 3.65 40.72 3.70 40.44 3.73 38.81 3.54 35.14 3.26 24.12 2.24
70 61 41.99 3.43 41.26 3.43 40.67 3.42 40.33 3.42 38.72 3.25 35.10 2.99 24.21 2.06
75 65 41.89 3.13 41.04 3.22 40.35 3.30 39.96 3.35 38.32 3.17 34.62 2.90 23.53 1.92

DB: Dry Bulb Temperature (°F) WB: Wet Bulb Temperature (°F) TC: Total Capacity (kBtu/h)
PI: Power Input (kW) (includes compressor,indoor fan motor and outdoor fan motor)

1. All capacities are net, evaporator fan motor heat is deducted.

2. Direct interpolation is permissible. Do not extrapolate. Nominal capacity as rated: 0 ft. above sea
level with 25 ft. of refrigerant piping.

60 64 68 70 72 75 86

TC PI TC PI TC PI TC PI TC PI TC PI TC PI

Indoor Air Temperature (°F DB)

0 ft. level difference between outdoor and indoor units.
Nominal heating capacity rating obtained with air entering the indoor unit at 70ºF dry bulb (DB) and

60ºF wet bulb (WB), and outdoor ambient conditions of 47ºF dry bulb (DB) and 43ºF wet bulb (WB).

Performance Data

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PERFORMANCE DATA | 43

EQUIPMENT SELECTION PROCEDURE

Correction Factors

Cooling / Heating Correction Factors

For Single Zone High Efficiency Standard Wall Mounted systems, calculate the equivalent length of the liquid line from the outdoor unit to the
indoor unit. Also, determine the elevation difference of the indoor unit above or below the outdoor unit. Find corresponding cooling or heating
capacity correction factors as shown below. Multiply the correction factors by the cooling or heating capacity obtained from the capacity
tables using design conditions. The resultant is the corrected cooling or heating capacity.

Refrigerant Line Length Derates

For air-cooled systems, a capacity correction factor may have to be applied to account for the length of the system’ s refrigerant pipe. Rate of
change in capacity due to increased piping lengths is shown below.

Cooling Capacity Coefficient Factors

Table 20: Single Zone High Efciency Standard Wall Mounted Unit Cooling Capacity Coefcient Factors.

Piping Length (ft.) 16.4 24.6 32.8 49.2 65.6 82.0 98.4 114.8 131.2 147.6 164.0

Rate of

Capacity

Change (%)

LSU090HSV5 (9,000 Btu/h) 100 100 98.2 94.6 91.1 87.5 - - - - -

LSU120HSV5 (12,000 Btu/h) 100 100 98.2 94.6 91.1 87.5 - - - - -

LSU180HSV5 (18,000 Btu/h) 100 100 99.1 97.3 95.5 93.6 91.8 90.0 - - -

Heating Capacity Coefficient Factors

Table 21: Single Zone High Efciency Standard Wall Mounted Unit Heating Capacity Coefcient Factors.

Piping Length (ft.) 16.4 24.6 32.8 49.2 65.6 82.0 98.4 114.8 131.2 147.6 164.0

Rate of

Capacity

Change (%)

LSU090HSV5 (9,000 Btu/h) 100 100 99.1 97.3 95.6 93.8 - - - - -

LSU120HSV5 (12,000 Btu/h) 100 100 99.1 97.3 95.6 93.8 - - - - -

LSU180HSV5 (18,000 Btu/h) 100 100 99.5 98.6 97.7 96.8 95.9 95.0 - - -

Equivalent Piping Length for Piping Components

Table 22: Equivalent Piping Length for Elbows.

Component Size (Inches)

Elbow (ft.)

1/4 3/8 1/2 5/8 3/4 7/8 1 1-1/8 1-1/4 1-3/8 1-1/2 1-5/8 1-3/4 2-1/8

0.5 0.6 0.7 0.8 1.2 1.3 1.5 1.6 1.8 2.0 2.1 2.3 2.5 2.8

Single Zone High Efciency Standard Wall Mount Engineering Manual

Altitude Correction Factor

The impact of air density must be considered on systems installed at a significant altitude above sea level, therefore, locally accepted
altitude correction factors using ASHRAE guidelines must be applied.

