To Next PageTo Next PageWhat to do if there is overvoltage in Dec process in Emerson Network Power TD3200?
If the Emerson Network Power Control Unit shows overvoltage during deceleration, first, increase the deceleration time. Second, re-evaluate the braking resistor. Third, verify the input voltage. Finally, adjust the PI parameters.
How to fix over-current in Acc process of Emerson Network Power TD3200 Control Unit?
If the Emerson Network Power Control Unit experiences overcurrent during acceleration, it might be due to several reasons. First, the acceleration time may be too short, so prolong it. Second, avoid restarting the motor when it's momentarily stopped; start it after it completely stops. Third, check and correct any incorrect external wiring. Finally, verify and adjust the wiring or the setting of F046 for the PG (Pulse Generator).
What causes overvoltage at constant speed operation in Emerson Network Power Control Unit?
If the Emerson Network Power Control Unit shows overvoltage at constant speed, it could be due to an abnormal change in input voltage or energy regenerated by a negative torque load. To address this, consider mounting an input reactor or connecting an external braking resistor.
What to do if there is overcurrent at constant speed operation in Emerson Network Power Control Unit?
If the Emerson Network Power Control Unit shows overcurrent at constant speed, it may be due to a sudden change or abnormal load. Try adjusting the PI parameters and checking the load.
General| Brand | Emerson Network Power |
|---|---|
| Model | TD3200 Series |
| Category | Control Unit |
| Language | English |
Essential safety guidelines for installing the drive, covering environmental and electrical precautions.
Important considerations for using the drive, covering motor insulation, regeneration, and output connections.
Procedures and safety warnings for the proper disposal of the drive unit.
Explanation of the naming convention used for the TD3200 series drive models.
Details on how to read and interpret the information found on the drive's nameplate.
Overview of the primary models available within the TD3200 series.
Comprehensive list of technical specifications for the TD3200 drive, including voltage, frequency, and control functions.
Information about optional accessories available for the TD3200 drive, such as keypads and cables.
Steps for checking the drive upon unpacking to ensure it is undamaged and correct.
Guidelines and requirements for physically mounting and installing the TD3200 drive.
Instructions for connecting the drive's power and control terminals to external components.
Procedures for installing optional components like operation keypads and display units.
Routine checks and tasks to ensure the drive's optimal performance and longevity.
Scheduled maintenance activities to prevent potential faults and ensure drive reliability.
Guidance on identifying and replacing components that are prone to wear or damage.
Recommendations for storing the drive temporarily or for extended periods.
Information regarding the warranty period and terms for Emerson Network Power products.
General overview of how to operate the drive.
Guidance on common application scenarios and setup for the drive.
Table listing parameters for basic operation, including user password and control modes.
Table of parameters related to Open Door (OD) and Close Door (CD) operations.
Table of parameters used for distance control functions of the drive.
Table of parameters defining Multi-Speed (MS) settings for the drive.
Table of parameters used for demonstration modes of operation.
Table listing parameters related to motor characteristics and auto-tuning.
Table of auxiliary parameters such as carrier frequency and auto-reset settings.
Table of parameters for configuring vector control functions.
Detailed explanations of basic operation parameters like user password and control mode.
Detailed explanations for CD/OD parameters, including start torque and timing.
Detailed explanations for parameters related to distance control functions.
Detailed explanations of parameters for multi-speed operation settings.
Explanation of parameters for demonstration modes.
Detailed explanations of motor parameters and auto-tuning functions.
Explanation of parameters for configuring digital input and output terminals.
Guidance on applying speed control mode 1, including wiring, testing, and parameters.
Guidance on applying distance control mode 1, including wiring, testing, and parameters.
Configuration and testing guidance for distance control mode 2.
