Why does Lenze DC Drives motor parameter identification stop with error LP1?
The Lenze DC Drives motor parameter identification might stop with error LP1 because the motor is too small compared with rated power or the DC brake is active via terminal.
Why is the current consumption of my Lenze Global Drive 8200 vector DC Drives motor too high?
The current consumption of your Lenze DC Drives motor might be too high due to the following reasons: * The setting of C0016 is too high. Correct the setting. * The setting of C0015 is too low. Correct the setting. * C0084, C0087, C0088, C0089, C0090, C0091 and/or C0092 are not adapted to the motor data. Perform manual adaptation or identification of motor parameters (C0148).
How to fix a Lenze Global Drive 8200 vector DC Drives motor that does not rotate smoothly?
If your Lenze DC Drives motor isn't rotating smoothly, consider these potential causes: * A defective motor cable. Check the motor cable. * The maximum current is set too low (C0022, C0023). Adapt the current setting to the application. * The motor is underexcited or overexcited. Check the parameter settings (C0015, C0016, C0014). * Parameters C0084, C0087, C0088, C0089, C0090, C0091, and/or C0092 are not adapted to the motor data. Manually adapt or identify the motor parameters (C0148).
What to do if Lenze DC Drives motor rotates when setpoints are “0”?
If the Lenze DC Drives motor rotates even when the setpoints are “0”, it might be because a setpoint has been selected using function 3 of the keypad. To resolve this, set the setpoint to ”0” by configuring C0140 = 0.
General safety & application notes for Lenze controllers, detailing risks and personnel qualifications.
Instructions for controller installation, handling precautions, and electrical connection safety measures.
Guidelines for electrical installation, regulatory compliance, and EMC considerations for controllers.
Requirements for operating controllers, safety after disconnection, and cover closure protocols.
Information regarding the 'Safe standstill' feature for the 8200 vector controller series.
Notes on controller maintenance, cooling surface cleaning, and proper disposal procedures.
Instructions for handling damages, securing ring bolts, and suitable storage environments for machinery.
Ensuring proper mounting, alignment, and resonance avoidance during motor installation.
Intended usage of low-voltage machines in industrial settings and restrictions for hazardous areas.
Safety requirements for electrical connection by qualified personnel, including supply isolation.
Acceptable vibration levels, handling deviations, dirt exposure, and protection device usage.
Precautions regarding live terminals post-switch-off, relay outputs, and rotating parts.
Safety guidelines for terminal connection/disconnection and cyclic mains switching.
Notes on motor overheating from DC braking or low-speed operation of self-ventilated motors.
Risks of overspeeding and the necessity of additional components for system protection.
Introduction to parameter setting using the E82ZBC keypad and its availability.
Steps for connecting the keypad to the controller and its self-test procedure.
Description of display elements (status, function bars, bargraph) and keypad function keys.
Step-by-step guide for modifying and saving parameters using the keypad interface.
Explanation of the menu structure (USEr and ALL menus) for parameter configuration.
Lists common drive maloperations, their causes, and recommended remedies.
Explanation of LED operating status indicators and the procedure for resetting faults.
Detailed table of error messages, their causes, and remedies displayed on the keypad.
Lists error codes, causes, and remedies for various faults including short circuits and overloads.
Details error messages for analog input wire breakage and auto-TRIP reset functions.
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General