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196
APPENDIX A
—
LOCAL DISPLAY TABLES (CONT)
MODE — OUTPUTS
ITEM
EXPANSION
RANGE
UNITS
CCN POINT
WRITE STATUS
FANS
FANS
SF.BY
Supply Fan Bypass Relay
Off/On
SFBYRLY
S.VFD
Supply Fan VFD Speed
0 to 100
%
SFAN_VFD
E.VFD
Exhaust Fan VFD Speed
0 to 100
%
EFAN_VFD
PE.BY
Power Exhaust Bypass Rly
Off/On
PEBYRLY
A.VFD
MtrMaster A Commanded %
0 to 100
%
MM_A_VFD
B.VFD
MtrMaster B Commanded %
0 to 100
%
MM_b_VFD
CDF.1
Condenser Fan Output 1
Off/On
CONDFAN1
CDF.2
Condenser Fan Output 2
Off/On
CONDFAN2
CDF.3
Condenser Fan Output 3
Off/On
CONDFAN3
CDF.4
Condenser Fan Output 4
Off/On
CONDFAN4
CDF.5
Condenser Fan Output 5
Off/On
CONDFAN5
COOL
COOLING
A1
Compressor A1 Relay
Off/On
CMPA1
A2
Compressor A2 Relay
Off/On
CMPA2
A3
Compressor A3 Relay
Off/On
CMPA3
A4
Compressor A4 Relay
Off/On
CMPA4
B1
Compressor B1 Relay
Off/On
CMPB1
B2
Compressor B2Relay
Off/On
CMPB2
B3
Compressor B3 Relay
Off/On
CMPB3
B4
Compressor B4 Relay
Off/On
CMPB4
A1.CP
Compressor A1 Capacity
0 to 100
%
CMPA1CAP
MLV
Minimum Load Valve Relay
Off/On
MLV
RHV
Humidimizer 3-Way Valve
Off/On
HUM3WVAL
C.EXV
Condenser EXV Position
0 to 100
%
COND_EXV
B.EXV
Bypass EXV Position
0 to 100
%
BYP_EXV
A1.EX
Circuit A EXV 1 Position
0 to 100
%
XV1APOSP
A2.EX
Circuit A EXV 2 Position
0 to 100
%
XV2APOSP
B1.EX
Circuit B EXV 1 Position
0 to 100
%
XV1BPOSP
B2.EX
Circuit B EXV 2 Position
0 to 100
%
XV2BPOSP
HEAT
HEATING
HT.1
Heat Relay 1
Off/On
HS1
H1.CP
Modulating Heat Capacity
0 to 100
%
HTMG_CAP
HT.2
Heat Relay 2
Off/On
HS2
HT.3
Relay 3 W1 Gas Valve 2
Off/On
HS3
HT.4
Relay 4 W2 Gas Valve 2
Off/On
HS4
HT.5
Relay 5 W1 Gas Valve 3
Off/On
HS5
HT.6
Relay 6 W2 Gas Valve 3
Off/On
HS6
HT.7
Relay 7 W2 Gas Valve 4
Off/On
HS7
HT.8
Relay 8 W2 Gas Valve 4
Off/On
HS8
HT.9
Relay 9 W2 Gas Valve 5
Off/On
HS9
HT.10
Relay 10 W2 Gas Valve 5
Off/On
HS10
H.I.R
Heat Interlock Relay
Off/On
HIR
forcible
HTC.P
Ht.Coil Act.Current Pos.
0 to 100
%
HTCLRPOS
ACTU
ACTUATORS
EC1.P
Econ 1 Out Act.Curr.Pos.
0 to 100
%
ECONOPOS
EC2.P
Econ 2 Ret Act.Curr.Pos.
0 to 100
%
ECON2POS
EC3.P
Econ 3 Out Act.Curr.Pos.
0 to 100
%
ECON3POS
ECN.C
Econ 1 Out Act.Cmd.Pos.
0 to 100
%
ECONOCMD
forcible
HTC.P
Ht.Coil Act.Current Pos.
0 to 100
%
HTCLRPOS
HTC.C
Ht.Coil Command Position
0 to 100
%
HTCLCPOS
HMD.P
Humidifier Act.Curr.Pos.
0 to 100
%
HUMDRPOS
HMD.C
Humidifier Command Pos.
0 to 100
%
HUMDCPOS
HC3.P
HTC3 Actuator Curr.Pos.
0 to 100
%
HTC3RPOS
HC3.C
HTC3 Command Position
0 to 100
%
HTC3CPOS
HC4.P
HTC4 Actuator Curr.Pos.
0 to 100
%
HTC4RPOS
HC4.C
HTC4 Command Position
0 to 100
%
HTC4CPOS
GEN.O
GENERAL OUTPUTS
HUM.R
Humidifier Relay
Off/On
HUMIDRLY
ALRM
Remote Alarm / Aux Relay
Off/On
ALRM
forcible
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 ...