44 | PERFORMANCE DATA

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

EQUIPMENT SELECTION PROCEDURE

Correction Factors

Defrost Correction Factor for Heating Operation

The outdoor unit heating capacity may need to be adjusted for frost accumulation on air-cooled systems. If design day conditions are below
the dewpoint of the surrounding air, frost may not be a problem and no correction factor is needed. In certain weather conditions, however,
frost may form and accumulate on the air-cooled outdoor unit coil and impact the coils ability to transfer heat. If significant frost accumulates
on the outdoor unit coil, a defrost algorithm will start automatically. The timing between defrost periods is determined by the system’s ability
to achieve a target head pressure value.

Capacity and AHRI ratings tables do not factor in capacity reduction when frost has accumulated on the condenser coil, nor during defrost
operation.
Integrated heating capacity values can be obtained using the formula:

A = B x C

Where:
A = Integrated Heating Capacity.

B = Value found in the Capacity Table.
C = Correction Factor for Frost Accumulation Factor (from table at
right).

Table 23: Outdoor Unit Frost Accumulation Factor (Heating)1.

Entering DB (ºF)

Derate factor

1

At 85% outdoor air relative humidity.

The frost accumulation factor does not account for effects of snow accumulation restricting airflow
through the outdoor unit coil.

19.4 23.0 26.6 32.0 37.4 41.0 44.6

0.98 0.95 0.93 0.86 0.93 0.96 1.0

There will be a temporary reduction in capacity when frost / ice accumulates on the outside surface of the outdoor unit heat exchanger. The level of
capacity reduction depends on a number of factors, for example, outdoor temperature (°F DB), relative humidity (RH), and the amount of frost present.

Check the Indoor and Outdoor Unit Selection(s)

Compare the corrected cooling and heating capacities to the load calculations. Is each capacity sufficient for the zone it serves?
For each indoor unit, the corrected capacity must be at least equal to the total of the cooling design load (plus ventilation load, if applicable)

for the space served by the indoor unit. For each indoor unit, the corrected capacity also must be at least equal to the total of the heating
design load (plus ventilation load, if applicable) for the space(s) and / or thermal zones served by the indoor unit.

The outdoor unit selected must be large enough to offset the total cooling load for all spaces it serves (account for ventilation air cooling
load if the ventilation air has not been pretreated to room neutral conditions). The outdoor unit must also be large enough to offset the total
heating load for all spaces it serves.

If the corrected heating capacity ratio exceeds 100%, reselect the equipment, or change the system design by moving some of the load to
another system.

System Sizing Check Formulas

1. Outdoor Unit Rated Capacity.

Q

(From capacity tables).

odu(rated)

2. Outdoor Unit Capacity at Ti, To Temperature.

Q

(From capacity tables).

odu(Ti, To)

3 Outdoor Unit Capacity Coefficient Factor.

F

(Ti, To)

= Q

odu(Ti, To)

/ Q

odu(rated)

4. Piping Correction Factor (From Capacity Coefficient
Factor Tables).

F

for each piping length

(length)

5. Individual Indoor Unit Combination Capacity.

Q

idu (combi)

= Q

odu(rated)

x Q

idu(rated)

/ Q

idu(rated-total)

6. Individual Indoor Unit Actual Capacity.

Q

idu (actual)

= Q

odu(combi)

x F

(Ti, To)

x F

(length, altitude)

Performance Data

Conclusions and Recommendations

• Understand the design safety factors.

• Reference load calculations for actual cooling and heating capacities (applies in 99% of applications – consider total load when latent load
is greater than 30%).

• Verify that the sensible load of the zone is satisfied.

• Use caution when sizing to meet listed capacity specifications for the scheduled manufacturer’s equipment.

If further system design assistance is needed, or you have a unique application you would like to discuss, contact your LG sales rep.

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

PERFORMANCE DATA | 45

APPLICATION GUIDELINES

“Placement Considerations” on page 47

“Installing Outdoor Units Indoors” on page 52

“Design Guideline Summary” on page 55

Minimum clearance
from ceiling - “A”

More than 4 inches

More than

4 inches

At least 6.5 feet from the floor

PLACEMENT CONSIDERATIONS

Selecting the Best Location for the Indoor Unit

Figure 22: Single Zone High Efciency Standard Wall Mount Indoor Unit

Follow recommended best practices when choosing an indoor location for
the single zone indoor unit.

