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Heat Recovery Ventilator

0CZH9-02F(Replaces 0CZH9-02E)


General Description Ventilation is a process by which one can exchange indoor air to outdoor air in order to improve the air quality and to maintain environmental temperature conditions. LG’s heat recovery ventilation system, , modulates the temperature and humidity of incoming fresh air to match indoor conditions. A balance is thus achieved between indoor and outdoor ambients, enabling the cooling or heating load placed on the air conditioning system to be reduced significantly. can be controlled individually or integral with the air conditioning system. provides efficiency, cost savings, superior performance, compact & light design, linear E.S.P control ensuring vaious design of duct system and easy maintenance. Units are ideal for hotels, dormitories, restaurants, hospitals, retail establishments, theaters, schools, and office buildings. A lot of information regarding the design & installation of this system is provided in this publication. The new products series contains data on the same pattern. Please utilize all the information for conducting your business efficiently. Make sure the specification, dimension or others technical data are same as provided in engineering data book before you start the project. We look forward to your continuing support.

LG Electronics Inc. Air Conditioning Division

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LG Airconditioners Product Data

Table of contents Table of contents

Page

1. Models List ...........................................................................................4 2. Model Number Nomenclature ...............................................................5 3. Feature & Benefits.................................................................................6 4. Specifications ......................................................................................14 5. Characteristic Curve............................................................................19 6. Dimensional Drawings.........................................................................24 7. Wiring Diagrams ..................................................................................29 8. External Static Pressure Settings........................................................33 9. Sound Pressure Level .........................................................................35 10. Installation .........................................................................................37 11. LCD Wired Remote Control(AZLRAD) ..............................................44

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1. Models List 1.1 Total Heat Recovery Ventilator [50Hz] Nominal Capacity

Model Name

CMH(CFM)

Power Supply Ø,V,Hz

100(59)

LZ-H0106BA0

150(88)

LZ-H0156BA0

250(147)

LZ-H0256BA0

350(206)

LZ-H0356BA0

500(294)

LZ-H0506BA0

800(471)

LZ-H0806BA0

1000(589)

LZ-H1006BA0

1500(883)

LZ-H1506BA0

2000(1177)

LZ-H2006BA0

1Ø, 220-240V, 50Hz

[60Hz] Nominal Capacity

Model Name

CMH(CFM)

4

Power Supply Ø,V,Hz

150(88)

LZ-H0152BA0

500(294)

LZ-H0502BA0

800(471)

LZ-H0802BA0

1000(589)

LZ-H1002BA0

1500(883)

LZ-H1502BA0

2000(1177)

LZ-H2002BA0

1Ø, 220V, 60Hz


2. Model Number Nomenclature L Z - H 0 8 0 2 B A 0 Development Sequence Function A : Basic

Model Type B : Ceiling Concealed Type

Electric Standard (Volts / Freq. / Phase) 2 : 220V,60Hz,1Ø

6 : 220-240V,50Hz,1Ø

Capacity Ex) 080 -> 800 CMH 100 -> 1000 CMH

Heat Exchange Type H : Total Heat Recovery T : Sensible Heat Recovery

Indicates that this is LG’s

system

5


3. Features & Benefits The LG heat recovery ventilation system, improving your indoor air quality.

, is the solution for

Ventilation is a process by which one can exchange indoor air to outdoor air in order to improve the air quality and to maintain environmental temperature conditions. With today’s concern for a healthy indoor environment, is an integral component of HVAC system. Using in the HVAC system allows contaminants to be removed quickly and effectively from the airconditioned space. A balance is thus achieved between indoor and outdoor ambients, enabling the cooling or heating load on the air conditioning system to be reduced significantly. Low-noise Design

Energy Savings

is accoustically engineered and tested for quiet operation. (ensuring comfort to be felt, not heard.)

The indoor air is passed through the heat exchanger to prewarm or precool the incoming outside air, saving energy and money.

Air Purifying

Easy Maintenance

Removing common pollutants from home which create an unhealthy environment.

The briefcase-style latches allows easy filter replacement and heat exchanger cleaning.

Efficiency & Comfort exhaust the polluted indoor air to outdoor and supply the fresh outdoor air to indoor in order to maintain the resident’s healthy and comfortable indoor environment.

6


3. Features & Benefits Healthy and Fresh Indoor Environmental Maintenance : Case of the window ventilation

(Indoor) 30˚C 26˚C

(Outdoor) EA

o

30 C

OA

In order to ventilate the indoor air is to open the window in summer. While opening the window, the conditioned indoor air goes out. Indoor air has to be cooling again.

Case of Enthalpy heat exchange ventilation

(Indoor) SA EA 27˚C

(Outdoor) o

30 C

25% Saving Energy

26˚C

When using the enthalpy heat exchanger,it maintains the temperature and humidity of the indoor and changes the polluted indoor air to the fresh outdoor air.

• Comparing to Enthalpy heat exchange ventilation with the window ventilation,Enthalpy heat exchange enables to economize a electric bill.It also helps the environmental protection due to saving energy.

Enthalpy Heat and Sensible Heat Exchangers Comparisons : • Enthalpy Heat Exchanger = Temperature heat (temperatures) + Latentheat (humidity)

• Sensible Heat Exchanger = Temperature heat (temperatures)

• The Enthalpy Heat Exchanger consists of Mechanism which is exchanged to the temperature heat (temperatures)as well as the latent heat (moisture heat capacity).When it calculates at the electric heat frequency quantity,it has an energy recovery effect above 3 times than the temperature heat.

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3. Features & Benefits Reclaimed Energy Comparisons in Psychrometric Chart : Enthalpy heat exchanger

EA(Exhaust Air) OA(Outdoor Air) SA(Supply Air) RA(Return Air)

Temperature heat efficiency

Enthalpy heat efficiency

Latent heat efficiency

Temperature heat exchanger EA(Exhaust Air) OA(Outdoor Air) SA(Supply Air) RA(Return Air)

Enthalpy heat efficiency

Temperature heat efficiency

Latent heat efficiency

• Like appearing from the picture of the case only of the temperature heat exchange,the efficiency is high. But when it calculates at enthalpy heat frequency quantity,it has a difference above 3 times.

Zero Standby Power Consumption :

5~6W

- Due to SMPS (Switching Modulation Power Supply) technology, there is almost zero power consumption in the standby mode. It saves energy and cost.

0.5W Others

8

LG


3. Features & Benefits High Efficiency Heat Exchanger : - Cross flow heat exchanger ensure no mixing of the stale air with the fresh air. Efficiency and comfort is ensured by the high-efficiency energy recovery central core which recovers energy from the indoor air and transfers it to the fresh incoming air without mixing airstreams.The heat exchanger also helps to remove unwanted humidity from air inside your home during winter, and removes the humidity from the outside air before it enters your home in the summer.

Supply Air

Exhaust Air

Deodorization Filter

(Option)

High performance Filter Outdoor Air

Air Filter

Indoor Air

Air Filter

:(External Static Pressure Control) E.S.P Control M

H

L Air volume

- Individual air volume control (Supply&Exhaust). Generally, when External Static Pressure increases air volume decreases. But by controlling the phase of motor E.S.P. is controlled linearly. E.S.P. control provides required constant air volume irrespective of E.S.P. change. Desired E.S.P. can also be set through LCD wired remote. Setting of the desired E.S.P. gives required combination of ESP and airflow. So, air volume is kept constant for various duct work system. All units feature Phase control of Motor.

H M L

Air volume at 10 mmAq.

