What to do if Lenze DC Drives motor does not rotate because wrong parameter set is active?
If the Lenze DC Drives motor does not rotate and the wrong parameter set is active, change to the correct parameter set via terminal.
What to do if Lenze DC Drives motor does not rotate because no motor parameter identification executed?
If the Lenze DC Drives motor does not rotate and the operating mode C0014 = '4' or '5', but no motor parameter identification has been executed, perform motor parameter identification (C0148).
What to do if Lenze DC Drives motor does not rotate because of conflicting functions assigned to the same signal source?
If the Lenze DC Drives motor does not rotate and several mutually exclusive functions are assigned to the same signal source under C0410, correct the configuration in C0410.
What to do if Lenze DC Drives motor does not rotate because of missing jumper?
If the Lenze DC Drives motor does not rotate and you are using the internal voltage source X3/20 for function modules Standard I/O, INTERBUS, PROFIBUS-DP, or LECOM-B (RS485), ensure that the jumper between X3/7 and X3/39 is present. If it's missing, jumper the terminals.
What to do if Lenze DC Drives motor does not rotate smoothly because motor underexcited or overexcited?
If the Lenze DC Drives motor does not rotate smoothly, and the motor is either underexcited or overexcited, check the parameter settings (C0015, C0016, C0014).
What to do if Lenze DC Drives motor does not rotate smoothly because of incorrect parameters?
If the Lenze DC Drives motor does not rotate smoothly, and parameters 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).
Provides essential safety guidelines for handling, installation, and operation of Lenze controllers to prevent injury and damage, covering general safety and application as directed.
Details safety precautions for Lenze low-voltage motors, covering general safety, application as directed, transport, storage, and installation.
Identifies potential residual hazards associated with the controller, including electrical voltage, heatsink temperature, device protection, and overspeed risks.
Provides detailed rated electrical data for the 8200 motec inverter at 230 V mains voltage, including currents, output voltage, power loss, dimensions, and fuses.
Details crucial electrical installation procedures, including safety, EMC requirements, earth-leakage circuit breakers, cable specifications, power, and control connections.
Explains how to set parameters using the E82ZBB diagnosis terminal, covering installation, displays, functions, menu structure, and key operations.
Covers configuring analog and digital setpoints, including source selection, scaling, and signal linkage for inputs and outputs, with examples for process control.
Details the procedure for automatically detecting motor data, crucial for vector and sensorless torque control, and correcting data during operation to optimize performance.
Provides a systematic approach to eliminating drive maloperations by identifying faults, causes, and remedies, covering common issues like motor not rotating or smooth running.
Provides a detailed table of all codes, their meanings, possible settings, and important notes for parameter configuration, covering various functions and modules.
Lists table of attributes required for writing custom programs, including code, index, data structure, format, and access rights for standard devices.
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