AAON RN Series Installation Operation & Maintenance page 22

RN A - 030 - C - 0 - 3 - C A B 0 A - 0 0 0 0 0 : 0 1 - 0 A G 0 K - E 0 0 - 0 0 0 0 0 - 0 0 0 0 0 - C A - 0 0 0 0
- 0 0 - 0 0 - 0 - 0
Feature 10: REFRIGERATION CONTROL
10A: REFRIGERATION CONTROL
0 = None
A = 5 Minute Compressor Off Timer and 20 Second
Compressor Stage Delay
C = Adjustable Fan Cycling
D = Adjustable Compressor Lock Outs
E = Freeze Stats (each circuit)
G = Option A + C
H = Option A + D
J = Option A + E
M = Option C + D
N = Option C + E
P = Option D + E
T = Option C + D + E
V = Option A + C + D + E
W = Option A + D + E
10B: BLANK
0 = None
Feature 11: REFRIGERATION OPTIONS
11A: REFRIGERATION OPTIONS
0 = None
A = Hot Gas Bypass Lead Stage
B = Hot Gas Bypass Lead and Lag Stages
D = Hot Gas Bypass Non-Variable Compressor
Circuits (HGBNV)
E = Parallel Modulating Hot Gas Reheat
Microchannel Coil [MHGR-MC] - Lag Circuit
F = Parallel Modulating Hot Gas Reheat
Microchannel Coil [MHGR-MC] - Dual Circuit
J = HGB Lead + Parallel MHGR-MC - Lag Circuit
K = HGB Lead + HGB Lag + Parallel MHGR-MC -
Lag Circuit
M = HGBNV + Parallel Modulating Hot Gas Reheat
-Lag Circuit
N = HGBNV + Parallel MHGR-MC - Dual Circuit
Q = Parallel MHGR-MC - Lag Circuit - Polymer E-
Coated
T = HGB Lead + Parallel MHGRH-MC - Lag Circuit
- Polymer E-Coated
22
RN Series - Next Gen RN Feature String Nomenclature
0 0 - 0 0 - B A 0 B - 0 0 - 0 0 0 - A 0 0 0 0 0 - C 0 0 0 0 0 - 0 0 0 0 0 0 B
11A: REFRIGERATION OPTIONS Continued
U = HGB Lead + HGB Lag + Parallel MHGRH-MC
- Lag Circuit - Polymer E-Coated
W = HGBNV + Parallel MHGRH-MC - Lag Circuit -
Polymer E-Coated
Y = Parallel MHGRH-MC - Dual Circuit - Polymer
E-Coated
Z = HGBNV + Parallel MHGRH-MC - Dual Circuit -
Polymer E-Coated
11B: BLANK
0 = None
12: REFRIGERATION ACCESSORIES
0 = None
A = Sight Glass
B = Compressor Isolation Valves
C = Option A + B
D = One Circuit 0°F Low Ambient
E = Option A + D
F = Option B + D
G = Option A + B + D
Feature 13: POWER OPTIONS
13A: UNIT DISCONNECT TYPE
0 = Single Point Power - Standard Power Block
A = Single Point Power - Non-fused Disconnect
Power Switch
B = Single Point Power - Circuit Breaker