Air volume at 2 mmAq. 2

4

6

8

10

12

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3. Features & Benefits Auto Operation : - Automatically switches the ventilation mode (Total Heat Exchange Mode/Bypass Mode) according to the operating status of the air conditioner. • Total Heat Exchange Mode (Cooling operation in summer/ heating operation in winter)

• Bypass Mode (Intermediate season)

Damper Exhaust air

Return air

Outdoor air intake

Supply air

Damper Return air

Exhaust air

Supply air

Outdoor air intake

Flexibility of Installation : - Possibility of opposite installation of up and lower part Case of the installation of 2 units, generally it is necessary to two maintenance spaces. If it is installed opposite one unit of up and lower part, it is necessary to one maintencnce space. (1500/2000 CMH models are not available.) Maintenance space

Installation of 2 units

Top

Low

Low

Top

Opposite installation of up and lower part

Opposite Installation of up and lower part of one unit

Auto Restart Operation : - When there’s Electricity failure to the unit. After resumption of the Power, It starts in the same mode as prior to the power failure. This is as per the memorized condition. Any change will be memorized automatically to the MICOM & it takes about 2 secs to keep it.

Interlocking with Air Conditioning System : - It is able to install the ventilation system being interlocking with the air conditioning /heating system. It can be also controlled individually or integral with the air conditioning /heating system.

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3. Features & Benefits Excellent Sound Arresting Blocking Effect : - The enthalpy heat exchanger element is difficult to convey the vibration of air with structure and it has a function of absorbing sounds.if it is installed a building in a serious noise place,it will be much more effective.

88.2dB(A)

42.9dB(A)

(45.3dB(A) Sound arresting blocking effect)

Collection Efficiency(%)

Air Filter : 100 80 60 40

Polyethylene

20 0

0

10

20

30

40

50

60

70

80

Dust Feed(g)

- Air filter has sufficient effects with collection efficiency above 80%, which is 0.3Âľm sample particle smaller than tobacco of smoke. It is even against floating particle from yellow sand. - Few pressure loss in the static pressure plan. - Excellent washing characteristic and durability.

External static pressure[pa]

High Efficiency Filter(Option) : 250 200 150 100 50 0 600

700

800

900

1000

1100

3

Air Volume[m /h]

Media : Poly propylene Frame : Paper

- Collection efficiency over 99%of an adopted law standard - Low-noise and reduction of power supplying cost - More multi-wind quantity than validity area - Not-melting processing with media pleated filter uniform

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3. Features & Benefits LCD Wired Remote Control : (Accessory) EXTERNAL

- It can control all the functions of the unit. You can check and change operation mode, set timer & also diagnose the error of the unit. It also has the option of weekly program.

PLASMA

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH PLASMA

e-SAVER

fresh

Auto Lo

Auto Auto

Normal

Delay Time

Timer

SHi

Timer

Cancel

Week

fresh

OPERATION

SET TEMP Room Temp

Auto

Holiday Plasma

Min

Terminal block

Filter Time

Program set

Timer

Cancel

Program

Week

Hour

ZONE 1234

Sun Mon Tue Wed Thu

Fri

Sat

Auto

Holiday

FAN SPEED HI MED LO

Time

ZONE

TIME RESET

Min

SUB FUNCTION

AUTO Heater Preheat JET Defrost Humidify SLo Filter Out door 1 2 3 4

Operation unit No Func Program set 03

05

07

Timer

Cancel

2ndF

Program

Week

Holiday

Hour

Min

09

11

13

15

17

19

21

23

PLASMA

Set/Clr Hour

Heater Preheat Defrost Humidify

Plasma

On Off Set no. Time 01

Program

SHi

Set no. Timer

2ndF Timer

Sat

SUB FUNCTION Hi

Fan Speed

Set/Clr

ZONE 1234 Fri

Normal

Delay Time

fresh

Timer

Heater Preheat Defrost Humidify

Sun Mon Tue Wed Thu

Auto

fresh

AUTO SWING

SUB FUNCTION Hi

Fan Speed Filter Time

Program set

On Off Set no. Timer

e-SAVER

Auto Lo

Auto

On Off

- Built-in battery keeps user’s operating setup information for 2 hours when the main power line to the wired remote controller is disconnected due to power outage as well. - It can be installed with air conditioner remote controller, and each controller can control Ventilation and Air conditioner simultaneously. EXTERNAL

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH

Set/Clr

TIME RESET

Ventilation remote controller (PZRCUSB0)

AUTO SWING

RESET

OPERATION

SET TEMP Room Temp

2ndF Timer

FAN SPEED HI MED LO

Time

ZONE

SUB FUNCTION

AUTO Heater Preheat JET Defrost Humidify SLo Filter Out door 1 2 3 4

Operation unit No Func Program set

On Off Set no. Time 01

03

05

07

Timer

Cancel

2ndF

Program

Week

Holiday

Hour

Min

09

11

13

15

17

19

21

23

PLASMA

Set/Clr

AUTO SWING

RESET

OPERATION

SET TEMP Room Temp

2ndF Timer

FAN SPEED HI MED LO

Time

ZONE

SUB FUNCTION

AUTO Heater Preheat JET Defrost Humidify SLo Filter Out door 1 2 3 4

Operation unit No Func Program set

On Off Set no. Time 01

03

05

07

Timer

Cancel

2ndF

Program

Week

Holiday

Hour

Min

09

11

13

15

17

19

21

23

PLASMA

Set/Clr

AUTO SWING

RESET

OPERATION

SET TEMP Room Temp

2ndF Timer

FAN SPEED HI MED LO

Time

ZONE

SUB FUNCTION

AUTO Heater Preheat JET Defrost Humidify SLo Filter Out door 1 2 3 4

Operation unit No Func Program set

On Off Set no. Time 01

03

05

07

Timer

Cancel

2ndF

Program

Week

Holiday

Hour

Min

09

11

13

15

17

19

21

23

Maximum 8 connections are possible

PLASMA

Set/Clr RESET

Airconditioner remote controller (PCRCUSZ0/PDRCUSZ0)

Group Control :

1

2

- It operate maximum 16unit by only one wired remote controller and each units start sequentially to prevent overcurrent. All the units will follow same setting mode & other sub functions.

........

16

........ EXTERNAL

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH PLASMA

e-SAVER

fresh

Auto Lo

Auto Auto

Normal

SUB FUNCTION Hi

SHi

Heater Preheat Defrost Humidify

Fan Speed Filter Time

Delay Time

Timer

Program set

Sun Mon Tue Wed Thu

ZONE 1234 Fri

Sat

On Off Set no. Timer

Timer

Cancel

Program

Week

fresh

Auto

Holiday Plasma

Set/Clr Hour

Central Control : (Accessory) - It enables to control 16 x 8 = 128 units with the help of 8 controllers. All units can be put on and off from one Central Room. For Setting Temperature, Fan speed and other sub functions, access the LCD wired remote controller of each unit.

Min

Main PCB

Controller #1

12

TIME RESET

M 1

M 2

M 16

M 17

M 18

M 128

Sub 1

Sub 2

Sub 16

Sub 17

Sub 18

Sub 128

Controller #2

Controller #8


3. Features & Benefits Ventilation System + Multi V :

Indoor / Outdoor Communication Line Wired Remote Controller Line Ventilation Connected Control Line Central Control Line

Ethernet Remote Controller

LGAP Central Control System

Remote Controller

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4. Specifications 4.1 50Hz Item Nominal Capacity Power Supply Step

eco-V Mode

Current

SH/H/L

LZ-H0106BA0

LZ-H0156BA0

LZ-H0256BA0

CMH(CFM)

100(59)

150(88)

250(147)

Ø,V,Hz

1, 220~240, 50

1, 220~240, 50

1, 220~240, 50

-

S-HIGH / HIGH / LOW

S-HIGH / HIGH / LOW

S-HIGH / HIGH / LOW

Amps

0.32/0.3/0.28

0.36/0.36/0.35

0.55/0.5/0.34

68/60/50

83/80/78

130/115/80

Power Input

SH/H/L

W

Air Flow

SH/H/L

CMH(CFM)

100/100/90(59/59/53)

150/150/100(88/88/59)

250/250/180(147/147/106)

External Static Pressure

SH/H/L

Pa(in.wg)

40/35/30(0.16/0.14/0.12)

70/55/45(0.28/0.22/0.18)

65/50/40(0.26/0.20/0.16)

%

78/78/80

75/75/79

80/80/85

%

68/68/70

62/62/69

70/70/78

Temperature Exchange Efficiency SH/H/L Enthalpy Exchange Efficiency Heating(SH/H/L) Cooling(SH/H/L) Noise Level(Sound Level, 1.5m) SH/H/L Step

