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205
MODE — CONFIGURATION (cont)
ITEM
EXPANSION
RANGE
UNITS
DEFAULT
CCN TABLE/
SUB---TABLE
CCN POINT
ENTRY
AIR.Q
Air Quality Config.
IAQ_CFG
IA.CF
IAQ Analog Input Config
0=No IAQ
1=DCV
2=Override
IAQ
3=Ctrl Min
Pos
0: no FIOP
1: FIOP
IAQANCFG
IA.FN
IAQ Analog Fan Config
0=Never
1=Occupied
2=Always
0
IAQANFAN
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
II.FN
IAQ Switch Fan Config
0=Never
1=Occupied
2=Always
0
IAQINFAN
AQ.MN
Econo Min IAQ Position
0 to 100
%
10
IAQMINP
EC.MN
Econo Minimum Position
0 to 100
%
30
ECONOMIN
OVR.P
IAQ Override Position
0 to 100
%
100
IAQOVPOS
OA.CF
OAQ Analog Input Config
0=No OAQ
1=DCV
2=Lockout
OAQ
0
OAQANCFG
OAQ.L
OAQ Lockout Limit
0 to 5000
600
OAQLOCK
AQD.L
AQ Differential Low
0 to 5000
100
DAQ_LOW
AQD.H
AQ Differential High
0 to 5000
700
DAQ_HIGH
DF.ON
Fan On AQ Differential
0 to 5000
600
DAQFNON
DF.OF
Fan Off AQ Differential
0 to 5000
200
DAQFNOFF
I.4M
IAQ Sensor Value at 4mA
0 to 5000
0
IAQ_4MA
I.20M
IAQ Sensor Value at
20mA
0 to 5000
2000
IAQ_20MA
O.4M
OAQ Sensor Value at
4mA
0 to 5000
0
OAQ_4MA
O.20M
OAQ Sensor Value at
20mA
0 to 5000
2000
OAQ_20MA
H.4M
RH Sensor Value at 4mA
0 to 50
%
0
RH_4MA
H.20M
RH Sensor Value at 20mA
60 to 100
%
100
RH_20MA
A.FAN
Adaptive Fan
AFAN_CFG
AF.EN
Adaptive Fan Operation
No/Yes
No
ADAPTFAN
FS.VN
Fan Speed --- Ventilation
0 to 100
%
50
FSPDVENT
FS.AQ
Fan Speed --- IAQ Over-
ride
50 to 100
%
50
FSPDAQOR
FS.E1
Fan Speed --- Free Cool
Lo
50 to 100
%
60
FSPDECO1
FS.E2
Fan Speed --- Free Cool
Hi
90 to 100
%
90
FSPDECO2
FS.CL
Fan Speed --- Mech Cool-
ing
60 to 100
%
100
FSPDCOOL
FS.HT
Fan Speed --- Heating
65 to 100
%
100
FSPDHEAT
FS.RH
Fan Speed --- Reheat2
65 to 100
%
100
FSPDREHT
ALM.O
Alarm Relay Config.
ALM_CFG
ALARM RELAY
ACTIVE FOR:
A.SPC
SPT/SPRH Sensor Failure
Yes/No
Yes
SPACE_AL
A.SRT
SAT/RAT Sensor Failure
Yes/No
Yes
SATRATAL
A.OAT
OAT Thermistor Failure
Yes/No
Yes
OAT_AL
A.CS
Current Sensor Failure
Yes/No
Yes
CS_AL
A.CMP
Compressor Failure
Yes/No
Yes
COMP_AL
A.CKT
Refrig Circuit Failure
Yes/No
Yes
CKT_AL
A.SSP
SSP Transducer Failure
Yes/No
Yes
SSP_AL
A.SCT
SCT Thermistor Failure
Yes/No
Yes
SCT_AL
A.FAN
Indoor Fan Failure
Yes/No
Yes
FAN_AL
A.FIL
Dirty Filter
Yes/No
Yes
FILT_AL
A.TST
Thermostat Failure
Yes/No
Yes
TSTAT_AL
A.ECO
Economizer Failure
Yes/No
Yes
ECON_AL
PID
PID Configurations
PID_CFG
EC.P
Economizer PID --- kP
0.00 to 99.90
sec
2.5
ECONO_P
EC.I
Economizer PID --- kI
0.00 to 99.90
sec
0.12
ECONO_I
EC.D
Economizer PID --- kD
0.00 to 99.90
sec
1
ECONO_D
EC.DT
Economizer PID --- rate
10.00 to
180.00
sec
15
ECONO_DT
EC.DB
Economizer PID Dead-
band
0 to 25
%
3
ECONBAND
LK.P
Linkage Staging PID ---
kP
0.00 to 99.90
10
LINK_P
LK.I
Linkage Staging PID --- kI
0.00 to 99.90
5
LINK_I
LK.D
Linkage Staging PID ---
kD
0.00 to 99.90
5
LINK_D
LK.DT
Linkage Staging PID ---
rate
10.00 to
180.00
secs
30
LINK_DT
48/
50P
G
and
P
M
Summary of Contents for 48/50PG Series
Page 32: ...32 C07009 Fig 20 Air Baffle Dimensions 48 50PG03 16 48 50PG and PM...
Page 33: ...33 C08077 Fig 21 Air Baffle Dimensions 48 50PG20 28 and 48 50PM16 28 48 50PG and PM...
Page 58: ...58 C08549 Fig 28 48PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 59: ...59 C08550 Fig 29 50PG03 16 Control Wiring Schematic 48 50PG and PM...
Page 64: ...64 C08471 Fig 34 Typical 48PG and PM16 28 Control Schematic 48PM16 28 Shown 48 50PG and PM...
Page 66: ...66 C08557 Fig 36 Typical 50PG and PM16 28 Control Schematic 50PG20 28 Shown 48 50PG and PM...
Page 68: ...68 C08558 Fig 38 Typical 48 50PG and PM16 28 Power Schematic 48 50PM16 28 Shown 48 50PG and PM...
Page 72: ...72 C08565 Fig 42 Typical 48 50PG20 28 Component Arrangement 48 50PG20 24 Shown 48 50PG and PM...
Page 73: ...73 C08067 Fig 43 48 50PM16 28 Component Arrangement 48 50PG and PM...
Page 74: ...74 C08562 Fig 44 48 50PM16 28 with Humidi MiZert Component Arrangement 48 50PG and PM...
Page 208: ...208 48 50PG and PM...