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Acceleration Ramp Selection
Current Ramp 2 and Kick Current 2 starting profiles are selected by programming a digital input to the Ramp
Select function and then energizing that input by applying 120 Volts to it. When a digital input is
programmed to Ramp Select, but de-energized, Current Ramp 1 and Kick Current 1 are selected. When no
digital inputs are programmed to the Ramp Select function the Ramp 1 profile is used.
The Ramp Select input only affects the starting profile when using a current ramp profile and during a kick.
The Ramp Select input does not affect the TruTorque ramp, Power ramp, or the Voltage ramp profile (unless
kicking is enabled at the beginning of those ramps).
The following table summarizes which parameters affect the starting profile when a digital input is
programmed to the Ramp Select function and that input is either energized or de-energized.
129
7 - THEORY OF OPERATION
Ramp Select De-energized
Ramp Select Energized
Current Ramp
Initial Current 1
Initial Current 2
Maximum Current 1
Maximum Current 2
Ramp Time 1
Ramp Time 2
Kick Level 1
Kick Level 2
Kick Time 1
Kick Time 2
TruTorque Ramp
Initial Voltage/Torque/Power
Maximum Torque/Power
Ramp Time 1
Kick Level 1
Kick Level 2
Kick Time 1
Kick Time 2
Power (KW) Ramp
Initial Voltage/Torque/Power
Maximum Torque/Power
Ramp Time 1
Kick Level 1
Kick Level 2
Kick Time 1
Kick Time 2
Voltage Ramp
Initial Voltage/Torque/Power
Ramp Time 1
Kick Level 1
Kick Level 2
Kick Time 1
Kick Time 2
Tachometer Ramp
Initial Current 1
Initial Current 2
Maximum Current 1
Maximum Current 2
Ramp Time 1
Ramp Time 2
Kick Level 1
Kick Level 2
Kick Time 1
Kick Time 2
Ramp Modes
Summary of Contents for RediStart EXEXMVRMX3 Series
Page 2: ......
Page 10: ......
Page 11: ...1 Introduction 1...
Page 17: ...2 Technical Specifications 7...
Page 27: ...3 Installation 17...
Page 48: ......
Page 49: ...4 Keypad Operation 39...
Page 59: ...5 Parameter Groups 49...
Page 67: ...6 Parameter Description 57...
Page 122: ...NOTES 112 6 PARAMETER DESCRIPTION...
Page 123: ...7 Theory of Operation 113...
Page 155: ...NOTES 145 7 THEORY OF OPERATION...
Page 156: ...146 7 THEORY OF OPERATION...
Page 157: ...8 Troubleshooting Maintenance 147...
Page 185: ...NOTES 175 8 TROUBLESHOOTING MAINTENANCE...
Page 186: ......
Page 187: ...Appendices 177...
Page 213: ...203 APPENDIX H 3 YEAR WARRANTY...
Page 221: ...Publication History Revision Date ECO 00 12 15 06 Initial Release...