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General| Output Power | 7.5 kW |
|---|---|
| Protection Level | IP20 |
| IP Rating | IP20 |
| Series | VFD-VL |
| Input Voltage | 3-phase 380 ~ 480 VAC |
| Power Rating | 7.5 kW |
| Output Current | 15 A |
| Control Mode | Torque |
| Communication Interface | RS-485 |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Overload, Overtemperature |
Procedures for receiving and inspecting the hybrid servo drive upon arrival.
Detailed technical specifications for the hybrid servo drive models.
General overview of the hybrid servo system components and operation.
Guidelines and requirements for installing the hybrid servo drive.
Physical dimensions and mounting information for different drive frames.
Explanation of wiring diagrams and connection procedures.
Details about terminals on the main circuit for power connections.
Details about terminals on the control circuit for signal connections.
Overview of the keypad control panel and its functions.
Flowcharts for system setup and machine adjustment procedures.
Step-by-step guide for adjusting the hybrid servo drive parameters.
Procedure for tuning the drive in a confluence mode operation.
Procedure for adjusting drive parameters in confluence/diversion modes.
Summary of system, motor, protection, I/O, and communication parameters.
Detailed explanations of each parameter setting and their functions.
Identification and display of unusual signals and error messages.
Troubleshooting steps for dynamic faults like overcurrent and ground faults.
Methods to resolve issues caused by electromagnetic noise and induction.
Guidelines for suitable environmental conditions for operation and installation.
Regular maintenance checks and inspection procedures for the hybrid servo drive.
Identifying and resolving issues caused by greasy dirt contamination.
Identifying and resolving issues caused by fiber dust contamination.
Identifying and resolving issues caused by fluid erosion on components.
Identifying and resolving issues caused by industrial dust contamination.
Common problems related to wiring and installation and their solutions.
Troubleshooting errors related to multi-function input/output terminals.
Recommended procedures for maintaining the coupling mechanism.
Procedures for receiving and inspecting the hybrid servo drive upon arrival.
Detailed technical specifications for the hybrid servo drive models.
General overview of the hybrid servo system components and operation.
Guidelines and requirements for installing the hybrid servo drive.
Physical dimensions and mounting information for different drive frames.
Explanation of wiring diagrams and connection procedures.
Details about terminals on the main circuit for power connections.
Details about terminals on the control circuit for signal connections.
Overview of the keypad control panel and its functions.
Flowcharts for system setup and machine adjustment procedures.
Step-by-step guide for adjusting the hybrid servo drive parameters.
Procedure for tuning the drive in a confluence mode operation.
Procedure for adjusting drive parameters in confluence/diversion modes.
Parameters related to the system configuration and operation.
Parameters for configuring motor characteristics and performance.
Parameters for setting up protection functions and fault detection.
Parameters for configuring digital and analog I/O signals.
Parameters for setting up communication interfaces and protocols.
Identification and display of unusual signals and error messages.
Troubleshooting steps for dynamic faults like overcurrent and ground faults.
Methods to resolve issues caused by electromagnetic noise and induction.
Guidelines for suitable environmental conditions for operation and installation.
Regular maintenance checks and inspection procedures for the hybrid servo drive.
Identifying and resolving issues caused by greasy dirt contamination.
Identifying and resolving issues caused by fiber dust contamination.
Identifying and resolving issues caused by fluid erosion on components.
Identifying and resolving issues caused by industrial dust contamination.
Common problems related to wiring and installation and their solutions.
Troubleshooting errors related to multi-function input/output terminals.
Recommended procedures for maintaining the coupling mechanism.
Information on selecting and using braking resistors for servo drives.
Recommendations for selecting non-fuse circuit breakers for protection.
Guidelines for selecting appropriate fuses for the servo drive.
Information on input and output reactors for improving performance and protection.
Details and functions of the optional digital keypad for control.
Information on selecting and installing EMI filters for noise reduction.
Details on speed feedback encoders and their connection.
Instructions for mounting the hybrid servo drive on a wall.
General introduction to the CANopen protocol and its application.
Wiring instructions for connecting the VJ series drive via CANopen.
Descriptions of CANopen communication interfaces and control modes.
Index of supported CANopen parameters and definitions.
Introduction to Delta MSJ series servo motors for hybrid systems.
Explanation of the naming convention for MSJ servo motor models.
Detailed technical specifications for MSJ servo motors at 220V and 380V.
Torque-speed characteristic curves for MSJ servo motors.
Physical appearance and dimensional data for MSJ servo motor frames.
Wiring diagrams and recommendations for the servo oil pump.
