Multi Zone Service Manual - MR36TQY3JM

1. Specification
Outdoor Unit
Outdoor Unit
MR36TQY3JM
Capacity(*)
Btu/h Class
34,000
Power Input
(Min.~Rated~ Max.)
Cooling
kW
0.77~2.72~ 3.92
Heating
kW
1.12~3.58~4.1
Running Current
Cooling
A
3.3~11.8~17.0
Heating
A
4.9~15.5~17.8
Starting Current
Cooling/Heating
A
-
Power Supply
Ø / V / Hz
1/208 - 230/60
Power Supply Cable (Outdoor)
No.x AWG
3 × 12
Transmission Cable (Outdoor to Indoor unit )
No.x AWG
4 x 18 (Including Earth)
Dimensions W x H x D mm(inch)
900 x 1,165 x 370
(35 7/16 x 45 7/8 x 14 9/16)
Net Weight
kg(lbs)
95(209.4)
Max. Number of Connectable Indoor Units
4
Compressor
Type
Twin-Rotary
Qty x Model
GPT425DBA
Motor type
BLDC
Oil charge volume
cc
1300
Oil Type
FVC68D
Refrigerant
Cycle A Charge (at 7.5m)
g(oz)
3,500(123.46)
Cycle B Charge (at 7.5m)
g(oz)
-
Type
R410A
Control
EEV
Heat Exchanger
(Rows x Column x FPI) x No.
(2R x 26C x 17) x 2
Coil tube dia.
mm(inch)
7(0.276)
Defrosting Method
Reversing cycle
Fan motor
Capacitor
μF/Vac
-
Drive
Direct (DC)
Discharge Direction(Side/Top)
Side
Air Flow Rate x No. of Fan
CMM(CFM)
60(2,118) x 2EA
Sound Level(H)
Sound Pressure
dB(A)+3
57
Piping Connections
Liquid(Cycle A)
mm(inch)
6.35(1/4) × 4EA
Gas(Cycle A)
mm(inch)
9.52(3/8) × 4EA
Liquid(Cycle B)
mm(inch)
-
Gas(Cycle B)
mm(inch)
-
Piping length spec.
Max. total piping
m(ft.)
75(246.1)
Max. OD~ID piping
m(ft.)
25(82.0)
Piping length(no add'l refrigerant)
m(ft.)
30(123.0)
Max. Elevation
Difference
Outdoor Unit~Indoor Unit
m(ft.)
15(49.2)
Indoor Unit~Indoor Unit
m(ft.)
7.5(24.6)
Operation Range
(Outdoor)
Cooling
°C(°F)
-10 ~ 46 (14~114.8)
Heating
°C(°F)
-15 ~ 24 (5~75.2)
Note:
1. Capacities are based on the following conditions:
Cooling: - Indoor Temperature 27C(80.6F) DB/19C(66.2F) WB
- Outdoor Temperature 35C(95F) DB/24C(75.2F) WB
Heating: - Indoor Temperature 20C(68F) DB/15C(59F) WB
- Outdoor Temperature 7C(44.6F) DB/6C(42.8F) WB
Piping Length - Interconnecting Piping Length 7.5m
- Level Difference of Zero
2. Wiring cable size must comply with the applicable local and national code.
3. The specification may be subject to change without prior notice for purpose of improvement.
Conversion Formula
kW = Btu/h x 0.0002931
cfm = CMM x 35.3
- 2 -