Bypass Mode

Unit

%

58/58/60

55/55/59

64/64/68

dB(A)+3

28/26/20

32/30/22

32/28/21

-

-/-/-

-/-/-

-/-/-

Amps

-/-/-

-/-/-

-/-/-

Current

SH/H/L

Power Input

SH/H/L

W

-/-/-

-/-/-

-/-/-

Air Flow

SH/H/L

CMH(CFM)

-/-/-

-/-/-

-/-/-

External Static Pressure

SH/H/L

Pa(in.wg)

-/-/-

-/-/-

-/-/-

Temperature Exchange Efficiency SH/H/L

%

-/-/-

-/-/-

-/-/-

Enthalpy Exchange Efficiency

Heating(SH/H/L)

%

-/-/-

-/-/-

-/-/-

Cooling(SH/H/L)

%

-/-/-

-/-/-

-/-/-

dB(A)+3

-/-/-

-/-/-

-/-/-

-

Crossflow

Crossflow

Crossflow

Noise Level(Sound Level, 1.5m) SH/H/L Heat Exchanger

Type

Weight Dimension

W*H*D

Duct work*

Qty Size(Ø)

Supply Air Fan Exhaust Air Fan Filters

kg(lb)

23(50.70)

23(50.70)

24(52.91)

mm(inch)

590*204*590(23.23*8.03*23.23)

590*204*590(23.23*8.03*23.23)

596*320*640(23.46*12.60*25.20)

EA

4

4

4

mm(inch)

Ø100(Ø3.94)

Ø100(Ø3.94)

Ø150(Ø5.91)

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

2

2

2

Type

-

Cleanable

Cleanable

Cleanable

Size(W*H*D) Packing Dimension

W*H*D

Stuffing Quantity

Without S/Parts

mm(inch)

580*10*113(22.83*0.39*4.45)

580*10*113(22.83*0.39*4.45)

590*10*175(23.23*0.39*6.89)

mm(inch)

850*280*760(33.46*11.02*29.92)

850*280*760(33.46*11.02*29.92)

850*405*760((33.46*15.94*29.92)

20/40ft

160/336

160/336

100/210

Notes: 1. eco-V mode : Total Heat Recovery Ventilation mode 2. * : Refer to dimensional drawings. 3. Noise level : - The operating conditions are assumed to be standard. - Sound measured at 1.5m below the center the body. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The sound level at the air discharge port is about 8 dB(A) higher than the unit's operating sound.

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4. Specifications Item Nominal Capacity Power Supply

eco-V Mode

Step

LZ-H0356BA0

LZ-H0506BA0

LZ-H0806BA0

350(206)

500(294)

800(470)

Ø,V,Hz

1, 220~240, 50

1, 220~240, 50

1, 220~240, 50

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Current

SH/H/L

Amps

1.40/1.33/0.9

1.51/1.39/1.06

2.8/2.7/2.6

Power Input

SH/H/L

W

205/195/170

260/225/200

405/360/320

Air Flow

SH/H/L

CMH(CFM)

350/350/210(206/206/124)

500/500/320(294/294/124)

800/800/660(470/470/388)

External Static Pressure

SH/H/L

Pa(in.wg)

170/88/40(0.68/0.35/0.16)

150/60/28(0.60/0.24/0.11)

200/110/60(0.80/0.44/0.24)

Temperature Exchange Efficiency SH/H/L

%

83/83/87

75/75/79

79/79/82

Enthalpy Exchange Efficiency Heating(SH/H/L)

%

80/80/85

75/75/80

70/70/75 65/65/70

Cooling(SH/H/L) Noise Level(Sound Level, 1.5m) SH/H/L Step

Bypass Mode

Unit CMH(CFM)

%

78/78/83

70/70/75

dB(A)+3

33/28/23

34/32/25

36/34/30

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Amps

1.40/1.33/0.9

1.51/1.39/1.06

2.8/2.7/2.6

Current

SH/H/L

Power Input

SH/H/L

W

205/195/170

260/225/200

405/360/320

Air Flow

SH/H/L

CMH(CFM)

350/350/210(206/206/124)

500/500/320(294/294/124)

800/800/660(470/470/388)

External Static Pressure

SH/H/L

Pa(in.wg)

170/88/40(0.68/0.35/0.16)

150/60/28(0.60/0.24/0.11)

200/110/60(0.80/0.44/0.24)

Temperature Exchange Efficiency SH/H/L

%

-

-/-/-

-/-/-

Enthalpy Exchange Efficiency

Heating(SH/H/L)

%

-

-/-/-

-/-/-

Cooling(SH/H/L)

%

-

-/-/-

-/-/-

dB(A)+3

33/28/23

34/32/25

36/34/30

-

Crossflow

Crossflow

Crossflow

Noise Level(Sound Level, 1.5m) SH/H/L Heat Exchanger

Type

Weight Dimension Duct work*

W*H*D Qty Size(Ø)

Supply Air Fan Exhaust Air Fan Filters

kg(lb)

38(83.8)

45(99.2)

63(139)

mm(inch)

988*273*1014(38.9*10.75*39.92)

988*273*1014(38.9*10.75*39.92)

1062*365*1140(41.9*14.4*44.9)

EA

4

4

4

mm(inch)

Ø200(7.87)

Ø200(Ø7.87)

Ø250(Ø9.54)

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

2

2

2

Type

-

Cleanable

Cleanable

Cleanable

855*10*166(33.66*0.39*6.54)

855*10*166(33.66*0.39*6.54)

1056*10*212.5(41.57*0.39*8.37)

Size(W*H*D)

mm(inch)

Packing Dimension

W*H*D

mm(inch)

Stuffing Quantity

Without S/Parts

20/40ft

1160*360*1275(45.67*14.17*50.20) 1160*360*1275(45.67*14.17*50.20) 1320*450*1350(51.97*17.72*53.15) 48/108

48 / 108

24 / 45

Notes: 1. eco-V mode : Total Heat Recovery Ventilation mode 2. * : Refer to dimensional drawings. 3. Noise level : - The operating conditions are assumed to be standard. - Sound measured at 1.5m below the center the body. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The sound level at the air discharge port is about 8 dB(A) higher than the unit's operating sound.

15


4. Specifications Item Nominal Capacity Power Supply

eco-V Mode

Step

LZ-H1006BA0

LZ-H1506BA0

1000(588)

1500(882)

LZ-H2006BA0 2000(1177)

Ø,V,Hz

1, 220~240, 50

1, 220~240, 50

1, 220~240, 50

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Current

SH/H/L

Amps

3.0/2.9/2.6

5.6/5.4/5.2

6.0/5.8/5.2

Power Input

SH/H/L

W

560/540/470

950/925/795

1020/970/860

Air Flow

SH/H/L

CMH(CFM)

1000/1000/800(588/588/470)

1500/1500/1200(882/882/706)

2000/2000/1600(1177/1177/941)

Pa(in.wg)

160/90/50(0.80/0.44/0.24)

200/110/60(0.80/0.44/0.24)

160/90/50(0.80/0.44/0.24)

Temperature Exchange Efficiency SH/H/L

%

75/75/78

79/79/82

75/75/78

Enthalpy Exchange Efficiency Heating(SH/H/L)

%

66/66/71

70/70/75

66/66/71

Cooling(SH/H/L)

%

61/61/66

65/65/70

61/61/66

dB(A)+3

37/35/31

39/37/33

39/37/33 SUPER-HIGH / HIGH / LOW

External Static Pressure

SH/H/L

Noise Level(Sound Level, 1.5m) SH/H/L

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Current

SH/H/L

Amps

2.8/2.7/2.4

5.6/5.4/5.2

5.6/5.4/4.8

Power Input

SH/H/L

W

560/540/470

950/925/795

1020/970/860

Air Flow

SH/H/L

CMH(CFM)

1000/1000/800(588/588/470)

1500/1500/1200(882/882/706)

2000/2000/1600(1177/1177/941)