Dos

• Follow the table at right for minimum clearance of indoor unit from
the top of the unit to the ceiling.

• Clearance gap between any wall or enclosure and the left or right
side of the unit must be greater than 4 inches. Ensure there is
sufficient maintenance space.

• Unit must be at least 6.5 feet from the floor for adequate clearance.

• Place the unit where drainage can be obtained easily. Condensa­tion drain must be conveniently routed away from the unit.

• Locate the indoor unit in a location where it can be easily connect­ed to the outdoor unit within allowable limits.

• Use a metal detector to locate studs in the walls. Anchor unit
following stud location to prevent damage to the wall.

Clearance Requirements.

Table 24: Single Zone High Efciency Standard Wall Mount Indoor Unit
Ceiling Clearances.

Indoor Unit

Application Guidelines

Dont’s

• Do not install the unit near a heat or steam source, or where consid-

erable amounts of oil, iron powder, or flour are used. (These materi­als may generate condensate, cause a reduction in heat exchanger
efficiency, or the drain to malfunction. If this is a potential problem,
install a ventilation fan large enough to vent out these materials.)

• Ensure there are no obstacles to air circulation around the unit; keep proper distances from ceilings, doorways, floor, walls, etc.

• Do not install in an area where operation sound will disturb occupants--place the unit where noise prevention is taken into consideration

• Do not install near doorway.

• Avoid installing the unit near high-frequency generators.

The unit must not be installed where sulfuric acid and ammable or cor­rosive gases are generated, vented into, or stored. There is risk of re,

explosion, and physical injury or death.

The unit may be damaged, may malfunction, and / or will
not operate as designed if installed in any of the conditions
listed.

• Indoor units (IDUs) must not be placed in an environment where the IDUs may be exposed to harmful volatile organic compounds (VOCs) or

in environments where there is improper air make up or supply or inadequate ventilation. If there are concerns about VOCs in the environment
where the IDUs are installed, proper air make up or supply and/ or adequate ventilation must be provided. Additionally, in buildings where
IDUs will be exposed to VOCs consider a factory-applied epoxy coating to the fan coils for each IDU.

• If the unit is installed near a body of water, the installation parts are at risk of corroding. Appropriate anti-corrosion methods must be taken for

the unit and all installation parts.

Installing in an Area Exposed to Unconditioned Air

In some installation applications, areas (floors, walls) in some rooms may be exposed to unconditioned air (room may be above or next to an
unheated garage or storeroom). To countermeasure:

• Verify that carpet is or will be installed (carpet may increase the temperature by three [3] degrees).

• Add insulation between the floor joists.

• Install radiant heat or another type of heating system to the floor.

“A” Ceiling Clearance (inches) Indoor Unit Model(s)

5 LSN090HSV5, LSN120HSV5
8 LSN180HSV5

Figure 23: Installing Near a Heat or Steam Source.

Indoor Unit

Include enough
distance

Due to our policy of continuous product innovation, some specications may change without notication.

LG Electr onics U.S.A., Inc., Engl ewood Cliffs , NJ. All rights re served. “LG” is a registe red trademark of LG Corp.

©

Heat or steam source

Install a ventilation fan
with sufficient capacity

APPLICATION | 47

DANGER

PLACEMENT CONSIDERATIONS

Outdoor Unit

Selecting the Best Location for the Outdoor Unit

• Do not install the unit in an area where combustible gas may generate, flow, stagnate, or leak. These conditions can cause a fire, resulting

in bodily injury or death.

•

Do not install the unit in a location where acidic solution and spray (sulfur) are often used as it can cause bodily injury or death.

• Do not use the unit in environments where oil, steam, or sulfuric gas are present as it can cause bodily injury or death.

When deciding on a location to place the outdoor unit, be sure to choose an area where run-off from defrost will not accumulate and freeze on sidewalks
or driveways, which may create unsafe conditions. Properly install and insulate any drain hoses to prevent the hose from freezing, cracking, leaking,
and causing unsafe conditions from frozen condensate.

Install a fence to prevent vermin from crawling into the unit or unauthorized individuals from accessing it. Vermin and unauthorized individuals may
cause a fire, electric shock, physical injury or death. Follow the placement guidelines set forth in “Clearance Requirements”.

