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Contact details for Delta Electronics in Asian countries.
Contact details for Delta Electronics in EMEA region.
Contact details for Delta Electronics in the Americas.
Critical warnings regarding electrical hazards and component sensitivity.
Precautions related to voltage ratings and installation safety.
Details about the AC motor drive's nameplate specifications and model name structure.
Information on serial number format and applying for after-sales service via mobile device.
Explanation of the RFI jumper's function and its impact on EMC performance.
Mechanical dimensions and mounting hole details for Frame A models.
Mechanical dimensions and mounting hole details for Frame B models.
Mechanical dimensions and mounting hole details for Frame C models.
Mechanical dimensions and mounting hole details for Frame D models.
Guidelines for minimum mounting clearances for proper installation and heat dissipation.
Requirements for preventing particles, cabinet installation, and pollution degree control.
Graph illustrating output current rating derating based on ambient temperature.
Precautions to avoid wiring mistakes, including power off and terminal verification.
Diagram illustrating the system wiring connections, including reactors and filters.
Detailed wiring instructions for single-phase and three-phase power connections.
Explanation of Sink and Source modes for input signals.
Precautions and guidelines for connecting main power terminals.
Instructions for connecting main circuit output terminals and reversing motor direction.
Wiring instructions for DC reactors, brake resistors, and common DC BUS applications.
Diagram showing main circuit connections and specifications for terminals and ring lugs.
Wire gauge, screw torque, and voltage rating specs for Frames A, B, C, and D.
Guidance on analog input wiring, noise reduction, and output configurations.
Description of contact input terminals and their modes (Sink/Source).
Instructions for connecting transistor and relay output terminals, including polarity.
Important precautions and specifications for wiring control terminals.
Detailed description of terminal functions for digital inputs, outputs, and communication.
Table detailing brake resistors and units used for AC motor drives.
Recommended non-fuse circuit breaker ratings and fuse specifications.
Information on AC/DC and Zero Phase reactors for power factor and noise reduction.
Guidance on choosing EMC filters and shield plates for compliance.
Information on capacitive filters and conduit box specifications.
Fan kit details and DIN-rail mounting instructions.
Adapter plates for changing wiring methods between drive series.
Introduction to digital keypads, communication settings, and TPEditor software.
Description of keypad display elements, parameter setup, and copy functions.
How to view fault records and lock/unlock the keypad.
Step-by-step guide for installing option cards, including cover removal and screw torque.
Product profile, features, and specifications of the EMM-SAF01 STO card.
Electrical and mechanical specifications for different voltage series and frames.
General specs for control methods, motors, frequency, protection, and certifications.
Environmental limits for operation/storage and derating guidelines for temperature/altitude.
Description of the physical keyboard layout, display areas, and keys.
Explanation of keypad functions, display items, and operation processes.
Guide to setting parameters, selecting applications, and managing changed lists.
Procedures for copying parameters, managing fault records, and locking the keypad.
Adjusting display settings like contrast, backlight, text color, and start-up screens.
Summary of core drive parameters, including identity code and rated current.
Summary of basic operational parameters like frequency, voltage, and timing.
Summary of digital, analog, and motor parameters.
Summary of multi-step speed, protection, and communication parameters.
Summary of PID, speed feedback, advanced, function, and macro parameters.
Detailed explanation of drive parameters like identity code, reset, and display settings.
Detailed explanation of basic parameters like frequency, voltage, and acceleration/deceleration times.
Detailed explanation of digital I/O parameters for operation control and multi-function terminals.
Detailed explanation of analog input/output parameters, including bias, gain, and filter.
Detailed explanation of parameters for setting multiple speed steps.
Detailed explanation of parameters for motor identification, tuning, and characteristics.
Detailed explanation of protection parameters for various fault conditions.
Detailed explanation of special parameters like software brake and energy saving.
Detailed explanation of PID control parameters.
Detailed explanation of communication parameters for Modbus and RS-485.
Detailed explanation of parameters for speed feedback control.
Detailed explanation of advanced system control and PWM mode parameters.
Detailed explanation of parameters for functions like multi-pump control.
Summary and details of application macros for Fan, Pump, Conveyor, Packing.
Detailed explanation of protection parameters for output frequency, voltage, current, and temperature faults.
Procedures for adjusting PM motor parameters during start-up (with and without load).
Codes and descriptions for communication errors (CE1, CE2, CE3, CE4, CE10).
Codes and descriptions for keypad copy errors (SE1, SE2) and motor over-heating (oH1).
Codes and descriptions for PID feedback loss (AFE) and analog input loss (ACE).
Codes and descriptions for motor under-current (uC), over-torque (ot1, ot2), over-heating (oH3), and auto-tuning (tUn).
Causes and corrective actions for over-current faults during acceleration, deceleration, constant speed, and stop.
Causes and corrective actions for over-voltage (ovA, ovd, ovn, ovS) and low-voltage (LvA, Lvd, Lvn, LvS) faults.
Causes and corrective actions for ground fault (GFF), phase loss (orP), IGBT over-heat (oH1), motor overload (oL), and electronic thermal relay faults (EoL1, EoL2).
Causes and corrective actions for hardware errors (cd1, cd2, cd3, Hd0, Hd1) and auto-tuning errors (AUE1, AUE2, AUE3).
Description of the Safe Torque Off (STO) function and its compliance with safety standards.
Description of STO terminal functions, signal inputs, and status logic.
Internal circuit and wiring diagrams for the safe control loop and STO function.
Table of relevant safe loop parameters and failure rate data.
How to reset STO parameters and timing diagrams for STO/STL operation.
List of STO/STL error codes and their corresponding troubleshooting instructions.
Step-by-step verification procedure for STO and related detection functions.
General