External Static Pressure

SH/H/L

Step

Bypass Mode

Unit CMH(CFM)

Pa(in.wg)

160/90/50(0.80/0.44/0.24)

200/110/60(0.80/0.44/0.24)

160/90/50(0.80/0.44/0.24)

Temperature Exchange Efficiency SH/H/L

%

-/-/-

-/-/-

-/-/-

Enthalpy Exchange Efficiency

%

-/-/-

-/-/-

-/-/-

%

-/-/-

-/-/-

-/-/-

Heating(SH/H/L) Cooling(SH/H/L)

Noise Level(Sound Level, 1.5m) SH/H/L Heat Exchanger

Type

Weight Dimension

W*H*D

Duct work*

Qty Size(Ø)

Supply Air Fan Exhaust Air Fan Filters

dB(A)+3

37/35/31

37/35/31

37/35/31

-

Crossflow

Crossflow

Crossflow

kg(lb)

63(139)

138(305)

138(305)

mm(inch)

1062*365*1140(41.9*14.4*44.9)

1313*737*1140(51.7*28.8*44.9)

1313*737*1140(51.7*28.8*44.9)

EA

4

4+2

4+2

mm(inch)

Ø250(Ø9.54)

Ø250(Ø9.54)+Ø350(Ø13.77)

Ø250(Ø9.54)+Ø350(Ø13.77)

EA

1

2

2

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

1

2

2

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

2

4

4

-

Cleanable

Cleanable

Cleanable

1056*10*212.5(41.57*0.39*8.37)

1056*10*212.5(41.57*0.39*8.37)

Qty

Type Size(W*H*D)

mm(inch)

1056*10*212.5(41.57*0.39*8.37)

Packing Dimension

W*H*D

mm(inch)

1320*450*1350(51.97*17.72*53.15) 1630*900*1330(64.17*35.43*52.36) 1630*900*1330(64.17*35.43*52.36)

Stuffing Quantity

Without S/Parts

20/40ft

24 / 45

8 / 18

8 / 18

Notes: 1. eco-V mode : Total Heat Recovery Ventilation mode 2. * : Refer to dimensional drawings. 3. Noise level : - The operating conditions are assumed to be standard. - Sound measured at 1.5m below the center the body. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The sound level at the air discharge port is about 8 dB(A) higher than the unit's operating sound.

16


4. Specifications 4.2 60Hz Item Nominal Capacity Power Supply Step

eco-V Mode

Current

SH/H/L

LZ-H0152BA0

LZ-H0502BA0

LZ-H0802BA0

CMH(CFM)

150(88)

500(294)

800(470)

Ø,V,Hz

1, 220, 60

1, 220, 60

1, 220, 60

-

S-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Amps

0.5/0.48/0.42

1.25/1.07/0.9

3.1/3.0/2.5

100/95/77

258/235/195

585/555/470

Power Input

SH/H/L

W

Air Flow

SH/H/L

CMH(CFM)

150/150/90(88/88/53)

500/500/320(294/294/124)

800/800/660(470/470/388)

External Static Pressure

SH/H/L

Pa(in.wg)

70/50/25(0.281/0.200/0.100)

200/70/28(0.80/0.28/0.11)

200/110/60(0.80/0.44/0.24)

%

75/75/79

82/82/86

79/79/82

%

62/62/69

79/79/83

70/70/75 65/65/70

Temperature Exchange Efficiency SH/H/L Enthalpy Exchange Efficiency Heating(SH/H/L) Cooling(SH/H/L) Noise Level(Sound Level, 1.5m) SH/H/L Step

Bypass Mode

Unit

%

55/55/59

76/76/80

dB(A)+3

32/30/22

34/32/25

36/34/30

-

-/-/-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Amps

-/-/-

1.25/1.07/0.9

3.1/3.0/2.5

Current

SH/H/L

Power Input

SH/H/L

W

-/-/-

258/235/195

585/555/470

Air Flow

SH/H/L

CMH(CFM)

-/-/-

500/500/320(294/294/124)

800/800/660(470/470/388)

External Static Pressure

SH/H/L

Pa(in.wg)

-/-/-

200/70/28(0.80/0.28/0.11)

200/110/60(0.80/0.44/0.24)

Temperature Exchange Efficiency SH/H/L

%

-/-/-

-/-/-

-/-/-

Enthalpy Exchange Efficiency

Heating(SH/H/L)

%

-/-/-

-/-/-

-/-/-

Cooling(SH/H/L)

%

-/-/-

-/-/-

-/-/-

dB(A)+3

-/-/-

34/32/25

36/34/30

-

Crossflow

Crossflow

Crossflow

Noise Level(Sound Level, 1.5m) SH/H/L Heat Exchanger

Type

Weight Dimension

W*H*D

Duct work*

Qty Size(Ø)

Supply Air Fan Exhaust Air Fan Filters

kg(lb)

23(50.70)

45(99.2)

63(139)

mm(inch)

590*204*590(23.23*8.03*23.23)

988*273*1014(38.9*10.75*39.92)

1062*365*1140(41.9*14.4*44.9)

EA

4

4

4

mm(inch)

Ø100(Ø3.94)

Ø200(Ø7.87)

Ø250(Ø9.54)

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

1

1

1

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

2

2

2

Type

-

Cleanable

Cleanable

Cleanable

855*10*166(33.66*0.39*6.54)

1056*10*212.5(41.57*0.39*8.37)

Size(W*H*D) Packing Dimension

W*H*D

Stuffing Quantity

Without S/Parts

mm(inch)

580*10*113(22.83*0.39*4.45)

mm(inch)

850*280*760(33.46*11.02*29.92)

20/40ft

160/336

1160*360*1275(45.67*14.17*50.20) 1320*450*1350(51.97*17.72*53.15) 48 / 108

24 / 45

Notes: 1. eco-V mode : Total Heat Recovery Ventilation mode 2. * : Refer to dimensional drawings. 3. Noise level : - The operating conditions are assumed to be standard. - Sound measured at 1.5m below the center the body. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The sound level at the air discharge port is about 8 dB(A) higher than the unit's operating sound.

17


4. Specifications

Item Nominal Capacity Power Supply

eco-V Mode

Step

LZ-H1002BA0

LZ-H1502BA0

LZ-H2002BA0

CMH(CFM)

1000(588)

1500(882)

2000(1177)

Ø,V,Hz

1, 220, 60

1, 220, 60

1, 220, 60

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Amps

3.5/3.4/2.9

6.2/6.0/5.0

7.0/6.8/5.8

Current

SH/H/L

Power Input

SH/H/L

W

660/500/400

1190/1151/960

1344/1306/1122

Air Flow

SH/H/L

CMH(CFM)

1000/1000/800(588/588/470)

1500/1500/1200(882/882/706)

2000/2000/1600(1177/1177/941)

External Static Pressure

SH/H/L

Pa(in.wg)

200/110/60(0.80/0.44/0.24)

200/110/70(0.80/0.44/0.28)

200/110/70(0.80/0.44/0.28)

%

75/75/78

75/75/78

75/75/78

Enthalpy Exchange Efficiency Heating(SH/H/L)

%

66/66/71

66/66/71

66/66/71

Cooling(SH/H/L)

%

61/61/66

61/61/66

61/61/66

dB(A)+3

37/35/31

39/37/33

42/38/33

-

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

SUPER-HIGH / HIGH / LOW

Temperature Exchange Efficiency SH/H/L

Noise Level(Sound Level, 1.5m) SH/H/L Step

Bypass Mode

Unit

Current

SH/H/L

Amps

3.5/3.4/2.9

6.2/6.0/5.0

7.0/6.8/5.8

Power Input

SH/H/L

W

660/500/400

1190/1151/960

1344/1306/1122

Air Flow

SH/H/L

CMH(CFM)

1000/1000/800(588/588/470)

1500/1500/1200(882/882/706)

2000/2000/1600(1177/1177/941)

External Static Pressure

SH/H/L

Pa(in.wg)

200/110/60(0.80/0.44/0.24)

200/110/70(0.80/0.44/0.28)

