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General| Model | VFD300VL43C-J |
|---|---|
| Category | Servo Drives |
| Brand | Delta |
| Output Frequency | 0-400 Hz |
| Power Range | 30 kW |
| Horsepower | 40 hp |
| Output Power | 30 kW |
| Output Current | 60 A |
| Cooling Method | Fan Cooling |
| Altitude | Up to 1000 m |
| Control Method | Vector Control |
| Communication Protocol | CANopen |
| Protection Features | Overvoltage, Undervoltage, Overcurrent, Overtemperature |
| Operating Temperature | -10°C to 50°C |
| Storage Temperature | -20 ~ +60 °C (-4 ~ 140 °F) |
| Humidity | 90% RH or less (non-condensing) |
| Input Voltage | 3-phase 380 ~ 480 VAC |
Procedure for inspecting the hybrid servo drive upon receipt and checking for shipping damage.
Details technical specifications for Air Cooled VFD-VJ-A and VJ-C models.
Provides a general understanding of hybrid servo systems and selection criteria for drives and motors.
Guidelines and environmental conditions required for safe installation of the hybrid servo drive.
Shows dimensional drawings and specifications for Frame C of VJ-A.
General description and precautions for wiring the hybrid servo drive's main and control circuits.
Details the main circuit terminals, their functions, and recommended wiring practices.
Explains the control circuit terminals, including SINK/SOURCE mode selection.
Overview of the keypad control panel (KPVJ-LE02) and its displayed function items.
Flowcharts illustrating system setup and machine adjustment steps for VFD-VJ.
Step-by-step guide for adjusting motor parameters, including auto-tuning.
Procedure for tuning the drive in confluence mode, covering master and slave settings.
Steps for adjusting the drive in confluence/diversion modes for multi-pump operation.
Lists and describes system-related parameters for the hybrid servo drive model.
Details parameters for motor configuration, auto-tuning, and specifications.
Lists and explains protection parameters, including fault codes and their descriptions.
Describes parameters for digital and analog input/output configuration and signals.
Covers parameters for communication protocols like Modbus and CANopen.
Identifies unusual signals, indicator displays, and error/fault/alarm codes.
Provides troubleshooting flowcharts for common faults like overcurrent, ground fault, and over/under voltage.
Offers methods to mitigate electromagnetic noise and induction issues for improved performance.
Discusses environmental factors, installation requirements, and precautions for operation.
Outlines regular checks and maintenance procedures for ambient environment, voltage, and mechanical parts.
Addresses issues caused by greasy dirt accumulation and its potential damage to the drive.
Details problems caused by fiber dust, especially in textile environments, leading to overheating.
Explains erosion issues caused by fluid ingress and potential component malfunction or explosion.
Discusses damages caused by industrial dust pollution, leading to overheating or drive explosion.
Covers common issues related to incorrect wiring, poor fastening, and internal modifications.
Addresses errors caused by overusing or exceeding limits of multi-function input/output terminals.
Recommends periodic visual checks for coupling condition, alignment, and screw tightness.
Information on selecting and using braking resistors for VJ-A and VJ-C models.
Guidance on selecting non-fuse circuit breakers compliant with UL standards for VJ-C series.
Recommendations for fuse specifications and installation compliance in the US and Canada.
Details on installing AC input reactors to improve power factor and reduce interference.
Information on the digital keypad used for display and control of the VFD-VJ series.
Lists applicable EMI filters and recommendations for installation and motor cable selection.
Details on the encoder connector (J1 Terminal) and wiring for speed feedback.
Instructions and cutout dimensions for wall-mounting the hybrid servo drive.
Introduces CANopen protocol, its features, supported functions, and services.
Provides instructions for wiring CANopen communication between the drive and master.
Explains CANopen control modes (DS402, Delta Standard) and operation control.
Lists CANopen indices and definitions for Delta Standard and DS402 standards.
Introduces Delta MSJ servo motors and their specialized functions for hybrid servo systems.
Explains the naming convention and components of MSJ servo motor model numbers.
Provides detailed technical specifications for MSJ servo motors at 220V and 380V.
Displays torque-rotation characteristic curves for various MSJ servo motor models.
Shows physical appearance and dimensional drawings for different MSJ motor frames.
Provides wiring diagrams and recommended wire sizes for servo oil pumps.
