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236
LEGEND
Temp Comp Start Cool Factor
TCSTCOOL
W
min
0
0 to 60
AV:159
tcstcool_1
Temp Comp Start Heat Factor
TCSTHEAT
W
min
0
0 to 60
AV:160
tcstheat_1
Temp Compensated Start
MODETCST
R
0 to 1
BV:96
modetcst_1
Temper Supply Air Setpt
SASPTEMP
W
dF
35 to 70
AV:15
sasptemp_1
Temper Vent Unocc
TEMPVUNC
W
dF
–20 to 80
AV:164
tempvunc_1
Tempering in Cool SASP
TEMPCOOL
W
dF
5 to 75
AV:161
tempcool_1
Tempering Purge SASP
TEMPPURG
W
dF
–20 to 80
AV:162
temppurg_1
Tempering Vent Occ SASP
TEMPVOCC
W
dF
–20 to 80
AV:163
tempvocc_1
Thermostat G Input
G
W
0 to 1
BV:1021
g_input_1
Thermostat W1 Input
W1
W
0 to 1
BV:1019
w1_input_1
Thermostat W2 Input
W2
W
0 to 1
BV:1020
w2_input_1
Thermostat Y1 Input
Y1
W
0 to 1
BV:1017
y1_input_1
Thermostat Y2 Input
Y2
W
0 to 1
BV:1018
y2_input_1
Timed Override In Effect
MODETOVR
R
0 to 1
BV:97
modetovr_1
Timed-Override in Effect
OVERLAST
R
0 to 1
BV:98
overlast_1
Un.Ec.Free Cool OAT Lock
UEFCNTLO
W
dF
50
40 to 70
AV:166
uefcntlo_1
Unoc Econ Free Cool Cfg
UEFC_CFG
W
0
0 to 2
AV:172
uefc_cfg_1
Unoc Econ Free Cool Time
UEFCTIME
W
min
120
0 to 720
AV:173
uefctime_1
Unoccupied Cool Mode End
UCCL_END
R
0 to 100
AV:168
uccl_end_1
Unoccupied Cool Mode Start
UCCLSTRT
R
0 to 100
AV:169
ucclstrt_1
Unoccupied Heat Mode End
UCHT_END
R
0 to 100
AV:170
ucht_end_1
Unoccupied Heat Mode Start
UCHTSTRT
R
0 to 100
AV:171
uchtstrt_1
User Defined Analog 1
W
AV:2901
user_analog_1_1
User Defined Analog 2
W
AV:2902
user_analog_2_1
User Defined Analog 3
W
AV:2903
user_analog_3_1
User Defined Analog 4
W
AV:2904
user_analog_4_1
User Defined Analog 5
W
AV:2905
user_analog_5_1
User Defined Binary 1
W
BV:2911
user_binary_1_1
User Defined Binary 2
W
BV:2912
user_binary_2_1
User Defined Binary 3
W
BV:2913
user_binary_3_1
User Defined Binary 4
W
BV:2914
user_binary_4_1
User Defined Binary 5
W
BV:2915
user_binary_5_1
VAV Occ. Cool Off Delta
VAVOCOFF
W
deltaF
1 to 25
AV:180
vavocoff_1
VAV Occ. Cool On Delta
VAVOCON
W
deltaF
0 to 25
AV:181
vavocon_1
Vent Reheat RAT Offset
DHVRAOFF
W
^F
0
0 to 8
AV:183
dhvraoff_1
Vent Reheat Setpoint
DHVHT_SP
W
dF
70
55 to 95
AV:184
dhvht_sp_1
VFD Maximum Speed
STATPMAX
W
%
100
0 to 100
AV:188
statpmax_1
VFD Minimum Speed
STATPMIN
W
%
20
0 to 100
AV:189
statpmin_1
VFD/Act. Fire Speed/Pos.
BLDGPFSO
W
%
100
0 to 100
AV:186
bldgpfso_1
VFD/Act. Min. Speed/Pos.