200/110/70(0.80/0.44/0.28)

Temperature Exchange Efficiency SH/H/L

%

-/-/-

-/-/-

-/-/-

Enthalpy Exchange Efficiency

Heating(SH/H/L)

%

-/-/-

-/-/-

-/-/-

Cooling(SH/H/L)

%

-/-/-

-/-/-

-/-/-

dB(A)+3

37/35/31

39/37/33

42/38/33 Crossflow

Noise Level(Sound Level, 1.5m) SH/H/L Heat Exchanger

Type

Weight Dimension

W*H*D

Duct work*

Qty

-

Crossflow

Crossflow

kg(lb)

63(139)

138(305)

138(305)

mm(inch)

1062*365*1140(41.9*14.4*44.9)

1313*737*1140(51.7*28.8*44.9)

1313*737*1140(51.7*28.8*44.9)

EA

4

4+2

4+2 Ø250(Ø9.54)+Ø350(Ø13.77)

mm(inch)

Ø250(Ø9.54)

Ø250(Ø9.54)+Ø350(Ø13.77)

Qty

EA

1

2

2

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

1

2

2

Type

-

Direct-Drive

Direct-Drive

Direct-Drive

Qty

EA

2

4

4

Type

-

Cleanable

Cleanable

Cleanable

Size(W*H*D)

mm(inch)

1056*10*212.5(41.57*0.39*8.37)

1056*10*212.5(41.57*0.39*8.37)

1056*10*212.5(41.57*0.39*8.37)

Packing Dimension

W*H*D

mm(inch)

1320*450*1350(51.97*17.72*53.15)

1630*900*1330(64.17*35.43*52.36) 1630*900*1330(64.17*35.43*52.36)

Stuffing Quantity

Without S/Parts

20/40ft

24 / 45

Size(Ø) Supply Air Fan Exhaust Air Fan Filters

8 / 18

8 / 18

Notes: 1. eco-V mode : Total Heat Recovery Ventilation mode 2. * : Refer to dimensional drawings. 3. Noise level : - The operating conditions are assumed to be standard. - Sound measured at 1.5m below the center the body. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The sound level at the air discharge port is about 8 dB(A) higher than the unit's operating sound.

18


5. Characteristic Curve Model No. : LZ-H0106BA0 [Ventilation]

[Efficiency] 90 Exchange efficiency[%]

External static pressure[Pa]

150

100

High

Super-High

50

Temperature exchanger efficiency (Sensible Efficiency)

80

Enthalpy exchanger efficiency (Sensible Efficiency Heating)

70

60

Low

Enthalpy exchanger efficiency (Total Efficiency Cooling) 0

0

50

100

50

150

0

20

40

60

Air Volume[m3/h]

80

100

120

140

160

180

200

Air Volume[m3/h]

Model No. : LZ-H0152BA0 [Ventilation]

[Efficiency] 90 Exchange efficiency[%]

External static pressure[Pa]

200

150 Super-High 100 High

Enthalpy exchanger efficiency (Sensible Efficiency Heating)

70

60

Low

50

Temperature exchanger efficiency (Sensible Efficiency)

80

Enthalpy exchanger efficiency (Total Efficiency Cooling) 50

0 0

50

100

150

0

200

20

40

60

Air Volume[m3/h]

80 100 120 Air Volume[m3/h]

140

160

180

200

Model No. : LZ-H0156BA0 [Ventilation]

[Efficiency] 90

150

Exchange efficiency[%]

External static pressure[Pa]

200

Super-High High

100

Enthalpy exchanger efficiency (Sensible Efficiency Heating)

70

60

Low

50

Temperature exchanger efficiency (Sensible Efficiency)

80

Enthalpy exchanger efficiency (Total Efficiency Cooling) 50

0 0

50

100 Air Volume[m3/h]

150

200

0

20

40

60

80

100

120

140

160

180

200

Air Volume[m3/h]

19


5. Characteristic Curve Model No. : LZ-H0256BA0 [Ventilation]

[Efficiency] 100

250

Exchange efficiency[%]

External static pressure[Pa]

300

200 150 100 Super-High 50

Low

Temperature exchanger efficiency (Sensible Efficiency)

90

80

Enthalpy exchanger efficiency (Sensible Efficiency Heating)

70 Enthalpy exchanger efficiency (Total Efficiency Cooling)

60

High 50

0 0

50

100

150

200

250

300

350

0

400

50

100

150

200

250

300

350

400

Air Volume[m3/h]

Air Volume[m3/h]

Model No. : LZ-H0356BA0 [Ventilation]

[Efficiency]

400

90 Tem p efficie erature exch ncy a

Exchange efficiency[%]

External static pressure[Pa]

350 300 250

Super High

200 150

High 100

80

Enth

alpy

Enth

alpy

70

nge

exch

ange

exch

ange

efficie

ncy(H

eatin

efficie

g)

ncy(C

oolin

g)

60

Low 50 0 0

100

200 Air

300

400

500

50

600

0

100

200

300

Volume[m3/h]

400

500

600

700

Air Volume[m3/h]

Model No. : LZ-H0502BA0 [Ventilation]

[Efficiency]

400

90

300

Exchange efficiency[%]

External static pressure[Pa]

350 Super High

250

High

200 Low

150 100

80

Tem p efficie erature exch ncy a

nge

Enth

alpy

Enth

alpy

70

exch

exch

ange

ange

efficie

ncy(H

efficie

eatin

ncy(C

g)

oolin

g)

60

50 0 0

100

200

300

400

Air Volume[m3/h]

20

500

600

700

50 0

100

200

300

400

Air Volume[m3/h]

500

600

700


5. Characteristic Curve Model No. : LZ-H0506BA0 [Ventilation]

[Efficiency]

400

90 Exchange efficiency[%]

External static pressure[Pa]

350 300 250 Super High 200 150

High

Low

100

Tem effic perature ienc exch y

80

ange

Enth

alpy

Enth

alpy

70

exch

ange

exch

ange

efficie

ncy(H

effic

eatin

ienc

g)

y(Co

oling

)

60

50 0

50 0

100

200

300

400

500

600

0

700

100

200

300

Air Volume[m3/h]

400

500

600

700

Air Volume[m3/h]

Model No. : LZ-H0802BA0 / LZ-H0806BA0 [Ventilation]

[Efficiency] 90

Exchange efficiency[%]

External static pressure[Pa]

500

400

Super High

300

High

Low 200

Tem p effic erature ienc exch y an

tha

lpy

80

ge

exc

han

ge

En

effi

cie

tha

70

lpy

0

200

400

600

800

1000

1200

ncy

(He

exc

ha

atin

ng

g)

ee

ffic

ien

cy(

Co

60

100

0

En

olin

g)

50 0

200

400

600

800

1000

1200

Air Volume[m3/h]

Air Volume[m3/h]

Model No. : LZ-H1002BA0 [Ventilation]

[Efficiency] 90 Exchange efficiency[%]

External static pressure[Pa]

500

400 Super High 300

High Low

200

En

Tem effic peratur ienc e ex y cha

nge

tha

80

lpy

exc

han

ge

effi

cie

En

70

tha

lpy

ncy

(He

atin

g)

exc

han

ge

effi

cie

60

ncy

100

(Co

olin

g)

50

0 0

200

400

600 Air

800

Volume[m3/h]

1000

1200

1400

0

200

400

600

800

1000

1200

1400

Air Volume[m3/h]

21


5. Characteristic Curve Model No. : LZ-H1006BA0 [Ventilation]

[Efficiency] 90 Exchange efficiency[%]

500

External static pressure[Pa]

400 Super High 300

High Low

200

En

Tem effic peratu re e ienc xcha y

nge

tha

80

lpy

exc

han

ge

70

lpy

atin

g)

exc

ge

effi

cie

60

0 200

400

600

800

1000

1200

ncy

(He

tha

han

100

0

effi

cie

En

ncy (Co

olin

g)

50

1400

0

200

400

600

Air Volume[m3/h]

800

1000

1200

1400

Air Volume[m3/h]

Model No. : LZ-H1502BA0 / LZ-H1506BA0 [Ventilation]

[Efficiency]

500 Exchange efficiency[%]

90

External static pressure[Pa]

400

300 Super High

??