Install a fence to prevent vermin from crawling into the unit or unauthorized individuals from accessing it. Vermin and unauthorized individuals may
damage the unit. Follow the placement guidelines set forth in “Clearance Requirements”.

Select a location for installing the outdoor unit that will meet the following conditions:

• Where there is enough strength to bear the weight of the unit.

• A location that allows for optimum air flow and is easily accessible for inspection, maintenance, and service.

• Where piping between the outdoor unit and indoor unit is within allowable limits.

• Include space for drainage to ensure condensate flows properly out of the unit when it is in heating mode. Avoid placing the outdoor unit in
a low-lying area where water could accumulate.

• If the outdoor unit is installed in a highly humid environment (near an ocean, lake, etc.), ensure that the site is well-ventilated and has a lot
of natural light (Example: Install on a rooftop).

Dont’s

• Where it will be subjected to direct thermal radiation from other heat sources, or an area that would expose the outdoor unit to heat or steam

like discharge from boiler stacks, chimneys, steam relief ports, other air conditioning units, kitchen vents, plumbing vents, and other sources
of extreme temperatures.

• Where high-frequency electrical noise / electromagnetic waves will affect operation.

• Where operating sound from the unit will disturb inhabitants of surrounding buildings.

• Where the unit will be exposed to direct, strong winds.

• Where the discharge of one outdoor unit will blow into the inlet side of an adjacent unit (when installing multiple outdoor units).

Outdoor Unit Condensate Drain Piping

Outdoor unit requires condensate drain piping. Condensate drain pipe is constructed with materials approved by local code. See page 51 for
information in reference to outdoor unit placement.

Planning for Snow and Ice

To ensure the outdoor unit operates properly, certain measures are required in locations where there is a possibility of heavy snowfall or

Single Zone High Efciency Standard Wall Mount Engineering Manual

severe windchill or cold:

1. Prepare for severe winter wind chills and heavy snowfall, even in areas of the country where these are unusual phenomena.

2. Position the outdoor unit so that its airflow fans are not buried by direct, heavy snowfall. If snow piles up and blocks the airflow, the

system may malfunction.

3. Remove any snow that has accumulated four (4) inches or more on the top of the outdoor unit.

4. In climates that may experience significant snow buildup, mount the outdoor unit on a raised, field-provided platform or stand. The raised

support platform must be high enough to allow the unit to remain above possible snow drifts, and must be higher than the maximum
anticipated snowfall for the location.

5. Design the mounting base to prevent snow accumulation on the platform in front or back of the unit frame.

6. Provide a field fabricated snow protection hood to keep snow and ice and/or drifting snow from accumulating on the coil surfaces.

7. To prevent snow and heavy rain from entering the outdoor unit, install the condenser air inlets and outlets facing away from direct winds.

8. Consider tie-down requirements in case of high winds or where required by local codes.

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PLACEMENT CONSIDERATIONS

Outdoor Unit

Planning for Snow and Ice, continued.

When deciding on a location to place the outdoor unit, be sure to choose an area where run-off from defrost will not accumulate and freeze on sidewalks
or driveways, which may create unsafe conditions. Properly install and insulate any drain hoses to prevent the hose from freezing, cracking, leaking,
and causing unsafe conditions from frozen condensate.

Underground Refrigerant Piping

Refrigerant pipe installed underground must be routed inside a vapor
tight protective sleeve to prevent insulation deterioration and water
infiltration. Refrigerant pipe installed inside underground
casing must be continuous without any joints. Underground
refrigerant pipe must be located at a level below the frost line.

Table 25: Utility Conduit Sizes (Inches).

Liquid Pipe

1/4 (1.0)

3/8 (1-1/8)

1

OD pipe diameter in inches; Values in parenthesis () indicate OD of pipe with insulation jacket.

2

Diameter of pipe with insulation. Thickness of pipe insulation is typical. Actual required thickness may
vary based on surrounding ambient conditions and must be calculated and specified by the design
engineer.

3

Insulation thickness (value in parenthesis) = 3/8 inch.

4

Insulation thickness (value in parenthesis) = 3/4 inch.

1

3/8 (1-1/8

4

4

2,3

4 4 4

4 4 4

Vapor Pipe

) 1/2 (2.0

1

2,4

) 5/8 (2-1/8

2,4

Figure 24: Typical Arrangement of Refrigerant Pipe and Cable(s) in a
Utility Conduit.

