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I.L. 17562
Page 25
PR 0.3 Effective 8/99
Line
No.
Display
Help Message
Setpoint
Range/ Value
Selection
Value as
shipped
Selected Value
14
UBTR XXX
PHASE UNBALANCE TRIP
RUN DELAY IN SECONDS
0-240 sec. (1
sec. increments)
2
Page 4 SP ALARM SETPOINTS FOR ALARM SETTINGS
1
GFA XXX
GROUND FAULT ALARM
LEVEL IN % OF GROUND CT
RATIO NUMERATOR
2-55% of Ground
Ct ratio
numerator, OFF
(1% increments)
OFF
2
I2TA XXX
I2T ALARM LEVEL IN % FULL
OF I2T TRIP CAPACITY
60-99%, OFF
(1% increments)
80
3
JMA XXXX
JAM ALARM LEVEL IN % FLA
100-1200%, OFF
(1% increments)
1000%
4
JMAR XXX
JAM ALARM RUN DELAY IN
SECONDS
0-240 sec. (1
sec. increments)
2
5
ULA XXX
UNDERLOAD ALARM LEVEL
IN % FLA
6-90%, OFF (1%
increments)
OFF
6
ULAR XXX
UNDERLOAD ALARM RUN
DELAY IN SECONDS
0-240 sec. (1
sec. increments)
10
7
UBA XXX
PHASE UNBALANCE ALARM
LEVEL
4-40%, OFF (1%
increments)
10
8
UBAR XXX
PHASE UNBALANCE ALARM
RUN DELAY IN SECONDS
0-240 sec. (1
sec. increments)
10
Page 5 SP START SETPOINTS FOR START SETTINGS
1
ST/T XXX
STARTS PER TIME ALLOWED
1-10 starts/time
(increments of 1)
1
2
T/ST XXX
TIME ALLOWED FOR
STARTS COUNT IN MINUTES
1-240 minutes,
OFF (1 minute
increments)
OFF
3
TBS XXX
TIME BETWEEN STARTS IN
MINUTES
1-240 minutes,
OFF (1 minute
increments)
OFF
4
NOCS X
NUMBER OF COLD STARTS
ALLOWED
1-5 starts
(increments of 1)
1
5
TRNC XXX
MOTOR START TRANSITION
CURRENT LEVEL IN % FLA
10-300% (1%
increments)
130
6
TRNT XXX
MOTOR START TRANSITION
TIME IN SECONDS
0-1200 sec. (1
sec. Increments)
10
7
Choose:
TRN TIME
TRN I
TRN T+C
TRN T/C
TRANSITION ON EVENT
TRN TIME – ON TIME ONLY,
TRN I – ON CURRENT
ONLY,
TRN T+C – ON TIME OR
CURRENT,
TRN T/C – ON TIME AND
CURRENT
Choose one of
the four
conditions that
determine a
start-to-run
transition: TRN
TIME, TRN I,
TRN T+C, or
TRN T/C.
Refer to
setpoints P5L5
and P5L6.
TRN I
8
INSQ XXX
INCOMPLETE SEQUENCE
REPORT BACK TIME IN
1-240 sec., OFF
(1 sec.
1
Содержание 66D2032G01
Страница 18: ...Page 18 I L 17562 PR 0 3 Effective 8 99 Figure 4 1 MP 3000 Pushbuttons...
Страница 19: ...I L 17562 Page 19 PR 0 3 Effective 8 99 Figure 4 2 MP 3000 LED Indicators...
Страница 72: ...Page 72 I L 17562 PR 0 3 Effective 8 99 Figure 6 1 Panel Cutout Dimensions...
Страница 73: ...I L 17562 Page 73 PR 0 3 Effective 8 99 Figure 6 2 Faceplate Dimensions...
Страница 74: ...Page 74 I L 17562 PR 0 3 Effective 8 99 Figure 6 3 MP 3000 Case Depth Dimensions...
Страница 75: ...I L 17562 Page 75 PR 0 3 Effective 8 99 Figure 6 4 Universal RTD Module Mounting Dimensions...
Страница 76: ...Page 76 I L 17562 PR 0 3 Effective 8 99 Figure 6 5 Rear Panel Terminals...
Страница 77: ...I L 17562 Page 77 PR 0 3 Effective 8 99 Figure 6 6 Typical Ct Circuits and Motor Control Wiring...
Страница 78: ...Page 78 I L 17562 PR 0 3 Effective 8 99 Figure 6 7 Typical ac Supply and URTD Wiring...
Страница 79: ...I L 17562 Page 79 PR 0 3 Effective 8 99 Figure 6 8 Alternatives for Discrete Input Wiring...
Страница 80: ...Page 80 I L 17562 PR 0 3 Effective 8 99 Figure 6 9 RTD Wiring to URTD Module...
Страница 88: ...Page 88 I L 17562 PR 0 3 Effective 8 99 Figure 8 1 System Overview Figure 8 2 Torques from Sequence Currents...
Страница 100: ...Page 100 I L 17562 PR 0 3 Effective 8 99 Figure 9 1 Rotor Temperature Tracking...
Страница 101: ...I L 17562 Page 101 PR 0 3 Effective 8 99 Figure 9 2 Motor Protection Curve...
Страница 102: ...Page 102 I L 17562 PR 0 3 Effective 8 99 Figure 9 3 Underload Jam Protection Curve...
Страница 103: ...I L 17562 Page 103 PR 0 3 Effective 8 99 Figure 9 4 Motor Protection Curve Example without RTDs...
Страница 104: ...Page 104 I L 17562 PR 0 3 Effective 8 99 Figure 9 5 Motor Protection Curve Example with RTDs...
Страница 105: ...I L 17562 Page 105 PR 0 3 Effective 8 99 Figure 9 6 Motor Start and Run Cycles...
Страница 109: ...I L 17562 Page 109 PR 0 3 Effective 8 99 P5L8 40 Incomplete Sequence time 1 60s OFF 1 240s...