What causes overvoltage in gefran TPD32-EV-500 DC Drives?
If your Gefran DC Drives are showing an overvoltage in the armature circuit, or the 'Max out voltage' parameter is set too low, or the drive does not operate with field weakening, even though the set speed can be reached only with a field weakening, check the Flux reg mode parameter.
Detailed technical specifications including standards, AC input, output, control section, accuracy, dimensions and weights.
Instructions on how to mount the device, including considerations for air flow, clearances, and heat dissipation.
Details on power terminals, cable sizes, and tightening torques for UL approval and standard connections.
Information on the regulation card, LEDs, dip-switches, jumpers, terminal assignments, and cable sizes for signals.
Steps for commissioning the drive, including setting jumpers, checking wiring, basic settings, startup procedures, and drive tuning.
Overview of menus for basic drive commissioning, including DRIVE STATUS, START UP, and TUNING.
Detailed steps for commissioning, including setting jumpers, checking wiring, basic settings, startup procedures, and drive tuning.
Lists possible causes for failure alarms displayed on the keypad.
Guidance on installing, connecting, and configuring the control unit.
Details on the PI regulator used in the TPD32-EV-FC version for predictive current regulation.
Lists regulator parameters for speed, current, field, and voltage regulation.
Procedure for autotuning the PI current regulator, applicable for highly inductive loads.
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