Specifications SiUS122226E
28 Part 2 Specifications
Model 4MXLH36WVJU9
Cooling Heating
Power Supply Phase 1
Hz, V 60 Hz, 208 - 230 V
COP
W/W —
4.26 (Non-Ducted)
3.30 (Ducted)
COP@5°F (-15°C)
W/W —
2.00 (Non-Ducted)
1.7 (Ducted)
EER2
Btu/W·h
11.7 (Non-Ducted)
9.3 (Ducted)
—
SEER2 / HSPF2 20.0 (Non-Ducted)
15.9 (Ducted)
8.8 (Non-Ducted)
7.8 (Ducted)
Casing Color Ivory White
Compressor Type Hermetically Sealed Swing Type
Model 2YC90KXD
Motor Output W 3,000
Refrigerant
Oil
Model FVC50K
Charge fl oz (L) 51.4 (1.52)
Refrigerant Type R410A
Charge lbs (kg) 8.60 (3.9)
Airflow
Rates
H
cfm
3,684 3,356
M 3,029 3,138
L 2,756 1,500
H
m³/min
104.3 95.0
M 85.8 88.9
L 78.0 42.5
Fan Type Propeller
Motor Output W 126
Running Current
(H / M / L)
A 0.76 / 0.45 / 0.35 0.59 / 0.49 / 0.17
Power
Consumption
(H / M / L)
W 158.5 / 93.3 / 73.2 122.9 / 102.5 / 34.9
Starting Current A 27.0
Dimensions (H × W × D) In. (mm) 34-1/4 × 43-5/16 × 18-1/8 (870 × 1,100 × 460)
Packaged Dimensions (H × W × D) In. (mm) 39-15/16 × 46-7/8 × 21-15/16 (1,014 × 1,190 × 558)
Weight (Mass) lbs (kg) 216 (98)
Gross Weight (Gross Mass) lbs (kg) 230 (104)
Sound Pressure Level dB(A) 53 55
Piping
Connection
Liquid in. (mm) 1/4 × 4 ( 6.4 × 4)
Gas in. (mm) 3/8 × 1, 1/2 × 2, 5/8 × 1 ( 9.5 × 1, 12.7 × 2, 15.9 × 1)
Drain in. (mm) I.D. 1 ( 25)
Heat Insulation Both Liquid and Gas Pipes
No. of Wiring Connections 3 for Power Supply, 4 for Interunit Wiring (Including Ground Wiring)
Max. Interunit Piping Length ft (m) 230 (70) (for Total of Each Room)
ft (m) 98 (30) (for One Room)
Amount of Additional Charge oz/ft
(g/m)
0.21 (20) (131-1/4 ft (40 m) or more)
Max. Installation Height Difference ft (m) 49-1/4 (15) (Between Indoor Unit and Outdoor Unit)
ft (m) 24-5/8 (7.5) (Between Indoor Units)
Conditions based on Indoor ; 80°FDB (26.7°CDB) / 67°FWB (19.4°CWB)
Outdoor ; 95°FDB (35°CDB) / 75°FWB (24°CWB)
Indoor ; 70°FDB (21°CDB) / 60°FWB (15.6°CWB)
Outdoor ; 47°
FDB (8.3°
CDB) / 43°FWB (6°CWB)
Piping length: 25 ft (7.5 m)
Drawing No. C: 3D141408
Conversion Formulae
kcal/h = kW × 860
Btu/h = kW × 3412
cfm = m³/min × 35.3
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