Vapor Line

Insulation Material

Liquid Line

Pipe Sleeve

Insulation

)

Material

Min. 18 Gauge
Power/Communication
Cable

Table 26: Outdoor Unit Refrigerant Pipe Connections (All Brazed Type).

Model

Liquid Conn.

(inches)

LSU090HSV5, LSU120HSV5 1/4 3/8

LSU180HSV5 3/8 5/8

Vapor Conn.

(inches)

Application Guidelines

Tie-Downs and Lightning Protection

Tie-Downs

Figure 25: Lightning Protection Diagram.

Lightning rod

Lightning rod

• The strength of the roof must be checked before installing the

outdoor units.

• If the installation site is prone to high winds or earthquakes, when

installing on the wall or roof, securely anchor the mounting base
using a field-provided tie-down configuration approved by a local
professional engineer.

• The overall tie-down configuration must be approved by a local

professional engineer.

Always refer to local code when using a wind restraint system.

Lightning Protection

• To protect the outdoor unit from lightning, it must be placed within

the specified lightning safety zone.

Table 27: Safety Zone Specifications.

Building Height (feet)

Protection Angle (˚)

• Power cable and communication cable must be installed five (5) feet away from lightning rod.

• A high-resistance ground system must be included to protect against induced lightning or indirect strike.

66 98 148 197

55 45 35 25

Ground

Protection Angle (25˚~55˚)

5 feet

Safe zone

If the building does not include lightning protection, the outdoor unit may be damaged from a lightening strike. Inform the customer of this possibility
in advance.

Due to our policy of continuous product innovation, some specications may change without notication.

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APPLICATION | 49

PLACEMENT CONSIDERATIONS

Outdoor Unit

Oceanside Applications

Use of a Windbreak to Shield from Sea Wind

Ocean winds may cause corrosion, particularly on the condenser and

evaporator ns, which, in turn could cause product malfunction or
inefcient performance.

• Avoid installing the outdoor unit where it would be directly

exposed to ocean winds.

• Install the outdoor unit on the side of the building opposite from

direct ocean winds.

• Select a location with good drainage.

• Periodically clean dust or salt particles off of the heat exchanger

with water.

• If the outdoor unit must be placed in a location where it would

be subjected to direct ocean winds, install a concrete windbreak
strong enough to block any winds.

• Windbreak must be more than 150% of the outdoor unit’s height.

There must be 2 to 3-1/2 inches of clearance between the outdoor
unit and the windbreaker for purposes of air flow.

Use of a Building to Shield from Sea Wind

If a windbreak is not possible, a building or larger structure must be
used to shield the outdoor unit from direct exposure to the sea wind.
The unit must be placed on the side of the building directly opposite
to the direction of the wind as shown in Figure 31.

Figure 26: Oceanside Placement Using Windbreak.

Windbreak

Sea wind

Additional anti-corrosion treatment may need to be applied to the outdoor
unit at oceanside locations.

Figure 27: Placement Using Building as Shield.

Building

Sea wind

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50 | APPLICATION

Sea wind

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Building

Case 1

Case 2 Case 3

PLACEMENT CONSIDERATIONS

Outdoor Unit

Minimum Allowable Clearance and Service Access Requirements

Proper clearance for the outdoor unit coil is critical for proper operation. When installing the outdoor unit, consider service, inlet and outlet,

and minimum allowable space requirements as illustrated in the diagrams below.

• Include enough space for airflow and for service access. If installing multiple outdoor units, avoid placing the units where the discharge of

one unit will blow into the inlet side of an adjacent unit.

• If an awning is built over the unit to prevent direct sunlight or rain exposure, make sure that the discharge air of the outdoor unit isn’t restricted.

• No obstacles to air circulation around the unit; keep proper distances from ceilings, fences, floor, walls, etc. (Install a fence to prevent

pests from damaging the unit or unauthorized individuals from accessing it.)

Single Zone High Efficiency Standard Wall Mount Outdoor Unit (9,000, 12,000, 18,000 Capacities) Service Access and
Allowable Clearances

Specific clearance requirements in the diagram below are for 9,000, 12000, 18,000 Btu/h capacities. Figure 32 shows the overall minimum
clearances that must be observed for safe operation and adequate airflow around the outdoor unit.

