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4-80 DRIVE PROGRAMMING
M13P08 COST PER KWH
Enter electricity cost for use by M13P05.
R-W
Range: 00.00 to 100.00
Currency
Default: 0
M13B09 RESET POWER MTR
Set at 1 to reset M13P03 and M13P04.
R-W
Range: 0 or 1
Default: 0
M13P10 STARTTIME TIMER1
Enter the running time the drive must operate before
timer1 counts down to zero.
R-W
Range: 0 to 10000 h
Default: 0
M13B11 TIMER1 DONE
M13B11 is automatically set at 1 when M13P06 = 0. Set
M13B11 at 0 to reset countdown timer1. This causes
M13P06 to be loaded with the value of M13P10.
R-W
Range: 0 or 1
Default: 0
M13P12 STARTTIME TIMER2
Enter the running time the drive must operate before
timer2 counts down to zero.
R-W
Range: 0 to 10000 h
Default: 0
M13B13 TIMER2 DONE
M13B13 is automatically set at 1 when M13P07 = 0. Set
M13B13 at 0 to reset countdown timer2. This causes
M13P07 to be loaded with the value of M13P12.
R-W
Range: 0 or 1
Default: 0
M13P14 GEN AMPLITUDE
Use this parameter to set the amplitude of the square
wave signal produced by the generator in percent.
R-W
Range: 0 to 200.0%
Default: 0
M13P15 GEN OFFSET
Use this parameter to set the offset of the square wave
signal produced by the generator in percent.
R-W
Range: -200.0 to +200.0%
Default: 0
M13P16 GEN PULSEWIDTH 1
Use this parameter to set the pulse width of the square
wave high-signal produced by the generator in msec.
R-W
Range: 0.1 to 3276 sec
Default: 1
M13P17 GEN PULSEWIDTH 2
Use this parameter to set the pulse width of the square
wave low-signal produced by the generator in msec.
R-W
Range: 0.1 to 3276 sec
Default: 1
M13P18 GEN OUTPUT
This parameter monitors the generator output.
R-O
Range: MXXPXX
Default:
M13P19 GEN DESTINATION
Enter the parameter number to use as the destination for
the generator output signal.
Factory defaulted to an unused parameter.
Note: The scaling to the destination parameter is such
that when M13P18 (GEN OUTPUT) = 100.0 %, the
destination parameter will be set to its maximum value.
R-W
Range: MXXPXX
Default: M00P00 (00.00)
M14P01 PID OUTPUT
The inputs to the
PID
controller are automatically scaled to
the range ±100.0%. The
PID
controller output is also
within this range.
Although it would appear that the variables have only a
10-bit resolution, internal calculations are made at a
higher resolution for greater accuracy. The displayed
values are scaled versions of the internal variables.
The output after the scale factor M14P15 is automatically
scaled to match the range of the destination parameter.
Gain parameters are actual units, as follows:
PID
output = Pe + le/s + Des
R-O
Range: ±100.0 %
Default:
Summary of Contents for PHOENIX EX
Page 1: ...INSTRUCTION MANUAL PHOENIX EX 3 TO 3500 HP VECTOR AC DRIVE ...
Page 12: ...1 8 INTRODUCTION END INTRODUCTION SECTION ...
Page 28: ...2 16 INSTALLATION AND WIRING Figure 2 3 Recommended Power Wiring ...
Page 32: ...2 20 INSTALLATION AND WIRING Figure 2 5 Control Logic and Signal Wiring ...
Page 56: ...Figure 4 2 Menu 1 Frequency Reference Limits and Filters 4 2 MENU AND PARAMETER DESCRIPTION ...
Page 57: ...Figure 4 3 Menu 2 Ramps MENU AND PARAMETER DESCRIPTION 4 3 ...
Page 58: ...Figure 4 4 Menu 3 Speed Input and Speed Loop 4 4 MENU AND PARAMETER DESCRIPTION ...
Page 59: ...MENU AND PARAMETER DESCRIPTION 4 5 Figure 4 5 Menu 4 Current Limits Torque Flux Control ...
Page 60: ...4 6 MENU AND PARAMETER DESCRIPTION Figure 4 6 Menu 5 Motor Control ...
Page 61: ...MENU AND PARAMETER DESCRIPTION 4 7 Figure 4 7 Menu 6 Operational Modes ...
Page 62: ...Figure 4 8 Menu 7 Analog Inputs and Outputs 4 8 MENU AND PARAMETER DESCRIPTION ...
Page 66: ...4 12 MENU AND PARAMETER DESCRIPTION Figure 4 12 Menu 11 Miscellaneous ...
Page 68: ...4 14 MENU AND PARAMETER DESCRIPTION Figure 4 14 Menu 12 Open Loop Brake Function 2 of 5 ...
Page 69: ...MENU AND PARAMETER DESCRIPTION 4 15 Figure 4 15 Menu 12 Closed Loop Brake Function 3 of 5 ...
Page 70: ...4 16 MENU AND PARAMETER DESCRIPTION Figure 4 16 Menu 12 Closed Loop Brake Function 4 of 5 ...
Page 71: ...MENU AND PARAMETER DESCRIPTION 4 17 Figure 4 17 Menu 12 Closed Loop Brake Function 5 of 5 ...
Page 73: ...Figure 4 19 Menu 14 PID Control Loop MENU AND PARAMETER DESCRIPTION 4 19 ...
Page 74: ...Figure 4 20 Menu 15 Position Control 1 of 2 4 20 MENU AND PARAMETER DESCRIPTION ...
Page 75: ...MENU AND PARAMETER DESCRIPTION 4 21 Figure 4 21 Menu 15 Position Control 2 of 2 ...
Page 76: ...Figure 4 22 Menu 17 2nd Motor Parameters 4 22 MENU AND PARAMETER DESCRIPTION ...
Page 153: ...APPENDIX A 3 Standard Drive with Manual Bypass Setup Diagram 2 of 2 ...
Page 155: ...APPENDIX A 5 Interconnect for Option Boards 3000 4040 120 3000 4050 120 ...
Page 156: ...APPENDIX A 6 Isolated Communication Card P N 3000 4135 with Jumper on Position 1 1 of 3 ...
Page 157: ...APPENDIX A 7 Isolated Communication Card P N 3000 4135 with Jumper on Position 2 2 of 3 ...
Page 158: ...APPENDIX A 8 Isolated Communication Card P N 3000 4135 3 of 3 Mounting Diagram ...
Page 162: ...APPENDIX A 12 Digital Encoder Card P N 3000 4140 1 3 of 3 Mounting Diagram ...
Page 164: ...APPENDIX A 14 I O Expansion Board 3000 4150 2 of 2 Mounting Diagram ...
Page 167: ...APPENDIX A 17 Digital Encoder 2 3000 4160 Page 3 of 3 Mounting Diagram ...
Page 168: ...APPENDIX A 18 THIS PAGE INTENTIONALLY LEFT BLANK ...