Midea MSH-07CRN1, MSH-07HRN1, MSH-09CRN1, MSH-09HRN1, MSH-12CRN1, MSH-12HRN1 - Page 334

MSH-12CR MSH-12HR
Ph-V-Hz
1, 220-240V~,50Hz 1, 220-240V~,50Hz
Capacity Btu/h
12000 12000
Input W
1280 1320
Rated current A
66.1
EER Btu/w.h, w/w
9.4 9.1
Capacity Btu/h
14000
Input W
1370
Rated current A
6.3
COP W/W
3.0
L/h
1.3 1.3
W
1850 1850
A
9.6 9.6
A
29 30
Model
PH240X2C-8FTC 2K25S225BUA
Type
rotar
y
rotar
y
Brand
Toshiba
Matsushita
Capacity Btu/h
14000 14700
Input W
1355 1468
Rated current(RLA) A
6.3 6.8
Locked rotor Amp(L
R
A
29 30
Thermal protector
Interna
l
Interna
l
Capacitor uF
35 40
Refrigerant oil ml
480 490
Model
RPG20D RPG20D
Brand
WELLING WELLING
Input W
49.2 49.2
Capacitor uF
1.5uF/450V 1.5uF/450V
Speed(hi/mi/lo) r/min
1220/1000/800 1220/1000/800
m3/h
560/520/480 560/520/480
dB(A)
38/32/28 38/32/28
Dimension (W*H*D) mm
815*280*215 815*280*215
Packing (W*H*D) mm
915X290X360 915X290X360
Net/Gross weight Kg
10/12 10/12
Model
YDK24-6H YDK25-6H
Brand
WELLING WELLING
Input W
72 96
Capacitor uF
2.5
¦ М
F/450V 2.5
¦ М
F/450V
Speed r/min
850 900
m3/h
1900 1900
dB(A)
53 53
Dimension(W*H*D) mm
780X540X240 780X540X240
Packing (W*H*D) mm
905X575X330 905X575X330
Net/Gross weight Kg
33/36 37/40
g
830 1080
MPa
2.6 2.6
Liquid side/ Gas sid
e
mm(inch)
§¶
6.35/
§¶
12.7
§¶
6.35/
§¶
12.7
Max. refrigerant pipe m
10 10
Max. difference in le
v
m
55
No No
16A 16A
Electronic control Electronic control
Ўж
17-30 17-30
Ўж
18-45 -7 - 45
m2
18-26 18-26
set
112/299/260 112/299/260
Model
Power supply
Cooling
Heating
Moisture Removal
Max. input consumption
Max. current
Starting current
Compressor
Indoor fan motor
Indoor air flow (Hi/Mi/Lo)
Indoor noise level (Hi/Mi/Lo)
Indoor unit
Outdoor fan motor
Outdoor air flow
Outdoor noise level
Outdoor unit
Refrigerant type R22(R407C)
Design pressure
Refrigerant piping
Ambient temp
Application area
Qty’per 20’ /40’ /40'HQ
Connection wiring
Plug type
Thermostat type
Operation temp
1 The noise date is base on hemi-anechoic chamber, during actual operation, these values are normally somewhat different as a result of ambient
condition.
4