When placing the outdoor unit under an overhang, awning, sunroof or other “roof-like structure”, observe the clearance requirements (as

shown in Cases 1 and 2) for height in relation to the unit. To have successful service access to the outdoor unit, see Figure 32 for minimum

spacing. When installing multiple outdoor units, see Cases 4 and 5 for correct spacing requirements.

If the outdoor unit is installed between standard and minimum clearances, capacity decreases approximately 10%.

Figure 28: Single Zone High Efciency Standard Wall Mount 9,000, 12,000, 18,000 Capacity Outdoor Unit Service Access and Allowable Clearances
Diagram.

1/16 inch

20 inches or less

G

20 inches or less

G

Application Guidelines

A

Case 4

B

D

C

Case 5

D

C

Do not place the unit where animals

and/or plants will be in the path of the warm

F

E

D

B

air, or where the warm air and/or noise will
disturb neighbors.

B

D

Table 28: Single Zone High Efciency Standard Wall Mount 9,000, 12,000, 18,000 Outdoor Unit Service Access and Allowable Clearances Diagram
Legend.

Unit: Inch A B C D E F G

Case 1

Case 2

Case 3

Case 4

Case 5

Standard
Minimum
Standard
Minimum
Standard
Minimum
Standard
Minimum
Standard
Minimum

12 24 - 12 - - -

4 10 - 4 - - 40

- - 20 - - - -

- - 14 - - - 40

- - 20 12 - - -

- - 14 4 - - -

- - - 12 24 - -

- - - 4 8 79 -

- 24 - 12 - - -

- 10 - 4 - - -

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APPLICATION | 51

PLACEMENT CONSIDERATIONS

Installing Outdoor Units Indoors

Installing Outdoor Units Indoors

Single Zone High Efficiency Standard Wall Mount outdoor units are engineered to be mounted outdoors and include technology designed to
minimize the negative effects of winter weather’s freezing rain, sleet, and snow. Some building projects, however, necessitate placing the

HVAC outdoor units indoors:

• Lack of ground space.

• Lack of an appropriate outdoor location that meets system design requirements.

• When mounting on the roof is not an option due to a lack of roof space.

• Roof warranty will be voided if mechanical equipment is placed on the membrane.

• On retrofit projects, a former chiller / boiler / air handler equipment room, mechanical area, or penthouse already exists.

• To curtail the potential need for redundant zone heating devices such as wall-fin radiators or duct heaters.

• In extremely cold environments where there is a significant amount of run-time at temperatures well below freezing outside the outdoor unit

ambient air temperature range published in this engineering manual.

Benefits of Installing Outdoor Units Indoors

• Shelters the outdoor unit from direct exposure to prevailing winds that decrease the heating capability of the outdoor unit.

• Protects equipment from freezing precipitation and / or potential ice build-up that could hinder unit operation.

• Maintains coil heat transfer efficiency by reducing the number of and shortening the cycle time for defrost operation.

• Easier maintenance and servicing during inclement weather.

• When mounted in a fully enclosed space, limiting the ambient air temperature may allow the Single Zone High Efficiency Standard Wall

Mount system designer to eliminate oversizing.

• The outdoor unit to compensate for loss of capacity at low ambient temperatures.

• May also curtail the need to provide inefficient redundant zone heating devices such as wall-fin radiators and second-stage ancillary heat-

ing devices.

Design Considerations Include:

• Enclosure types and elements such as louvers (see next page), rain hoods, dampers and controls, heating methods and sizing of heating

devices.

• Heating strategies.

• Duct design.

• Condensate handling.

General Guidelines

• Follow ASHRAE 62.1 design guidelines.

• Depending on the project / application, a roof over the outdoor units in combination with a wind break may be all that is necessary.

• Consider the potential for snow accumulation near louvers / roof openings. Outside air intakes and discharge ducts/louvers must be engi-

neered to clear anticipated snow accumulation levels by at least one (1) foot.

• In situations where operation is anticipated at temperatures lower than the product’s minimum operating temperature, ancillary heat must

be provided to heat the outdoor unit coils to ensure continuous compressor operation and heating.

It may be necessary to use a field-fabricated air guide to prevent discharge air from short-cycling back to the coil inlet.

Single Zone High Efciency Standard Wall Mount Engineering Manual

• Consider the direction of prevailing winds and opening placement. If possible, locate inlet openings upwind of discharge openings and other

exhaust outlets.

