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General| Brand | Control Techniques |
|---|---|
| Model | Unidrive 2403 |
| Category | Controller |
| Language | English |
Covers warnings, electrical safety, system design, environmental limits, and compliance.
Details drive ratings, model numbers, and variants for Unidrive range.
Covers safety information and planning aspects like access, environment, cooling, and EMC.
Provides dimensions and methods for surface and through-panel mounting of Unidrive sizes 1 to 5.
Details enclosure layout recommendations and calculation methods for sealed enclosures.
Explains ventilation requirements for size 5 power module and heatsink cooling methods.
Covers electrical installation, power connections, and crucial electrical safety warnings.
Details AC supply voltage, phase, imbalance, frequency range, and maximum fault current.
Details specific points for EMC compliance regarding wiring, grounding, and clearances.
Illustrates default terminal functions for Unidrive, excluding VTC models.
Details default terminal functions specific to Unidrive VTC, including European and USA versions.
Explains the drive display layout and how to operate the keypad controls.
Explains status indications, how to change operating modes, and procedures for saving parameters.
Details the two security levels (Standard, User) and their combinations for parameter access.
Lists and describes parameters found in Menu 0 for various operating modes.
Guides through basic connections and selecting the operating mode for running the motor.
Provides a quick start guide for commissioning induction motors in open-loop mode.
Guides through commissioning induction motors with speed feedback in closed-loop vector mode.
Details the commissioning process for servo motors with speed and position feedback.
Explains motor map parameters for optimizing open-loop motor control performance.
Covers voltage mode selection, autotune process, and slip compensation.
Details motor parameters essential for closed-loop vector motor control.
Explains how to tune speed loop gains (P, I, D) using oscilloscope or software wizard.
Details motor rated current, poles, autotune, and current loop gains for servo motor control.
Explains how to set current limits (motoring, regenerating, symmetrical) for drive protection.
Introduces application macros and lists available macros with their descriptions and codes.
Details the logic diagram for Menu 1, covering speed references and limit settings.
Explains the logic diagram for Menu 2, focusing on ramp acceleration and deceleration.
Details the logic diagram for Menu 3, covering speed feedback and frequency slaving.
Details the logic diagram for Menu 4, covering open-loop current control functions.
Details the logic diagram for Menu 5, covering open-loop machine control functions.
Details the logic diagram for Menu 6, explaining sequencing logic functions.
Illustrates the logic diagram for Menu 7, covering analog input and output configurations.
Details the logic diagram for Menu 8, explaining digital input and output functions.
Explains the logic diagram for Menu 9, covering programmable logic functions.
Illustrates the logic diagram for Menu 13, covering digital lock and shaft orientation features.
Explains the logic diagram for Menu 14, detailing programmable PID function implementation.
Details trip indications, including codes and diagnoses, and alarm indications.
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