Main Features
Economical & easy common DC bus multi-drive system setup
■Uniform height & depth book-type design, close side-by-side mounting to save cabinet space
■ Built-in DC+/- high-voltage DC busbar and 24V control power busbar for easy common DC bus multi-drive system construction
■Separate 24V control bus energization for pre-powering & parameter setting; main circuit power supply alone also available without external 24V
■ Rectifier modules: Standard and AFE options, supporting 2-quadrant and 4-quadrant regenerative rectification.
■ Common DC bus multi-drive design realizes energy redistribution among multiple drive points; AFE enables grid energy feedback, high efficiency and low harmonic distortion.
Excellent motor control performance
■High-performance dual-core DSP, 125μs current loop cycle, high-precision speed, torque and position control
■High-performance vector control algorithm delivers high-precision flux vector control; both open-loop and closed-loop vector control achieve industry-leading performance.
■Built-in positioning, interpolation & motion planning modules, supporting positioning, master-slave position synchronization and other servo functions.
■Torque control accuracy: ±5% for PG-less flux vector control; ±2% for PG flux vector & servo control
Compatible with various motors and encoder feedbacks
■Supports induction motors, asynchronous servo motors and PMSM servo motors.
■Supports high-performance open-loop vector, closed-loop vector and V/F control.
■Standard equipped with 1-channel 5V differential incremental encoder interface and 1-channel 24V differential/single-ended incremental encoder interface
■Standard with 1 absolute encoder interface, supporting Endat, SSI, Tamagawa and other absolute encoders.
■Standard: 1-channel differential divided encoder output, 1-channel open-collector divided encoder output
■ Optional: 1-channel 5V differential incremental encoder interface, 1 absolute encoder interface and 1 resolver feedback interface
■ Supports dual-motor control per unit and high-speed pulse I/O, integrating VFD and servo functions.
Powerful network communication capability
■Standard isolated RS485 and CANbus (CANopen compliant) interfaces,dual-channel RJ45 Ethernet ports
■Standard Modbus-TCP Ethernet port with long transmission distance and high speed
■Supports extended EtherCAT, Profinet, Profibus, EtherNet/IP, DeviceNet, Powerlink and more.
■EtherCAT communication supports DC synchronization mode to meet high real-time requirements for multi-axis synchronous control in industrial sites.
Abundant debugging functions and tools
■Standard LED panel for basic standalone commissioning
■External LCD panel with Chinese display, supporting parameter upload/download and remote control.
■External LCD panel or host computer can be connected for rapid networking debugging of multiple drives.
■Comes with standard Modbus-TCP Ethernet port. Host computers can quickly connect and network with drives via Ethernet cable for convenient commissioning.
■Powerful PC commissioning software with Chinese & English bilingual display and hierarchical presentation of parameters and variables.
■Built-in multiple functional modules with flexible configuration to satisfy diverse special requirements across various industries.
Expandable STO (Safe Torque Off) safety function
■Equipped with two independent safety inputs STO1, STO2 and one safety monitoring output EDM.
■The STO function hardware-blocks inverter switching actions, ensuring the drive outputs no torque when either STO1 or STO2 loses input signal.
Reliability-oriented design
■Independent air duct design reduces contamination of internal electronic components from external environment.
■Adopts high-air-volume DC fan which can be independently disassembled externally for easy maintenance.
■Comes with built-in Class C3 filter as standard; optional external Class C2 filter available, fully complying with EN61800-3.
Technical Parameters
Dimensions
