104
APPENDIX A — LOCAL DISPLAY AND CCN TABLES (CONT)
MODE — CONFIGURATION (cont)
ITEM
EXPANSION
RANGE
UNITS
DEFAULT
CCN TABLE/
SUB-TABLE
CCN POINT
PAGE NO.
ECON
Economizer Configuration
ECON_CFG
23
EC.EN
Economizer Installed
No/Yes
No: no FIOP
Yes: FIOP
ECONO
23
E.CTL
Economizer Control Type
1=Dig/Posi
tion
2=Dig/Com
mand
3=Analog
Ctrl
1
ECON_CTL
14
EC.MN
Econo Minimum Position
0 to 100
%
30
0: ERV FIOP
ECONOMIN
23
EC.MX
Econo Cool Max Position
0 to 100
%
100
ECONOMAX
23
M.ANG
Min Actuator Ctrl Angle
75 to 90
88
MINANGLE
23
EH.LO
Econo Cool Hi Temp Limit
40 to 100
°F
65
OATLECLH
23
EL.LO
Econo Cool Lo Temp
Limit
30 to 50
°F
0
OATLECLL
23
DF.DB
Diff Dry Bulb Control
Disable/En
able
Disable
DIFFBULB
23
UEFC
Unoccupied Free Cooling
0=Disabled
1=Unoc
cpied
2=PreOccu
pancy
2
UEFC_CFG
23
FC.TM
Free Cool PreOcc Time
1 to 9999
mins
120
UEFCTIME
23
FC.LO
Free Cool Low Temp Limit
30 to 70
°F
50
OATLUEFC
23
PE.EN
Power Exhaust Installed
No/Yes
No: no FIOP
Yes: FIOP
PE_ENABL
24
PE.1
PE Stage1 Econo Position
0 to 100
%
40
PE1_POS
24
PE.2
PE Stage2 Econo Position
0 to 100
%
75
PE2_POS
24
EN.SW
Enthalpy Switch
0=No Switch
1=Normal
Open
2=Normal
Closed
0: no FIOP
1: FIOP
ENTHLCFG
10
E.TRV
Economizer Travel Time
5 to 300
secs
150
ECONOTRV
104
E.MXB
Bottom Stage Max Econo
0 to 100
%
50
ECONMAXB
104
E.MXM
Middle Stage Max Econo
0 to 100
%
35
ECONMAXM
104
E.MXT
Top Stage Max Econo
0 to 100
%
25 (PG0316)
0 (2028, PM16)
ECONMAXT
104
AIR.Q
Air Quality Config.
IAQ_CFG
14
IA.CF
IAQ Analog Input Config
0=No IAQ
1=DCV
2=Override
IAQ
3=Ctrl Min
Pos
0: no FIOP
1: FIOP
IAQANCFG
14
IA.FN
IAQ Analog Fan Config
0=Never
1=Occupied
2=Always
0
IAQANFAN
30
II.CF
IAQ Switch Input Config
0=No IAQ
1=DCV N/O
2=DCV N/C
3=Override
N/O
4=Override
N/C
0
IAQINCFG
30
II.FN
IAQ Switch Fan Config
0=Never
1=Occupied
2=Always
0
IAQINFAN
34
AQ.MN
Econo Min IAQ Position
0 to 100
%
10
0: ERV FIOP
IAQMINP
30
EC.MN
Econo Minimum Position
0 to 100
%
30
0: ERV FIOP
ECONOMIN
23
OVR.P
IAQ Override Position
0 to 100
%
100
IAQOVPOS
30
OA.CF
OAQ Analog Input Config
0=No OAQ
1=DCV
2=Lockout
OAQ
0
OAQANCFG
30
OAQ.L
OAQ Lockout Limit
0 to 5000
600
OAQLOCK
30
AQD.L
AQ Differential Low
0 to 5000
100
DAQ_LOW
30
AQD.H
AQ Differential High
0 to 5000
700
DAQ_HIGH
30
DF.ON
Fan On AQ Differential
0 to 5000
600
DAQFNON
34
DF.OF
Fan Off AQ Differential
0 to 5000
200
DAQFNOFF
34
I.4M
IAQ Sensor Value at 4mA
0 to 5000
0
IAQ_4MA
30
I.20M
IAQ Sensor Value at
20mA
0 to 5000
2000
IAQ_20MA
30
O.4M
OAQ Sensor Value at
4mA
0 to 5000
0
OAQ_4MA
33
O.20M
OAQ Sensor Value at
20mA
0 to 5000
2000
OAQ_20MA
33
H.4M
RH Sensor Value at 4mA
0 to 50
%
0
RH_4MA
24
H.20M
RH Sensor Value at 20mA
60 to 100
%
100
RH_20MA
24
48/50PG and PM
Summary of Contents for 48/50PG C03-14
Page 31: ...31 C07009 Fig 18 Air Baffle Dimensions 48 50PG03 16 48 50PG and PM...
Page 32: ...32 C08077 Fig 19 Air Baffle Dimensions 48 50PM16 28 48 50PG and PM...
Page 56: ...56 C08549 Fig 25 48PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 57: ...57 C08550 Fig 26 50PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 62: ...62 C08471 Fig 31 Typical 48PM16 28 Control Schematic 48 50PG and PM...
Page 63: ...63 C08062 Fig 32 Typical 48PM16 28 with Humidi MiZert System Control Schematic 48 50PG and PM...
Page 64: ...64 C101251 Fig 33 Typical 50PM16 28 Control Schematic 48 50PG and PM...
Page 65: ...65 C08064 Fig 34 Typical 50PM16 28 with Humidi MiZert Control Schematic 48 50PG and PM...
Page 66: ...66 C10902 Fig 35 Typical 48 50PM16 28 Power Schematic 48 50PG and PM...
Page 67: ...67 C09213 Fig 36 Typical 48 50PM16 28 with Humidi MiZert System Power Schematic 48 50PG and PM...
Page 69: ...69 C08067 Fig 38 48 50PM16 28 Component Arrangement 48 50PG and PM...
Page 70: ...70 C101252 Fig 39 48 50PM16 28 with Humidi MiZert Component Arrangement 48 50PG and PM...