200

High ?

100

En

Tem effic peratu ienc re e xch y a

nge

tha

80

lpy

exc

ha

En

70

ng

ee

0

500

1000

1500

2000

cy(

He

atin

g)

xch

ang

ee

ffic

ien

cy(

?

0

ien

lpy e

60

Low

ffic

tha

Co

olin g)

50

2500

0

500

1000

1500

2000

2500

Air Volume[m3/h]

Air Volume[m3/h]

Model No. : LZ-H2006BA0 [Ventilation]

[Efficiency] 90

400

Exchange efficiency[%]

External static pressure[Pa]

500

Super High 300 High 200

Low

100

80

Ent

Tem p effic erature ienc exch y ang

e

halp

y ex

cha

70

nge

effic

ienc

En

y(H

tha

lpy

exc han g

ee

60

ffic

ien

cy(

eat

ing)

Co

olin

g)

0

50 0

500

1000

1500

Air Volume[m3/h]

22

2000

2500

0

500

1000

1500

Air Volume[m3/h]

2000

2500


5. Characteristic Curve Model No. : LZ-H2002BA0 [Ventilation]

[Efficiency] 90 Exchange efficiency[%]

External static pressure[Pa]

500

400 Super High 300 High 200 Low

80

Tem effic peratur e ex ienc chan y

ge

Ent

halp

70

En

ye

xch

ang

ee

fficie

ncy

tha

lpy

(He

atin

exc

han ge

effi

g)

cie

60 100

ncy

(Co

olin g

)

0

0

500

1000

1500

Air Volume[m3/h]

2000

2500

50 0

500

1000

1500

2000

2500

Air Volume[m3/h]

23


6. Dimensional Drawings Model No. : LZ-H0152BA0 / LZ-H0106BA0 / LZ-H0156BA0

G

H

J

A

Suspension Fixture Blower for supplying air L

Control Box

EA

SA Total Heat Exchanger K B E

Air Filter Blower for Exhausting Air

RA

OA

F

D

C

Unit: mm Model

LZ-H0106BA0 LZ-H0152BA0 LZ-H0156BA0

24

Pitch of Suspension Fixture

Figure A

B

C

D

E

F

590

590

204

504

624.2

64

Nominal Diameter

100

Duct Connection Flange

Duct Pitch

Weight

G

H

J

K

L

(kg)

97.5

160

90

402

93

23


6. Dimensional Drawings Model No. : LZ-H0256BA0

A

H

G

Air Filter

J

Total Heat Exchanger

Maintenance Cover

Control Box

Suspension Fixture

L

Blower for supplying air

K

Blower for Exhausting Air

E

RA

B

EA

SA

OA

C

D

F

Unit: mm Model

LZ-H0256BA0

Pitch of Suspension Fixture

Figure A

B

C

D

E

F

640

596

320

568

636.2

55

Nominal Diameter 150

Duct Connection Flange

Duct Pitch

Weight

G

H

J

K

L

(kg)

140

160

70

430

84

24

25


6. Dimensional Drawings Model No. : LZ-H0356BA0 / LZ-H0506BA0 / LZ-H0502BA0

Blower for Exhausting Air

Suspension Fixture

RA

OA

SA 50

EA

600

150~250

Blower for supplying air Control Box

Total Heat Exchanger Air Filter High Efficiency Filter Blower Maintenance space

Maintenance Cover

Maintenance space

Total Heat Exchanger

Suspension Fixture

Air Filter

Unit: mm Model A LZ-H0356BA0

26

Pitch of Suspension Fixture

Figure B

C

D

E

F

Nominal Diameter

Duct Connection Flange

Duct Pitch

Weight

G

H

J

K

L

(kg)

1013.6 988.2

271.6

938.8 1024.8

5.8

200

194

252

95.8

590

198

38

LZ-H0506BA0 1013.6 988.2 LZ-H0502BA0

271.6

938.8 1024.8

5.8

200

194

252

95.8

590

198

45


6. Dimensional Drawings Model No. : LZ-H0802BA0 / LZ-H1002BA0 / LZ-H0806BA0 / LZ-H1006BA0

Blower for Exhausting Air

Suspension Fixture

RA

EA SA Blower for supplying air

Total Heat Exchanger Air Filter High Efficiency Filter Blower Maintenance space

Longer than 600

OA

Control Box Maintenance Cover

Maintenance space

Total Heat Exchanger

Suspension Fixture

Air Filter Unit: mm Model LZ-H0802BA0 A LZ-H1002BA0 LZ-H0806BA0 1062 LZ-H1006BA0

Pitch of Suspension Fixture

Figure B

C

D

E

F

1140

365

987

1176

52

Nominal Diameter 250

Duct Connection Flange

Duct Pitch

Weight

G

H

J

K

L

(kg)

242

253

98

513

481

63

27


6. Dimensional Drawings Model No. : LZ-H1502BA0 / LZ-H2002BA0 / LZ-H1506BA0 / LZ-H2006BA0

D

O

RA

E

B

EA N

SA

OA

Control Box Maintenance Cover

Total Heat Exchanger Air Filter High Efficiency Filter Blower Maintenance space

Maintenance space

A

J

F

L K

C

H2

Unit: mm Model LZ-H1502BA0 LZ-H2002BA0 LZ-H1506BA0 LZ-H2006BA0

28

Pitch of Suspension Fixture

Figure

Duct Connection Flange

Weight

A

B

C

D

E

F

G

H

J

K

L

(kg)

1312

1140

730

987

1176

52

242

253

98

340

350

138


7. Wiring Diagrams Model No. : LZ-H0152BA0 / LZ-H0106BA0 / LZ-H0156BA0 / LZ-H0256BA0

29


7. Wiring Diagrams Model No. : LZ-H0502BA0 / LZ-H0356BA0 / LZ-H0506BA0

30


7. Wiring Diagrams Model No. : LZ-H0802BA0 / LZ-H1002BA0 / LZ-H0806BA0 / LZ-H1006BA0

31


7. Wiring Diagrams Model No. : LZ-H1502BA0 / LZ-H2002BA0 / LZ-H1506BA0 / LZ-H2006BA0

32


8. External Static Pressure Settings Setting up Air Volume By setting a phase value of motor, you can control the air volume.

Setting up the air volume of SA EXTERNAL

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH PLASMA

e-SAVER

fresh

Auto Lo

Auto Auto

Normal

Hi

SHi

Heater Preheat Defrost Humidify

Fan Speed Filter Time

Delay Time

Timer

SUB FUNCTION

Program set

Sun Mon Tue Wed Thu

ZONE 1234 Fri

Sat

On Off Set no. Timer

1. If you simultaneously press [timer, ] button for more than 3 seconds, the current phase value is displayed at the display window as right Figure shows. 2. Select the Air volume mode which you want by pressing [ ] button.

Timer

Cancel

fresh Program

Week

Auto

Holiday Plasma

Set/Clr Hour

Min

3. Set up the phase value by pressing [ comes to the target value.

] button until it

4. If you simultaneously press [timer, ] button for more than 3 seconds again, setting up completes.

TIME RESET

EXTERNAL

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH

Cover open status

PLASMA

fresh

e-SAVER

Auto Lo

Auto Auto

SHi

Heater Preheat Defrost Humidify

Fan Speed

Normal

ZONE

Filter Time

Delay Time

Timer

SUB FUNCTION Hi

Program set

Sun Mon Tue Wed Thu

Fri

Sat

On Off Set no. Timer

Phase value

Cipher Supply air

Setting up the air volume of EA 1. If you simultaneously press [timer, ] button for more than 3 seconds, the current phase mvalue is displayed at the display window as right Figure shows.

EXTERNAL

PLASMA

2. Select the Air volume mode which you want by pressing [ button. 3. Set up the phase value by pressing [ comes to the target value.

