215
EDTR
EDT Reset Configuration
EDRSTCFG
0
Reset Ratio
RTIO
2
Reset Limit
deltaF
LIMT
10
EDT 4-20 ma Reset Input
Disable/Enable
EDTRSENS
Disable
EXVS
Cir. EXV Start Algorithm
NNN
EXV_STAL
1
EXV Superheat Setpoint
NN.n
deltaF
SH_SP
12
EXV Superheat Deadband
NN.nn
deltaF
SH_DB
0.5
Max Oper. Pressure SP
NN.n
degF
MOP_SP
112
EXV Cir Start Delay Secs
NNN
secs
EXVCSDLY
240
EXV Cir PreMove Dly Secs
NNN
secs
EXVCPDLY
0
EXV PID Run Rate
NNN
secs
EXV_RATE
5
EXV PID Prop. Gain
N.nn
EXV_PG
0.5
EXV Integration Time
NN
EXV_TI
50
SH Error Exponent
N.n
ERR_POW
.5
High OAT Lim (EXV Gain)
NNN.n
degF
HIGHOAT
70
Low OAT Lim (EXV Gain)
NNN.n
degF
LOWOAT
60
EXVS_TST
EXV Pre-Move Delay Secs
secs
EXVPMDLY
10
EXV Pre-Move Config
secs
EXVPMCFG
1
%EXV Move on Cir. Stg Up
%
EXV_FF_G
10
%EXV Move on Cir. Stg Dw
%
EXV_FF_D
15
EXV SH Flooding Setpoint
deltaF
FL_SP
6
Flood Ovrde Press Cutoff
PSIG
FL_ODPC
600
Flooding Override Delay
FL_OD
0
EXV Init Pos Slope
EXV_SLP
–0.4
EXV Init Pos Intercept
EXV_INT
66
EXV Smoothing Algorithm
EXV_SMAL
1
Comp. Cir. Exv. Min Pos%
%
CC_XMPOS
7.0
DP Rate of Change Set
DP_RC_ST
10
DP Rate of Change Clr
DP_RC_CL
1
DP Override Limit 1
DP_OD_L1
400
DP Override Limit 2
DP_OD_L2
500
DP Override Timeout
DP_OD_TO
90
DP Override Percent
DP_OD_PT
10
Enab Cir Shtdwn w/flood
FL_ENCSD
Enable
Flooding Detect Time
secs
FL_DETTM
120
HEAT
Heating Control Type
HEATTYPE
0
Heating Supply Air Setpt
degF
SASPHEAT
85
Occupied Heating Enabled
No/Yes
HTOCCENA
No
MBB Sensor Heat Relocate
No/Yes
HTLATMON
No
Modulating Gas Type
HTSTGTYP
0
Max Cap Change per Cycle
%
HTCAPMAX
45
St.Ht DB min.dF/PID Rate
HT_MR_DB
0.5
St.Heat Temp. Dead Band
deltaF
HT_SG_DB
2
Heat Rise dF/sec Clamp
HTSGRISE
0.06
LAT Limit Config
deltaF
HTLATLIM
10
Limit Switch Monitoring?
No/Yes
HTLIMMON
Yes
Limit Switch High Temp
degF
HT_LIMHI
170
Limit Switch Low Temp
degF
HT_LIMLO
160
Heat Control Prop. Gain
HT_PGAIN
1
Heat Control Derv. Gain
HT_DGAIN
1
Heat PID Rate Config
secs
HTSGPIDR
90
Hydronic Ctl.Prop. Gain
HW_PGAIN
0.7
Hydronic Ctl.Integ. Gain
HW_IGAIN
0.7
Hydronic Ctl.Derv. Gain
HW_DGAIN
0.5
Hydronic PID Rate Config
secs
HOTWPIDR
15
Hydronic Ht.Serial Num.1
HTCL_SN1
0
Hydronic Ht.Serial Num.2
HTCL_SN2
0
Hydronic Ht.Serial Num.3
HTCL_SN3
0
Hydronic Ht.Serial Num.4
HTCL_SN4
0
Hydr.Ht.Ctl.Ang Lo Limit
HTCLCALM
85
APPENDIX B
—
CCN TABLES (CONT)
SERVICE-CONFIG TABLES (cont)
TABLE
DISPLAY NAME
RANGE
UNITS
POINT NAME
DEFAULT
Содержание WeatherExpert 48N2
Страница 135: ...135 Fig 18 48 50N Typical Power Schematic Nominal 075 Ton Unit Shown ...
Страница 136: ...136 Fig 19 48 50N Typical Power Schematic Nominal Ton 90 150 Units Shown ...
Страница 137: ...137 Fig 20 48 50N Main Base Board Input Output Connections ...
Страница 138: ...138 Fig 21 48 50N RXB EXB CEM Input Output Connections a48 9307 ...
Страница 139: ...139 Fig 22 48 50N EXV SCB Input Output Connections a48 9308 ...
Страница 140: ...140 Fig 23 48N Typical Modulating Gas Heat Unit Control Wiring ...
Страница 141: ...141 Fig 24 50N Typical Electric Heat Unit Control Wiring ...
Страница 144: ...144 Fig 27 48N Typical Gas Heat Section Wiring Nominal Ton 120 to 150 Units ...
Страница 145: ...145 Fig 28 48 50N Typical Power Component Control Wiring 460 v ...
Страница 146: ...146 Fig 29 48 50N Component Control Wiring 575 v Nominal Ton 075 to 150 Units ...
Страница 147: ...147 Fig 30 48 50N Component Arrangement Power Box ...
Страница 148: ...148 Fig 31 48 50N Component Arrangement Control Box ...
Страница 168: ...168 Fig 47 Sensor and Ignition Position Fig 48 Combustion Blower Details SENSOR DETAILS IGNITION DETAILS ...
Страница 240: ...240 APPENDIX D VFD INFORMATION CONT Fig G VFD Bypass Wiring Diagram WHEN USED ...