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SiUS121827E Specifications
Part 2 Specifications 35
Model 4MXL36TVJU
Cooling Heating
Power Supply Phase 1 φ
Hz, V 60 Hz, 208 - 230 V
COP
W/W —
4.26 (Non-Ducted type connected)
3.5 (Ducted type connected)
EER
Btu/W·h
12.5 (Non-Ducted type connected)
11.0 (Ducted type connected)
—
SEER / HSPF 21.7 (Non-Ducted type connected)
16.9 (Ducted type connected)
11.2 (Non-Ducted type connected)
9.1 (Ducted type connected)
Casing Color Ivory White
Compressor Type Hermetically Sealed Swing Type
Model 2YC90KXD
Motor Output W 3,000
Refrigerant
Oil
Model FVC50K
Charge oz (L) 50.2 (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
m
3
/min
104.3 95.0
M 85.8 88.9
L 78.0 42.5
Fan Type Propeller
Motor Output W 84
Running Current A H: 1.49 / M: 1.09 / L: 0.94 H: 1.28 / M: 1.15 / L: 0.38
Power Consumption W H: 158.5 / M: 93.3 / L: 73.2 H: 122.9 / M: 102.5 / L: 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 × 22 (1,014 × 1,190 × 558)
Weight (Mass) Lbs (kg) 214 (97)
Gross Weight (Gross Mass) Lbs (kg) 234 (106)
Sound Pressure Level dB(A) 53 55
Piping
Connection
Liquid in. (mm) φ 1/4 × 4 (φ 6.4 × 4)
Gas in. (mm) φ 3/8 × 1, φ 1/2 × 2, φ 5/8 × 1 (φ 9.5 × 1, φ 12.7 × 2, φ 15.9 × 1)
Drain in. (mm) I.D. φ 1 (φ 25)
Heat Insulation Both Liquid and Gas Pipes
No. of Wiring Connections 3 for Power Supply, 4 for Interunit 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) (131-5/8 ft (40m) 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: 3D118282
Conversion Formulae
kcal/h = kW × 860
Btu/h = kW × 3412
cfm = m³/min × 35.3
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