• When inlet and outlet openings are placed on the same wall, minimum distance between the two openings must be approximately three (3)

feet (minimum distance varies significantly with variations in outlet opening face velocity).

• If roof-mounted ventilation openings are used, strategically locate the inlet ventilation opening(s) upwind of the outlet opening(s).

• Discharge and supply ductwork must be designed to avoid weather related long periods of water entrainment and the potential for microbial

growth.

52 | APPLICATION

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Maximum 15°

(Recommended)

More than 4 in.
(Recommended)

Louver

CAUTION

PLACEMENT CONSIDERATIONS

Installing Outdoor Units Indoors

Provide a means to drain the condensate generated during heating mode and defrost cycle in addition to rainwater that infiltrates the inlet
louver enclosed area.

• Install a field-provided drain pan under the outdoor units and provide a path to a nearby floor drain.

• If the ambient air temperature is expected to drop below 32°F in the enclosure, heat the bottom surface of the pan, drain line, and floor

drain so that the condensate does not freeze before reaching the drain.

When deciding on a location to place the outdoor unit, be sure to choose an area where run-off from defrost will not accumulate and freeze on side­walks or driveways which may create unsafe conditions.

Allow for ventilation intake and exhaust air based on maximum outdoor unit fan capacity.

• Select the size, type and orientation of architectural louvers with adequate “net free area” face velocity to ensure the total external static

pressure from the outdoor unit fan does not exceed design limitations (see specification data tables).

• No obstructions must be placed in front of the louver that could hamper the free flow (throw) of air.

• Roof top openings and / or discharge and supply louvers must be equipped with screens to prevent bird and insect infiltration.

For louver recommendations, see below and on the next page.

Application Guidelines

As always, the best solution for each project balances acceptable heating performance (considering local weather conditions), capital costs,
life cycle energy consumption, and limitations set forth by local building codes.

Louver Recommendations for Outdoor Unit Enclosure

1. Outdoor Unit Enclosure: Manual Door Open Type.

2. Louver Angle: No More Than 15° Horizontally.

3. Space Between Louvers: More than 4 inches (Recommend).

4. Louver Shape: Wing or Plane Type.

• Open Rate and Inlet must be taken into consideration when design-

ing the louvered outdoor unit enclosure.

• Do not use “S” type louvers.

If the Louver Open Rate is Too Small

1. Noise can occur because of the increased air velocity passing

through the louver blade.

2. Noise can occur from louver blade vibrations.

3. A drop in outdoor unit fan performance (excess static pressure

can cause a drop in outdoor unit performance and heat exchanger
efficiency).

4. If the louver open rate is too small or there is insufficient air flow

exchange, the air conditioner might stop operating.

Figure 29: Louver Recommendations.

Figure 30: Using “S” Type Louvers.

Air flow passing through
the louver blade backwards
can generate noise.

Outside

Inside

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APPLICATION | 53

PLACEMENT CONSIDERATIONS

Louver Dimensions Air Guide Duct on

Installing Outdoor Units Indoors

Open Rate by Louver Radian

Figure 31: Open Rate by Louver Radian Formula.

h

ho

≤ 15

ho = h * COS
Total Area (A) = H * W
Number of Open Spaces (N) = (Number of Louvers - 1)
Effective Area (Af) = ho * W * N
Louver Open Rate (n) = Af / A

Af = A * n

Effective Cross Section Area

Side View

W

H

Front View

Confirming Air Flow Rate / Total Opening Rate

• Example: LSU180HSV5.

• Discharge Airflow Rate: 2,119 ft.3/min.

• Velocity of Outlet Air: 16.4 ft./s

• Velocity of Inlet Air: 8.2 ft./s

• Open Rate = 80% or More

Open Rate = Effective Face Area (Af)
Total Face Area (A)

• Inlet airflow should match or exceed discharge

airflow.

• Separate inlet airflow from discharge airflow to

prevent recirculation.

Single Zone High Efciency Standard Wall Mount Engineering Manual

Formula

• Total Louver Dimension (Excluding Frame) (A) = 3.9 feet x 6.2 feet = 24.2 ft.

• Area Blocked by Outdoor Unit (Discharge) (B) = 2.6 feet x 2.8 feet = 7.41 ft.

• Inlet Louver Dimension (A - B) = 16.8 ft.