]

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH Timer

e-SAVER

fresh

Auto Lo

Auto Auto

SHi

Heater Preheat Defrost Humidify

Fan Speed

Normal

Delay Time

SUB FUNCTION Hi

ZONE

Filter Time

Program set

Sun Mon Tue Wed Thu

Fri

Sat

On Off Set no. Timer

] button until it

Phase value

Cipher Exhaust air

4. If you simultaneously press [timer, ] button for more than 3 seconds again, setting up completes.

You can set up the air volume at all air volume mode according to installation circumstances. The phase value can range from 00 to 254. As the value is low, the air volume increases. As making a shipment from the factory, the initial setting up value is “00”. * For more information of setting up the phase value, refer to the external static pressure value table.

33


8. External Static Pressure Settings ESP Data Table External static pressure Pa(in.wg)

Model

0(0)

50(0.2)

100(0.4)

150(0.6)

200(0.8)

253 253 254 235 235 253 200 200 240 160 160 200 248 248 225 162 162 226 110 110 170 107 107 180 40 40 100 205 205 246 88 88 177

247 247 250 230 230 250 192 192 232 155 155 192 232 232 216 151 151 206 108 108 130 96 96 114 24 24 75 172 172 208 65 65 148

237 237 220 220 245 180 180 222 140 140 180 193 193 209 140 140 189 75 75 82 82 10 10 152 152 185 39 39 128

1 1 1 1 240 170 170 215 120 120 170 180 180 201 130 130 177 56 56 75 75 2 2 133 133 166 2 2 109

160 160 205 1 1 160 167 167 192 50 50 163 1 57 1 110 110 145 1 1 83

Mode LZ-H0356BA0

LZ-H0506BA0

LZ-H0806BA0

LZ-H1006BA0

LZ-H1506BA0

LZ-H2006BA0

LZ-H0502BA0

LZ-H0802BA0

LZ-H1002BA0

LZ-H1502BA0

LZ-H2002BA0

34

Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low Super High High Low


9. Sound Pressure Level Overall Notes: - Sound measured at 1.5m away from the center of the unit. - Data is valid at free field condition. - Data is valid at nominal operation condition. - Reference accoustic pressure 0dB=20µPa. - Sound level will vary depending on a range of factors such as the construction(acoustic absorption coefficient) of particular room in which the equipment is installed. - The operating conditions are assumed to be standard.

1.5m

Sound levels[dB(A)] S/H H 28 26 32 30 32 30 32 28 34 32 34 32 34 32 36 34 36 34

Model LZ-H0106BA0 LZ-H0152BA0 LZ-H0156BA0 LZ-H0256BA0 LZ-H0356BA0 LZ-H0502BA0 LZ-H0506BA0 LZ-H0802BA0 LZ-H0806BA0

Model

L 20 22 22 21 25 25 25 30 30

LZ-H1002BA0 LZ-H1006BA0 LZ-H1502BA0 LZ-H1506BA0 LZ-H2002BA0 LZ-H2006BA0

Sound levels[dB(A)] S/H H 37 35 37 35 39 37 37 35 42 38 37 35

L 31 31 33 31 33 31

Sound pressure level LZ-H0106BA0

LZ-H0152BA0

LZ-H0156BA0

80

80

80

S/High

S/High

NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30

NC-25 Approximate Hearing Threshold

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-20 NC-15

10 125

250

500

1000

2000

4000

8000

LZ-H0256BA0

125

250

500

1000

2000

NC-35 30 NC-30

4000

8000

63

NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25 Approximate Hearing Threshold

NC-15 4000

Octave Band Center Frequency (Hz)

NC-15 125

250

500

1000

2000

4000

8000

8000

LZ-H0506BA0 80 S/High High

Low

70

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-20

10

NC-20

Octave Band Center Frequency (Hz)

Octave Band Sound Pressure Level (dB re 20µPa )

NC-60

Octave Band Sound Pressure Level (dB re 20µPa )

NC-65

20

NC-25 Approximate Hearing Threshold

High

60

2000

NC-40

S/High

Low

1000

NC-45

LZ-H0502BA0 High

500

NC-50

40

NC-15

S/High

250

NC-55 50

NC-20

80

125

NC-60

Octave Band Center Frequency (Hz)

80

63

NC-65 60

10 63

Octave Band Center Frequency (Hz)

70

Low

70

20

10 63

Octave Band Sound Pressure Level (dB re 20µPa )

High

Low

70

Octave Band Sound Pressure Level (dB re 20µPa )

NC-65 60

20

S/High

High

Low

Octave Band Sound Pressure Level (dB re 20µPa )

Octave Band Sound Pressure Level (dB re 20µPa )

High

70

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-20 NC-15

10

Low

70

NC-20 NC-15

10 63

125

250

500

1000

2000

4000

Octave Band Center Frequency (Hz)

8000

63

125

250

500

1000

2000

4000

8000

Octave Band Center Frequency (Hz)

35


9. Sound Pressure Level

LZ-H0356BA0

LZ-H0802BA0

LZ-H0806BA0

80

80

80

S/High

S/High

S/High

High

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-20 NC-15

10

High

Low

70

Octave Band Sound Pressure Level (dB re 20µPa )

Low

Octave Band Sound Pressure Level (dB re 20µPa )

Octave Band Sound Pressure Level (dB re 20µPa )

High

70

125

250

500

1000

2000

4000

8000

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

NC-20 NC-15

10

63

Low

70

125

250

500

1000

2000

4000

8000

63

Octave Band Center Frequency (Hz)

Octave Band Center Frequency (Hz)

LZ-H1002BA0

NC-15

10 63

125

250

500

1000

2000

4000

8000

Octave Band Center Frequency (Hz)

LZ-H1006BA0

LZ-H1502BA0

80

80

NC-20

80 S/High

High

High

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold 63

250

500

1000

2000

4000

NC-65 NC-60 NC-55

50

NC-50 NC-45

40

NC-40 NC-35

30

NC-30 20

NC-15 125

10

NC-25 Approximate Hearing Threshold 63

8000

Octave Band Center Frequency (Hz)

LZ-H1506BA0

250

500

1000

2000

4000

NC-45 40 NC-40 NC-35 30 NC-30

Low

63

50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25 Approximate Hearing Threshold

NC-65 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30 NC-25

20 Approximate Hearing Threshold

4000

Octave Band Center Frequency (Hz)

8000

1000

2000

4000

8000

63

70

NC-65 60 NC-60 NC-55 50 NC-50 NC-45 40 NC-40 NC-35 30 NC-30

NC-15 125

250

500

1000

2000

4000

Octave Band Center Frequency (Hz)

8000

NC-25

20 Approximate Hearing Threshold

NC-20

10 2000

500

Low

60

NC-15

10

250

High

70

NC-20

NC-15 125

S/High

Octave Band Sound Pressure Level (dB re 20µPa )

NC-55

NC-20

10

LZ-H2006BA0 High

20

NC-25 Approximate Hearing Threshold

80 S/High

NC-60

1000

NC-50

Octave Band Center Frequency (Hz)

Low

Octave Band Sound Pressure Level (dB re 20µPa )

Octave Band Sound Pressure Level (dB re 20µPa )

125

High

NC-65

500

NC-55 50

20

NC-15 8000

S/High

60

250

NC-60

LZ-H2002BA0

70

125

NC-65 60

NC-20

80

63

70

Octave Band Center Frequency (Hz)

80

36

Low

60

NC-20

10

High

Low

70

Octave Band Sound Pressure Level (dB re 20µPa )

Low

70

Octave Band Sound Pressure Level (dB re 20µPa )

Octave Band Sound Pressure Level (dB re 20µPa )

S/High S/High

NC-20 NC-15

10 63

125

250

500

1000

2000

4000

Octave Band Center Frequency (Hz)

8000


10. Installation 10.1 Typical Installation Map Model No.: LZ-H0152BA0 / LZ-H0106BA0 / LZ-H0156BA0

Air return grille Air return system A

OA B

(Fresh air outlet)

Air supply grille

EA (Exaust air outlet)

Control Box

Duct slope: More than 1/30(toward the wall) Obtaining of right distance (preventing penetration of rain water)

