Rn Series Feature String Nomenclature - AAON RN SERIES Installation Operation & Maintenance

Horizontal packaged rooftop units, heat pumps, & outdoor air handling units
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0 - 3 - A A A 0 2 - B 0 1 B 0 : 0 1 - D Q 0 J - E 0 0 - 0 0 0 0 - 0 0 0 0 - D A - A 0 A A - A 0
RN A - 11 - C
MODEL OPTIONS
SERIES AND GENERATION
RN
MAJOR REVISION
A
UNIT SIZE
011= 11 ton Capacity
013= 13 ton Capacity
016 = 16 ton Capacity
018 = 18 ton Capacity
020 = 20 ton Capacity
025 = 25 ton Capacity
030 = 30 ton Capacity
SERIES
C = 011, 013, 016, 018, 020, 025, 030 units
MINOR REVISION
0
VOLTAGE
2 = 230V/3Φ/60Hz
3 = 460V/3Φ/60Hz
4 = 575V/3Φ/60Hz
6 = 380V/3Φ/50Hz
8 = 208V/3Φ/60Hz
Model Option A: COOLING/HEAT PUMP
A1: COMPRESSOR STYLE
0 = No Compressor
A = R-410A Scroll Compressor
D = R-410A Variable Capacity Scroll Compressor
A2: CONDENSER STYLE
0 = No Condenser
A = Microchannel Air-Cooled Condenser
F = Water-Cooled Condenser
J = Air-Source Heat Pump
L = Water-Source Heat Pump
N = DX Air Handling Unit

RN Series Feature String Nomenclature

B 0 - G - 0 0 0 - 4 A - E A 0 0 - 0 0 - 5 W 0 - B F 0 Q A 0 - A 0 0 0 0 0 - 0 0 0 0 0 0 X
A3: INDOOR COIL CONFIGURATION
0 = No Cooling Coil
A = Standard Evaporator
B = 6 Row Evaporator
E = 4 Row Chilled Water Coil
F = 6 Row Chilled Water Coil
A4: COOLING HEAT EXCHANGER
CONSTRUCTION
0 = Standard
A = Polymer E-Coated Cooling Coil
B = Stainless Steel Cooling Coil Casing
E = Polymer E-Coated Cond. Coil
J = Polymer E-Coated Evap. And Cond. Coil
N = SMO 254 Corrosion Resistant Refrigerant-to-
Water Heat Exchanger
P = Polymer E-Coated Evap. Coil + SMO 254
Corrosion Resistant Refrigerant-to-Water Heat
Exchanger
Q = Stainless Steel Evap. Coil Casing + SMO 254
Corrosion Resistant Refrigerant-to-Water Heat
Exchanger
A5: COOLING STAGING
0 = No Cooling
A = 1 Variable Capacity Comp + 1 On/Off Comp
B = 2 Variable Capacity Comp
F = Single Serpentine 8 FPI
G = Half Serpentine 8 FPI
H = Single Serpentine 10 FPI
J = Half Serpentine 10 FPI
K = Single Serpentine 12 FPI
L = Half Serpentine 12 FPI
N = DX Air Handler with 2 Refrigeration Circuits
2 = 2 Stage
13

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