• Equivalent Inlet Dimension (Open Rate 80%) = 16.8 ft.2 x 0.8 = 13.44 ft.

• Equivalent Inlet Airflow = 13.44 ft.2 x 8.2 ft./s x 60 sec./min. = 6,612 ft.3/min.

• Equivalent Inlet Airflow / Discharge Airflow = 6,612 ft.3/min. / 2,119 ft.3/min. = 312% (Within Allowable Limits)

Figure 32: Example of Installing Outdoor Unit Indoors.

Outdoor Unit

55-1/8

47-1/4

Outdoor Unit

Dimensions

74-13/16

31-1/2

34-1/4

Unit: Inch

2

2

2

2

54 | APPLICATION

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REFRIGERANT PIPING DESIGN

Outdoor Unit

Indoor Unit

A

B

Outdoor Unit

Indoor Unit

A

B

Design Guideline Summary

Device Connection Limitations

A single-zone system consists of one outdoor unit and one indoor
unit. One of the most critical elements of a single-zone system is
the refrigerant piping. If the connection piping is not within allowable
limits, there will be reliability, performance, noise, and vibration
issues. Table 29 below lists pipe length limits that must be followed

in the design of a Single Zone High Efficiency Wall Mount refrigerant

pipe system, and Table 30 includes additional refrigerant charge
necessary for longer piping lengths. Refer to the figure for maximum
length and elevation of piping.

Table 29: Single Zone High Efciency Refrigerant Piping System Limitations.

LS090HSV5

Model Numbers

Pipe Sizes

Pipe Length

(ELF = Equivalent Length of

pipe in Feet)

Elevation

(All Elevation Limitations are

Measured in Actual Feet)

Additional Refrigerant Needed (oz/ft)

Vapor
Liquid
Standard Piping Length
Piping Length with No

Additional Refrigerant
Longest total equivalent

piping length
Shortest total equivalent

piping length
Distance between fittings

and indoor units or outdoor
units

If outdoor unit is above
indoor unit

If outdoor unit is below
indoor unit

(LSN090HSV5/

LSU090HSV5)

Ø3/8 Ø3/8 Ø5/8
Ø1/4 Ø1/4 Ø3/8

24.6 24.6 24.6

41 41 24.6

82 82 114.8

9.8 9.8 9.8

≥20 inches ≥20 inches ≥20 inches

49.2 49.2 49.2

49.2 49.2 49.2

0.22 0.22 0.38

Figure 33: Single Zone High Efciency Wall Mount System Layout.

LS120HSV5

(LSN120HSV5/

LSU120HSV5)

LS180HSV5

(LSN180HSV5/

LSU180HSV5)

Application Guidelines

Table 30: Single Zone High Efciency Refrigerant Piping System Additional Refrigerant Charge.

(LSN090HSV5 / LSU090HSV5)

(LSN120HSV5 / LSU120HSV5)

(LSN180HSV5 / LSU180HSV5)

• Capacity is based on standard length.

• Equivalent Pipe Length = Actual Pipe Length + Number of Bends x 0.3.

• Additional Refrigerant Charge Calculation : X (g) = [ (Refrigerant Pipe Length) - (No Charge Pipe Length) ] × (Additional Refrigerant).

• There is no need to add refrigerant if equivalent pipe is less than the “piping length with no additional refrigerant” in the table above.

Model Numbers

LS090HSV5

LS120HSV5

LS180HSV5

Additional

Refrigerant

Charge (oz.)

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Refrigerant Piping Length (ft.)

16.4 24.6 32.8 41.0 49.2 65.6 82.0 98.4 114.8 131.2 147.6 164.0

0 0 0 0 1.8 5.4 9.0 - - - - -

0 0 0 0 1.8 5.4 9.0 - - - - -

0 0 3.1 6.2 9.3 15.6 21.8 28.0 34.3 - - -

APPLICATION | 55

20001747 ISO 9001: 2008

LG ELECTRONICS INC.

LG Electronics, U.S.A., Inc.
Air Conditioning Technologies
4300 North Point Parkway
Alpharetta, Georgia 30022
www.lghvac.com

LG Electronics Commercial Products Support

1-888-865-3026 USA

Follow the prompts for commercial A/C products.

New Issue: EM_SZ_HighEfficiencyWallMount_HSV5_3_18