Midea CE-HRV-1000 Safety guide

ИНСТРУКЦИЯ ПРИТОЧНО-ВЫТЯЖНОЙ УСТАНОВКИ (EN)
Midea CE-HRV-1000

OWNER'SMANUAL
ANDINSTALLATION MANUAL
Thankyouverymuchforpurchasingourairconditioner,
Beforeusingyourairconditioner, pleasereadthismanualcarefullyandkeepitforfuturereference.
HRV(HeatRecoveryVentilation)

MCAC-KTSM-2009-03 Contents
Heat Recovery Ventilation 1
Contents
1. Nomenclature.........................................................................................2
2. Product Schedule..................................................................................2
3. Features..................................................................................................3
4. Specifications ........................................................................................4
5. Dimension ..............................................................................................7
6. Maintenance Space ...............................................................................9
7. Wiring Diagrams....................................................................................9
8. Electric Characteristics.......................................................................10
9. Operation Condition Limits ................................................................11
10.Exploded View .....................................................................................11
11.Pressure Chart for Air Volume ...........................................................13
12.Installation............................................................................................15
13.Wiring....................................................................................................17
14.Troubleshooting ..................................................................................19
15.Maintenance.........................................................................................22
16.Controller..............................................................................................22
17.Accessory.............................................................................................25
※Manufacture reserves the right to discontinue, or change at any time, specifications or designs without
notices and without incurring obligations.

Nomenclature MCAC-KTSM-2009-03
2 Heat Recovery Ventilation
1. Nomenclature
HRV - 200
Heat Recovery Ventilator
Air Volume (m/h)
3
2. Product Schedule
Air volume Net dimension Net weight
No Model (m3/h) (L×W×H) (unit: mm) (kg) Power supply
1 HRV-200 200 666×264×580 22 220V-1Ph-50Hz
2 HRV-300 300 744×270×599 23 220V-1Ph-50Hz
3 HRV-400 400 744×270×804 30 220V-1Ph-50Hz
4 HRV-500 500 824×270×904 35.5 220V-1Ph-50Hz
5 HRV-800 800 1116×388×884 57.5 220V-1Ph-50Hz
6 HRV-1000 1000 1116×388×1134 59 220V-1Ph-50Hz
7 HRV-1500 1500 1500×540×1200 160 380V-3Ph-50HZ
8 HRV-2000 2000 1550×540×1400 175 380V-3Ph-50HZ
External appearance:
HRV-(200, 300, 400, 500, 800, 1000) HRV-(1500, 2000)

MCAC-KTSM-2009-03 Features
Heat Recovery Ventilation 3
3. Features
HRV (Heat Recovery Ventilation) employ advanced technique and technics, the heat exchanged core
forming by special paper that be processed with chemical treatment, which could create the optimum result
in temperature, humidity and cooling recovery.
High efficiency heat exchanged core: When air flow formed by exhaust air and outdoor air through the heat
exchanged core in cross way, because of temperature difference in the two sides of flat partition board, the
heat transmission is occurred. In summer, outdoor air acquire cooling from air exhaust to decrease
environment temperature; In winter, outdoor air acquire heating from air exhaust to increase temperature,
that is to say, it realizing the energy recovery during air exhaust process to exchange the heating in heat
exchanged core to outdoor air.
Energy saving
Fresh-air and exhaust air are crossed through the exchanger. Temperature exchange was happened in the
heat recovery ventilator. Fresh-air can beget a great deal of energy from exhaust air.
Adopt centrifugal fan with lower power consumption and longer air supply distance; Easy control, operation
friendly.
High efficiency
Adopt high quality heat-exchange core. Small air resistance.
Optional sprayer to increase unit heat-exchanger efficiency.
Low noise
Add sound absorption material, quiet operation.
Flexible multi control ways
Can be controlled together with other indoor units by controller.
Compact design, easy installation and maintenance.