Duct

Inspection part

Ceiling Fixing Bolt (user-supplied)

New hood (preventing penetration of rain water)

C

C

Air return system

EA (Exaust air outlet)

OA (Fresh air outlet)

Inspection part

SA

RA

(Supply air)

(Return air) Air return grille

Air supply grille

[Unit : mm]

LZ-H0152BA0 LZ-H0106BA0 LZ-H0156BA0

A

B

C

504

624.2

100

37


10. Installation Model No.: LZ-H0256BA0

Air supply grille Air return system A

OA Air return system

B

(Fresh air outlet)

EA

Air return grille

(Exaust air outlet)

Inspection part

Duct slope: More than 1/30(toward the wall) Obtaining of right distance (preventing penetration of rain water)

Duct

Ceiling Fixing Bolt (user-supplied)

New hood (preventing penetration of rain water)

C

C

Air return system

EA (Exaust air outlet)

OA (Fresh air outlet)

Inspection part

SA

RA

(Supply air)

(Return air) Air return grille

Air supply grille

[Unit : mm]

LZ-H0256BA0

38

A

B

C

568

636.2

150


10. Installation Model No.: LZ-H0502BA0 / LZ-H0356BA0 / LZ-H0506BA0

Ceiling suspension bolts position

EA (Exaust air outlet) Air return grille (user-supplied)

OA

Min.600

150~250

(Fresh air outlet)

Inspection part 450 ( 600)

Air supply grille (user-supplied)

(

Maintenance space Total heat Exchanger Air Filter

)

Ceiling Fixing Bolt (user-supplied)

C

C

Duct normal diameter Ă˜C(user-supplied)

EA (Exaust air outlet)

OA

Inspection part 450( 600)

(Fresh air outlet)

Duct slope: More than 1/30(toward the wall) Obtaining of right distance (preventing penetration of rain water)

RA SA (Return air)

Air supply grille Air return grille

(Supply air)

[Unit : mm]

LZ-H0502BA0 LZ-H0356BA0 LZ-H0506BA0

A

B

C

938.8

1024.8

200

39


10. Installation Model No.: LZ-H0802BA0 / LZ-H1002BA0 / LZ-H0806BA0 / LZ-H1006BA0

Air supply grille (user-supplied)

Ceiling suspension bolts position Air return grille (user-supplied)

EA (Exaust air outlet)

OA (Fresh air outlet)

Min.600 150~250

Y duct connecting (user-supplied) Inspection part 450 ( 600)

Maintenance space Exchanger ( Total heat ) Air Filter

Ceiling Fixing Bolt (user-supplied)

C

C

Duct normal diameter Ă˜C(user-supplied)

EA (Exaust air outlet)

OA

Inspection part 450( 600)

(Fresh air outlet)

Air supply grille

Air return grille

RA (Return air) Duct slope: More than 1/30(toward the wall) Obtaining of right distance (preventing penetration of rain water)

SA

SA

(Supply air)

(Supply air)

[Unit : mm]

LZ-H0802BA0 LZ-H0806BA0 LZ-H1002BA0 LZ-H1006BA0

40

A

B

C

987

1176

250


10. Installation Model No.: LZ-H1502BA0 / LZ-H2002BA0 / LZ-H1506BA0 / LZ-H2006BA0

Air return grille (user-supplied) Air supply grille (user-supplied)

Ceiling suspension bolts position A

Air return grille (user-supplied) D

Air supply grille (user-supplied)

D

C

B

EA (Exaust air outlet)

OA (Fresh air outlet) Min.60 150~2

Y duct connecting (user-supplied) Inspection port 450 ( 600)

Air supply grille (user-supplied) Air supply grille (user-supplied) Maintenance space Total Heat Exchanger Air Filter

Duct normal diameter Ă˜ C (user-supplied)

Ceiling Fixing Bolt (user-supplied)

New Type Hood (Preventing Penetration of Rain Water)

EA

(Exaust air outlet)

OA

(Fresh air outlet) Inspection port 450 ( 600)

Air return grille

Duct slope : More than 1/30(toward the wall) Obtaining of right distance (preventing penetration of rain water)

RA (Return air)

SA RA (Supply air) (Return air)

Air supply grille SA (Supply air)

SA SA (Supply air) (Supply air)

[Unit : mm]

LZ-H1502BA0 LZ-H1506BA0 LZ-H2002BA0 LZ-H2006BA0

A

B

C

D

987

1176

350

250

41


10. Installation 10.2 Installation Installation of Main Body Assembly of Washer, Nut Ceiling Fixing Bolt (M10~12)

Tighten the commercial washer nut (more than 21mm for the outside diameter of M10, to the commercial ceiling fixing bolt (M10) as shown in the left figure.

Nut Washer, Spring Lock

• For the ceiling fixing bolt, perform work less than 50mm under the ceil fixing bracket.

Washer, Plain Nut

Connection of Duct 1. After securely connect the duct with the duct connection flange, wrap it with a commercial aluminium tape so that air cannot be leaked.

Duct

2. Adjust the duct from the ceiling so that no force is applied to the main body of the ventilation system. 3. Always use two ducts at the outdoor with the heat insulating material for prevention of dewing.

Taping Duct

CAUTION: • Check that there are no foreign materials (paper, vinyl, etc) or cutoff powders in the duct before connecting the duct. • Take care so that shock may not be applied to the damper plate within the main body when performing the duct connection work.

Taping

• It is recommended to perform adiabatic treatment even to the duct pipe at the indoor side where ambient temperature is expected when the main body of the ventilation system for cooling in summer. • Take care so that work may not be performed as in the left figure. Otherwise, it may cause reduction of air volume or abnormal noise.

Heat Insulating Material Aluminium

Main Body Duct to OA Duct Connection Flange

Rapid Bending

42

Excessive Bending

Too Close Bending to Outlet

Rapid Reduction of Duct Diameter


10. Installation 10.3 Wiring Connection Method to Connect Power Cord 1. Release two screws and then open the cover of the control box. • With reference to the above wiring diagram, accurately connect the main power cords into the terminal block. Cover of Control Box Cover of Control Box

Screw

Screw

2. After inserting the power cord into the bushing, fully insert it into the terminal block for connection. • Fix the power cords with the clamp. • Make sure that the power cords may not be removed by pulling them.

Bushing

Bushing GN/YL GND

GN/YL GND

BL BR Power

Cord Clamp

BL BR Power

Cord Clamp

43


11. LCD Wired Remote Control(PZRCUSB0) LCD Remote Control (Ventilation System Remote Control PZRCUSB0)

EXTERNAL

1

VENTILATOR OPERATION

Linked Run Dual Remote Central Run Heat XCH PLASMA

e-SAVER

fresh

Auto Lo

Auto Auto

Normal

Delay Time

Timer

SUB FUNCTION Hi

SHi

Heater Preheat Defrost Humidify

Fan Speed Filter Time

Program set

ZONE 1234

Sun Mon Tue Wed Thu

Fri

Sat

On Off Set no. Timer

13 10 Timer

Cancel

fresh Program

Week

2

Auto

Holiday Plasma

Set/Clr Hour

Min

3 4 5 6 7 11

TIME RESET

8 12

9

Cover open status

1. Display Window

6. Ventilation Mode Button

2. Execute/Cancel of Time Reservation,Weekly Reservation/Weed Day Select/Holiday Select Button

7. Air volume Select Button

3. Operation/Stop Button 4. Delay Time Button 5. Rapid Ventilation Button

8. Power Saving/Filter Cleaning Button 9. Time Reset Button 10. Heater Button 11. Humidification Button 12. Plasma Button 13. Operation Lamp

44


P/No.: 3828A20428T

Air Conditioner 20 Yeouido-dong, Yeongdeungpo-gu, Yeouido P.O.Box 335 Seoul, 150-721, Korea. http://www.lgeaircon.com

All rights reserved Printed in Korea Aug./2008 The specifications, designs, and information in this brochure are subject to change without notice.

The air conditioners manufactured by LG have received ISO9001 certificate for quality assurance and ISO14001 certificate for environmental management system.


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