BLDGPMIN
W
%
0
0 to 100
AV:105
bldgpmin_1
VFD1 Actual Motor Amps
VFD1AMPS
R
A
0 to 999
AV:79
vfd1amps_1
VFD1 Actual Motor Freq
VFD1FREQ
R
0 to 500
AV:80
vfd1freq_1
VFD1 Actual Motor Power
VFD1PWR
R
–150 to 150
AV:81
vfd1pwr_1
VFD1 Actual Motor RPM
VFD1RPM
R
0 to 30000
AV:82
vfd1rpm_1
VFD1 Cumulative kWh
VFD1KWH
R
0 to 65535
AV:84
vfd1kwh_1
VFD1 Cumulative Run Time
VFD1RUNT
R
hr
0 to 65535
AV:86
vfd1runt_1
VFD1 DC Bus Voltage
VFD1VDC
R
V
0 to 1000
AV:87
vfd1vdc_1
VFD1 Last Fault Code
VFD1LFC
R
0 to 65535
AV:88
vfd1lfc_1
VFD1 Output Voltage
VFD1VOUT
R
V
0 to 1000
AV:89
vfd1vout_1
VFD1 Status Word 1
VFD1STAT
R
0 to 0
AV:90
vfd1stat_1
VFD1 Transistor Temp (C)
VFD1TEMP
R
0 to 150
AV:91
vfd1temp_1
VFD2 Actual Motor Amps
VFD2AMPS
R
A
0 to 999
AV:92
vfd2amps_1
VFD2 Actual Motor Freq
VFD2FREQ
R
10 to 500
AV:93
vfd2freq_1
VFD2 Actual Motor Power
VFD2PWR
R
–150 to 150
AV:94
vfd2pwr_1
VFD2 Actual Motor RPM
VFD2RPM
R
50 to 30000
AV:95
vfd2rpm_1
VFD2 Cumulative kWh
VFD2KWH
R
0 to 65535
AV:96
vfd2kwh_1
VFD2 Cumulative Run Time
VFD2RUNT
R
hr
0 to 65535
AV:97
vfd2runt_1
VFD2 DC Bus Voltage
VFD2VDC
R
V
0 to 1000
AV:99
vfd2vdc_1
VFD2 Last Fault Code
VFD2LFC
R
0 to 65535
AV:100
vfd2lfc_1
VFD2 Output Voltage
VFD2VOUT
R
V
0 to 1000
AV:102
vfd2vout_1
VFD2 Status Word 1
VFD2STAT
R
0 to 0
AV:103
vfd2stat_1
VFD2 Transistor Temp (C)
VFD2TEMP
R
0 to 150
AV:104
vfd2temp_1
VFD-IGV Fire Speed Override
STATPFSO
W
%
100
0 to 100
AV:187
statpfso_1
APPENDIX F — UPC OPEN CONTROLLER
Table AP — NETWORK POINTS LIST (cont)
POINT DESCRIPTION
CCN POINT
NAME
READ/
WRITE
UNITS
DEFAULT
VALUE
RANGE
BACNET
OBJECT ID
BACNET OBJECT
NAME
BP
—
Building Pressure
OAEC
—
Outdoor Air Enthalpy Changeover
DBC
—
Dry Bulb Changeover
OAQ
—
Outdoor Air Quality
DCV
—
Demand Controlled Ventilation
OAT
—
Outdoor Air Temperature
DDBC
—
Differential Dry Bulb Changeover
R
—
Read
DEC
—
Differential Enthalpy Changeover
RAT
—
Return Air Temperature
EDT
—
Evaporator Discharge Temperature
RH
—
Relative Humidity
EXV
—
Electronic Expansion Valve
SASP
—
Supply Air Set Point
IAQ
—
Indoor Air Quality
SPT
—
Space Temperature
IGV
—
Inlet Guide Vanes
VAV
—
Variable Air Volume
LAT
—
Leaving Air Temperature
VFD
—
Variable Frequency Drive
n/a
—
Not Available
W
—
Write
Summary of Contents for Weathermaster 48P2030-100
Page 130: ...130 Fig 19 Typical Power Schematic Sizes 040 075 Shown ...
Page 131: ...131 Fig 20 Main Base Board Input Output Connections ...
Page 132: ...132 Fig 21 RXB EXB CEM SCB Input Output Connections ...
Page 133: ...133 Fig 22 Typical Gas Heat Unit Control Wiring 48P030 100 Units Shown ...
Page 134: ...134 Fig 23 Typical Electric Heat Wiring 50P030 100 Units Shown ...
Page 135: ...135 Fig 24 Typical Power Wiring 115 V ...
Page 136: ...136 Fig 25 Typical Gas Heat Section Size 030 050 Units Shown ...
Page 138: ...138 Fig 27 Component Arrangement Size 030 035 Units ...
Page 139: ...139 Fig 28 Component Arrangement Size 040 075 Units ...
Page 140: ...140 Fig 29 Component Arrangement Size 090 100 Units ...