Specifications MCAC-KTSM-2009-03
4 Heat Recovery Ventilation
4. Specifications
Sale Model HRV-200 HRV-300 HRV-400
Code 220082100180 220082100190 220082100200
Power supply V-Ph-Hz 220V-1Ph-50Hz 220V-1Ph-50Hz 220V-1Ph-50Hz
Temp. efficiency % 60 60 60
Cooling Enthalpy efficiency % 50 50 50
Temp. efficiency % 65 65 65
Heating Enthalpy efficiency % 55 55 60
Model YDK-10-4(992A1) YDK20-4A02 YDK40-4C01
Insulation class B B B
Safe class IP34 IP34 IP34
Input W 20 40 80
Rated current A 0.5 0.56 1
Capacitor uF 1.5 1.5 3
Indoor fan motor
Speed r/min 1050 1050 1150
material ABS ABS ABS
Type Centrifugal fan Centrifugal fan Centrifugal fan
Diameter mm Φ146 Φ195 Φ195
Indoor fan
Height mm 104 90 90
Indoor air flow m3/h 200 300 400
Indoor external static pressure (Hi) Pa 75 75 80
Indoor sound level (sound pressure level) dB(A) 27 30 32
Dimension (W×H×D) mm 666×264×580 744×270×599 744×270×804
Packing (W×H×D) mm 968×456×835 1046×462×855 1046×462×1059
Indoor unit
Net/Gross weight kg 22/46 23/48 30/57
Power wiring mm23×2.5 3×2.5 3×2.5
Connection wiring Signal wiring mm23×0.75 3×0.75 3×0.75
Controller Wired controller (KJR-27B/E)
Fresh Air Diameter mm Φ144 Φ144 Φ144
Fresh air Air drop (static pressure) Pa 75 75 80

MCAC-KTSM-2009-03 Specifications
Heat Recovery Ventilation 5
Sale Model HRV-500 HRV-800 HRV-1000
Code 220082100210 220082100220 220082100230
Power supply V-Ph-Hz 220V-1Ph-50Hz 220V-1Ph-50Hz 220V-1Ph-50Hz
Temp. efficiency % 60 60 60
Cooling Enthalpy efficiency % 50 50 50
Temp. efficiency % 70 70 70
Heating Enthalpy efficiency % 60 60 60
Model YDK60-4D01 YDK-180-4P01 YDK-10-4(992A1)
Insulation class B B B
Safe class IP34 IP34 IP34
Input W 120 360 360
Rated current A 1 2 2.4
Capacitor uF 3.5 8 7
Indoor fan motor
Speed r/min 1250 1350 1150
material ABS ABS ABS
Type Centrifugal fan Centrifugal fan Centrifugal fan
Diameter mm Φ205 Φ246 Φ246
Indoor fan
Height mm 140 203 203
Indoor air flow m3/h 500 800 1000
Indoor external static pressure (Hi) Pa 80 100 100
Indoor sound level (sound pressure level) dB(A) 35 39 40
Dimension (W×H×D) mm 824×270×904 1116×388×884 1116×388×1134
Packing (W×H×D) mm 1126×462×1159 1418×580×1139 1418×580×1389
Indoor unit
Net/Gross weight kg 35.5/65.5 57.5/91.5 59/95
Power wiring mm23×2.5 3×2.5 3×2.5
Connection wiring Signal wiring mm23×0.75 3×0.75 3×0.75
Controller Wired controller (KJR-27B/E)
Fresh Air Diameter mm Φ194 Φ242 Φ242
Fresh air Air drop (static pressure) Pa 80 100 150

Specifications MCAC-KTSM-2009-03
6 Heat Recovery Ventilation
Sale Model HRV-1500 HRV-2000
Code 220082100240 220082100250
Power supply V-Ph-Hz 380V-3Ph-50HZ 380V-3Ph-50HZ
Temp. efficiency % 60 60
Cooling Enthalpy efficiency % 50 50
Temp. efficiency % 70 70
Heating Enthalpy efficiency % 60 60
Model KT6-43 No2.5(DWF2.5AL) KT6-43 No2.5(DWF2.5AL)
Insulation class B B
Safe class IPX4 IPX4
Input W 900 1100
Rated current A 3.2 3.6
Capacitor uF / /
Indoor fan motor
Speed r/min 1350 1350
material metal metal
Type Centrifugal fan Centrifugal fan
Diameter mm Φ252 Φ252
Indoor fan
Height mm 225 233
Indoor air flow m3/h 1500 2000
Indoor external static pressure (Hi) Pa 160 170
Indoor sound level (sound pressure level) dB(A) 51 53
Dimension (W×H×D) mm 1500×540×1200 1550×540×1400
Packing (W×H×D) mm 1672×1372×716 1722×1572×716
Indoor unit
Net/Gross weight kg 160/200 175/215
Power wiring mm25×2.5 5×2.5
Connection wiring Signal wiring mm23×0.75 3×0.75
Controller Wired controller (KJR-27B/E)
Fresh Air Diameter mm 320×160 320×160
Fresh air Air drop (static pressure) Pa 160 170

