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191
* Model number dependent.
Table I — MODE — TIMECLOCK
S.VFD
SUPPLY FAN VFD CONFIG
N.VLT
VFD1 Nominal Motor Volts
0 to 999
Volts
VFD1NVLT
460*
97, 98
N.AMP
VFD1 Nominal Motor Amps
0 to 999
Amps
VFD1NAMP
55.0*
97, 98
N.FRQ
VFD1 Nominal Motor Freq
10 to 500
Hz
VFD1NFRQ
60
97, 98
N.RPM
VFD1 Nominal Motor RPM
50 to 30000
RPM
VFD1NRPM
1750
97, 98
N.PWR
VFD1 Nominal Motor HPwr
0 to 500
HP
VFD1NPWR
40*
97, 98
M.DIR
VFD1 Motor Direction
0=FWD, 1=REV
VFD1MDIR
0
97, 98
ACCL
VFD1 Acceleration Time
0 to 1800
sec
VFD1ACCL
30
97, 98
DECL
VFD1 Deceleration Time
0 to 1800
sec
VFD1DECL
30
97, 98
SW.FQ
VFD1 Switching Frequency
0=1kHz, 1=4kHz, 2=8kHz, 3=12kHz
VFD1SWFQ
2
97, 98
TYPE
VFD1 Type
0=LEN, 1=ANALOG
VFD1TYPE
0
97, 98
E.VFD
EXHAUST FAN VFD CONFIG
N.VLT
VFD2 Nominal Motor Volts
0 to 999
Volts
VFD2NVLT
460*
98
N.AMP
VFD2 Nominal Motor Amps
0 to 999
Amps
VFD2NAMP
28.7*
98
N.FRQ
VFD2 Nominal Motor Freq
10 to 500
Hz
VFD2NFRQ
60
98
N.RPM
VFD2 Nominal Motor RPM
50 to 30000
RPM
VFD2NRPM
1750
98
N.PWR
VFD2 Nominal Motor HPwr
0 to 500
H.P.
VFD2NPWR
20*
98
M.DIR
VFD2 Motor Direction
0=FWD, 1=REV
VFD2MDIR
0
98
ACCL
VFD2 Acceleration Time
0 to 1800
sec
VFD2ACCL
30
98, 99
DECL
VFD2 Deceleration Time
0 to 1800
sec
VFD2DECL
30
98, 99
SW.FQ
VFD2 Switching Frequency
0=1kHz, 1=4kHz, 2=8kHz, 3=12kHz
VFD2SWFQ
2
98, 99
TYPE
VFD2 Type
0=LEN, 1=ANALOG
VFD2TYPE
0
98, 99
APPENDIX A — LOCAL DISPLAY TABLES
Table H — MODE — CONFIGURATION (cont)
ITEM
EXPANSION
RANGE
UNITS
CCN POINT
DEFAULT
PAGE NO.
ITEM
EXPANSION
RANGE
UNITS
CCN POINT
DEFAULT
PAGE NO.
TIME
TIME OF DAY
HH.MM
Hour and Minute
00:00
TIME
100, 101
DATE
MONTH,DATE,DAY AND YEAR
MNTH
Month of Year
multi-text strings
MOY
100, 101
DOM
Day of Month
0-31
DOM
100, 101
DAY
Day of Week
multi-text strings
DOWDISP
100, 101
YEAR
Year
e.g. 2003
YOCDISP
100, 101
SCH.L
LOCAL TIME SCHEDULE
PER.1
PERIOD 1
100, 101
PER.1
DAYS
DAY FLAGS FOR PERIOD 1
Period 1 only 100, 101
PER.1
DAYS
MON
Monday in Period
YES/NO
PER1MON
Yes
100, 101
PER.1
DAYS
TUE
Tuesday in Period
YES/NO
PER1TUE
Yes
100, 101
PER.1
DAYS
WED
Wednesday in Period
YES/NO
PER1WED
Yes
100, 101
PER.1
DAYS
THU
Thursday in Period
YES/NO
PER1THU
Yes
100, 101
PER.1
DAYS
FRI
Friday in Period
YES/NO
PER1FRI
Yes
100, 101
PER.1
DAYS
SAT
Saturday in Period
YES/NO
PER1SAT
Yes
100, 101
PER.1
DAYS
SUN
Sunday in Period
YES/NO
PER1SUN
Yes
100, 101
PER.1
DAYS
HOL
Holiday in Period
YES/NO
PER1HOL
Yes
100, 101
PER.1
OCC
Occupied from
00:00
PER1_OCC
00:00
100, 101
PER.1
UNC
Occupied to
00:00
PER1_UNC
24:00
100, 101
Repeated for periods 2 to 8
HOL.L
LOCAL HOLIDAY SCHEDULES
HD.01
HOLIDAY SCHEDULE 01
100, 101
HD.01
MON
Holiday Start Month
0-12
HOL_MON1
100, 101
HD.01
DAY
Start Day
0-31
HOL_DAY1
100, 101
HD.01
LEN
Duration (Days)
0-99
HOL_LEN1
100, 101
Repeated for holidays 2 to 30
DAY.S
DAYLIGHT SAVINGS TIME
100, 101
DS.ST
DAYLIGHT SAVINGS START
100, 101
DS.ST
ST.MN
Month
1 to 12
STARTM
4
100, 101
DS.ST
ST.WK
Week
1 to 5
STARTW
1
100, 101
DS.ST
ST.DY
Day
1 to 7
STARTD
7
100, 101
DS.ST
MIN.A
Minutes to Add
0 to 90
MINADD
60
100, 101
DS.SP
DAYLIGHTS SAVINGS STOP
DS.SP
SP.MN
Month
1 to 12
STOPM
10
101
DS.SP
SP.WK
Week
1 to 5
STOPW
5
101
DS.SP
SP.DY
Day
1 to 7
STOPD
7
101
DS.SP
MIN.S
Minutes to Subtract
0 to 91,92
MINSUB
60
101
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 ...