3 SETUP AND USE
g
GE Power Management
39
3$*( /,1( '(6&5,37,21
6
1
PAGE 6: ACTUAL VALUES
LEARNED PARAMETERS
ACTUAL VALUES page 6 header.
6
2
LEARNED Istart (AVG.OF 4
STARTS) = XXX AMPS
Learned average motor starting current over past 4 starts.
6
3
LEARNED Istart (last one)
= XXX AMPS
Learned motor starting current from last start.
6
4
LEARNED K FACTOR
K = XX.X
Learned value of negative sequence K factor.
6
5
LEARNED RUNNING COOL
TIME= XXX MIN.
Learned motor cooling time with motor running (see section 3.20).
6
6
LEARNED STOPPED COOL
TIME= XXX MIN.
Learned motor cooling time with motor stopped (see section 3.20).
6
7
LEARNED ACCEL. TIME
ACCEL. TIME = XX.X SEC.
Learned motor acceleration time.
6
8
LEARNED Start Capacity
required = XX PERCENT
Learned motor thermal capacity used during a start.
6
9
END OF PAGE SIX
ACTUAL VALUES
Last line of page 6.
* 169 Plus only
Summary of Contents for 169
Page 12: ......
Page 14: ...2 INSTALLATION g GE Power Management 8 Figure 2 2 CT Dimensions ...
Page 17: ...2 INSTALLATION g GE Power Management 11 Figure 2 4 Relay Wiring Diagram AC control power ...
Page 19: ...2 INSTALLATION g GE Power Management 13 Figure 2 6 Relay Wiring Diagram Two Phase CTs ...
Page 20: ...2 INSTALLATION g GE Power Management 14 Figure 2 7 Relay Wiring Diagram DC Control Power ...
Page 28: ...2 INSTALLATION g GE Power Management 22 Figure 2 10 169 Drawout Relay Physical Dimensions ...
Page 29: ...2 INSTALLATION g GE Power Management 23 Figure 2 11 169 Drawout Relay Mounting ...
Page 31: ...3 SETUP AND USE g GE Power Management 25 Figure 3 1 Front Panel Controls and Indicators ...
Page 73: ...3 SETUP AND USE g GE Power Management 67 Figure 3 2 Standard Overload Curves ...
Page 74: ...3 SETUP AND USE g GE Power Management 68 A B Figure 3 3 Custom Curve Examples ...
Page 88: ...5 THEORY OF OPERATION g GE Power Management 82 Figure 5 1 Hardware Block Diagram ...
Page 90: ...5 THEORY OF OPERATION g GE Power Management 84 Figure 5 2 Firmware Block Diagram ...