MCAC-KTSM-2009-03 Dimension
Heat Recovery Ventilation 7
5. Dimension
5.1 HRV-200
5.2 HRV-300 HRV-400 HRV-500 HRV-800 HRV-1000
Model L L1 W W1 W2 H C G N N2
HRV-300 744 675 599 657 315 270 100 19 Φ144 111
HRV-400 744 675 804 862 480 270 100 19 Φ144 111
HRV-500 824 754 904 960 500 270 107 19 Φ194 111
HRV-800 1116 1045 884 940 428 388 85 19 Φ242 170
HRV-1000 1116 1045 1134 1190 678 388 85 19 Φ242 170

Dimension MCAC-KTSM-2009-03
8 Heat Recovery Ventilation
5.3 HRV-1500
5.4 HRV-2000

MCAC-KTSM-2009-03 Maintenance Space
Heat Recovery Ventilation 9
6. Maintenance Space
7. Wiring Diagrams
7.1 HRV-200 HRV-300 HRV-400 HRV-500 HRV-800 HRV-1000

Electric Characteristics MCAC-KTSM-2009-03
10 Heat Recovery Ventilation
7.2 HRV-1500 HRV-2000
8. Electric Characteristics
Indoor Unit Power Supply IFM
Model Hz Voltage Min. Max. MCA MFA KW FLA
HRV-200 50 220 198 242 0.625 15 0.02 0.5
HRV-300 50 220 198 242 0.7 15 0.04 0.56
HRV-400 50 220 198 242 1.25 15 0.08 1
HRV-500 50 220 198 242 1.25 15 0.12 1
HRV-800 50 220 198 242 2.5 15 0.36 2
HRV-1000 50 220 198 242 3 15 0.36 2.4
HRV-1500 50 380 342 418 4 15 0.9 3.2
HRV-2000 50 380 342 418 4.5 15 1.1 3.6
Remark:
MCA: Min. Current Amps. (A)
MFA: Max. Fuse Amps. (A)
FLA: Full Load Amps. (A)
KW: Rated Motor Input (kW)
IFM: Indoor Fan Motor

MCAC-KTSM-2009-03 Operation Condition Limits
Heat Recovery Ventilation 11
9. Operation Condition Limits
Model Outdoor air
temperature Room temperature Room humidity
All models -7℃～43℃-7℃～43℃
Lower than 80%
If higher than 80%, the surface of indoor unit may be
condensed or the condensate will be blown from air outlet.
10.Exploded View
10.1 HRV-200 HRV-300 HRV-400 HRV-500 HRV-800 HRV-1000
No. Part Name Quantity No. Part Name Quantity
1 Heat exchange core 1 4.8 Pole 4
2.1 Fan 2 4.9 Power supply wire 1
2.2 Volute shell 2 5 Wire joint ass'y 1
3.1 Fan Motor 2 6 Display board ass'y 1
3.2 Motor capacitor 2 7 Temp. sensor 1
4 E-part box ass'y 1 8 Room temp sensor ass'y 1
4.1 Installation board 1 9 Wire controller 1
4.2 Main control board ass'y 1 10 Inlet/Outlet air 4
4.3 Transformer 1 11 Motor 1
4.4 Wire joint, 2p 1 12 E-Part box cover 1
4.5 Wire clamp 1

Exploded View MCAC-KTSM-2009-03
12 Heat Recovery Ventilation
10.2 HRV-1500 HRV-2000
No. Part Name Quantity No. Part Name Quantity
1 E-part box ass'y 1 1.12 Signal wire 1
1.1 Installation board 1 1.13 Brown wire 1
1.2 Wire clamp 1 1.14 Yellow wire 1
1.3 Wire joint 1 1.15 Connect wire 1
1.4 AC contactor 2 1.16 Pole 4
1.4 Contactor rail 1 2 Heat exchange core 2
1.5 Transformer 1 3、4 Fan Motor 2
1.6 Main control board ass'y 1 5 Wire joint ass'y 1
1.7 Wire joint,4p 1 6 Display board ass'y 1
1.8 Fixing board 1 7 Temp. sensor 1
1.9 Signal wire 1 8 Room temp sensor ass'y 1
1.10 Connect wire 1 9 Wire controller 1
1.11 Signal wire 1 10 Inlet/Outlet air flange 4

