199
SG.CF
STAGED HEAT CONFIGS
HT.ST
Modulating Gas Type
0 to 3
HTSTGTYP
0*
CAP.M
Max Cap Change per Cycle
5 to 45
%
HTCAPMAX
45*
M.R.DB
St.Ht DB min.dF/PID Rate
0 to 5
HT_MR_DB
0.5
S.G.DB
St.Heat Temp. Dead Band
0 to 5
^F
HT_SG_DB
2
RISE
Heat Rise dF/sec Clamp
0.05 to 0.2
HTSGRISE
0.06
LAT.L
LAT Limit Config
0 to 20
^F
HTLATLIM
10
LIM.M
Limit Switch Monitoring?
No/Yes
HTLIMMON
Yes
SW.H.T
Limit Switch High Temp
80 to 210
dF
HT_LIMHI
170*
SW.L.T
Limit Switch Low Temp
80 to 210
dF
HT_LIMLO
160*
HT.P
Heat Control Prop. Gain
0 to 1.5
HT_PGAIN
1
HT.D
Heat Control Derv. Gain
0 to 1.5
HT_DGAIN
1
HT.TM
Heat PID Rate Config
30 to 300
Seconds
HTSGPIDR
90
HH.CF
HYDRONIC HEAT CONFIGS
HW.P
Hydronic Ctl.Prop. Gain
0 to 1.5
HW_PGAIN
1
HW.I
Hydronic Ctl.Integ. Gain
0 to 1.5
HW_IGAIN
1
HT.D
Hydronic Ctl.Derv. Gain
0 to 1.5
HW_DGAIN
1
HT.TM
Hydronic PID Rate Config
15 to 300
Seconds
HOTWPIDR
90
ACT.C
HYDR.HEAT ACTUATOR CFGS.
SN.1.1
Hydronic Ht.Serial Num.1
0 - 9999
HTC1_SN1
0
SN.1.2
Hydronic Ht.Serial Num.2
0 - 6
HTC1_SN2
0
SN.1.3
Hydronic Ht.Serial Num.3
0 - 9999
HTC1_SN3
0
SN.1.4
Hydronic Ht.Serial Num.4
0 - 254
HTC1_SN4
0
C.A.L1
Hydr.Ht.Ctl.Ang Lo Limit
0 - 90
HTC1CALM
0
SN.2.1
Humd/HTC2 Ser Num 1
0 - 9999
HTC2_SN1
0
SN.2.2
Humd/HTC2 Ser Num 2
0 - 6
HTC2_SN2
0
SN.2.3
Humd/HTC2 Ser Num 3
0 - 9999
HTC2_SN3
0
SN.2.4
Humd/HTC2 Ser Num 4
0 - 254
HTC2_SN4
0
C.A.L2
Humd/HTC2 Ctl Ang Lo Lim
0 - 90
HTC2CALM
0
SN.3.1
HTC3 Serial Number 1
0 - 9999
HTC3_SN1
0
SN.3.2
HTC3 Serial Number 2
0 - 6
HTC3_SN2
0
SN.3.3
HTC3 Serial Number 3
0 - 9999
HTC3_SN3
0
SN.3.4
HTC3 Serial Number 4
0 - 254
HTC3_SN4
0
C.A.L3
HTC3 Ctrl Angle Lo Limit
0 - 90
HTC3CALM
0
SN.4.1
HTC4 Serial Number 1
0 - 9999
HTC4_SN1
0
SN.4.2
HTC4 Serial Number 2
0 - 6
HTC4_SN2
0
SN.4.3
HTC4 Serial Number 3
0 - 9999
HTC4_SN3
0
SN.4.4
HTC4 Serial Number 4
0 - 254
HTC4_SN4
0
C.A.L4
HTC4 Ctrl Angle Lo Limit
0 - 90
HTC4CALM
0
SP
SUPPLY STATIC PRESS.CFG.
SP.CF
Static Pressure Control
Disable/Enable
STATICFG
Disable
SP.SV
Staged Air Volume Ctrl
Disable/Enable
STGAVCFG
Disable
SP.S
Static Pressure Sensor
Disable/Enable
SPSENS
Disable
SP.LO
Static Press. Low Range
-10 to 0
in. wg
SP_LOW
0
SP.HI
Static Press. High Range
0 to 10
in. wg
SP_HIGH
5
SP.SP
Static Pressure Setpoint
0 to 5
in. wg
SPSP
1.5
SP.MN
VFD Minimum Speed
10 to 100
%
STATPMIN
20
SP.MX
VFD Maximum Speed
0 to 100
%
STATPMAX
100
SP.FS
VFD Fire Speed Override
0 to 100
%
STATPFSO
100
SP.RS
Stat. Pres. Reset Config
0 to 4
SPRSTCFG
0
SP.RT
SP Reset Ratio
0 to 2
in. wg
SPRRATIO
0.2
SP.LM
SP Reset Limit
0 to 2
in. wg
SPRLIMIT
0.75
SP.EC
SP Reset Econo.Position
0 to 100
%
ECONOSPR
5
S.PID
STAT.PRESS.PID CONFIGS
SP.TM
Stat.Pres.PID Run Rate
5 to 120
Seconds
SPIDRATE
7
SP.P
Static Press. Prop. Gain
0 to 5
STATP_PG
0.5
SP.I
Static Press. Intg. Gain
0 to 2
STATP_IG
0.5
SP.D
Static Press. Derv. Gain
0 to 5
STATP_DG
0.3
APPENDIX A
—
LOCAL DISPLAY TABLES (CONT)
MODE — CONFIGURATION
(cont)
ITEM
EXPANSION
RANGE
UNITS
CCN POINT
DEFAULT
PAGE NO.
Summary of Contents for WeatherExpert 48N2
Page 135: ...135 Fig 18 48 50N Typical Power Schematic Nominal 075 Ton Unit Shown ...
Page 136: ...136 Fig 19 48 50N Typical Power Schematic Nominal Ton 90 150 Units Shown ...
Page 137: ...137 Fig 20 48 50N Main Base Board Input Output Connections ...
Page 138: ...138 Fig 21 48 50N RXB EXB CEM Input Output Connections a48 9307 ...
Page 139: ...139 Fig 22 48 50N EXV SCB Input Output Connections a48 9308 ...
Page 140: ...140 Fig 23 48N Typical Modulating Gas Heat Unit Control Wiring ...
Page 141: ...141 Fig 24 50N Typical Electric Heat Unit Control Wiring ...
Page 144: ...144 Fig 27 48N Typical Gas Heat Section Wiring Nominal Ton 120 to 150 Units ...
Page 145: ...145 Fig 28 48 50N Typical Power Component Control Wiring 460 v ...
Page 146: ...146 Fig 29 48 50N Component Control Wiring 575 v Nominal Ton 075 to 150 Units ...
Page 147: ...147 Fig 30 48 50N Component Arrangement Power Box ...
Page 148: ...148 Fig 31 48 50N Component Arrangement Control Box ...
Page 240: ...240 APPENDIX D VFD INFORMATION CONT Fig G VFD Bypass Wiring Diagram WHEN USED ...