MCAC-KTSM-2009-03 Pressure Chart for Air Volume
Heat Recovery Ventilation 13
11.Pressure Chart for Air Volume
HRV-200: HRV-300:
3
Air volume(m /h)
240230220210200
External static pressure (Pa)
120
105
90
75
60
45
30
15
250 260
0
3
Air volume(m /h)
330320310300290
External static pressure (Pa)
120
105
90
75
60
45
30
15
340 350
0
360
HRV-400: HRV-500:
3
Air volume(m /h)
600550500450400
External static pressure (Pa)
120
105
90
75
60
45
30
15
650
0
350300
3
Air volume(m /h)
700650600550500
External static pressure (Pa)
120
105
90
75
60
45
30
15
750
0
450400

Pressure Chart for Air Volume MCAC-KTSM-2009-03
14 Heat Recovery Ventilation
HRV-800: HRV-1000:
3
Air volume(m /h)
10501000950900850
External static pressure (Pa)
120
105
90
75
60
45
30
15
1100
0
800750
3
Air volume(m /h)
External static pressure (Pa)
160
140
120
1
80
60
40
20
180
200
1150110010501000950 1200
900
0
HRV-1500: HRV-2000:
3
Air volume(m /h)
External static pressure (Pa)
160
140
120
1
80
60
40
20
180
200
0
19501850175016501550 2050
1450 21501350
3
Air volume(m /h)
External static pressure (Pa)
160
140
120
1
80
60
40
20
180
200
0
24002300220021002000 2500
1900 26001800

MCAC-KTSM-2009-03 Installation
Heat Recovery Ventilation 15
12.Installation
12.1 Installation Preparation
Warning: The accessories needed for installation must be retained in your custody until the installation work
is completed. Do not discard them.
1) Leave the unit inside its packaging while moving, until reaching the installation site. Where unpacking is
unavoidable, use a sling of soft material or protective plates together with a rope when lifting, to avoid
damage or scratches to the unit.
2) Hold the unit by the hanger brackets when opening the crate and moving it, and do not lift it holding on
to any other part (especially the duct connecting flange).
Note: Be sure to instruct customers how to properly operate the unit (especially maintenance of air filter, and
operation procedure) by having them carry out operations themselves while looking at the, manual.
12.2 Select the Installation Site
1) Select an installation site where the following conditions are fulfilled and meet with your customer’s
approval.
a. HRV should be installed far away from office, recreation or any other place silent requiring environment
(install that in special machine room or wash room is recommended)
b. install in a place which has sufficient strength and stability. (Beam, ceiling and other locations capable
of fully supporting the weight of the unit.) Insufficient strength is dangerous. It may also cause vibration
and unusual operating noise.
c. Do not install the unit directly against a ceiling or wall. (If the unit is in contact with the ceiling or wall, it
can cause vibration.)
d. Where sufficient clearance for maintenance and service can be ensured.
Caution:
●Install the units, power supply wiring and connecting wires at least 1 meter away from televisions or
radios in order to prevent image interference or noise. (Depending on the radio waves, a distance of 1
meter may not be sufficient enough to eliminate the electric noise.)
●The bellows may not be able to be used in some districts, so exercise caution. (Contact your local
government office or fire department for details.)
●When discharging exhaust air to a common duct, the Building Standard Law requires the use of fire proof
materials, so attach a 2m copper plate standing duct.
2) Do not install the unit in the following locations:
●Place subjected to high temperature or direct flame. May result in fire or overheating.
●Place such as machinery plant and chemical plate where gas, which contains noxious gas or corrosive
components of materials such as acid, alkali organic solvent and plaint, is generated. Place where
combustible gas leakage is likely.
Copper piping and brazed joins may corrode, causing refrigerant to leak or poisoning and fore due to
leaked gas.
●Place such as bathroom subjected to moisture.
Electric leak or electric shocks and other failure can be caused.
●Near machinery emitting electromagnetic waves.
Electromagnetic waves may disturb the operation of the control system and result in a malfunction of the
equipment.