High performance servo system Excellent performance, safe and reliable, convenient and easy to use, compact size

High performance servo system Analysis of Industry Pain Points Frequent Failures and Low Reliability Limited Space Restricting Design Complex Wiring and Low Efficiency Difficulty in troubleshooting failures impacts Overall Equipment Effectiveness (OEE) and production continuity, leading to significant economic losses. Bulky electrical components often become a bottleneck in equipment structural design, limiting innovation in miniaturization and modularity. This has become one of the main bottlenecks affecting production cycle time and installation reliability. Complex and Lengthy j Commissioning...

High performance servo system Integrating advanced self-tuning, adaptive control, automatic inertia identification, and automatic vibration suppression functions, making commissioning smarter and more efficient. Utilizing cage-clamp, tool-less terminals significantly improves wiring efficiency, saving time and effort during installation and maintenance. Standard Type-C interface supports parameter reading/writing and firmware upgrade in USB power supply mode, offering convenience and peace of mind. Bus Models: Feature frequency division output as standard. Pulse Models: Integrate long-line driver,...

High performance servo system Multiple Protections, Worry-free Operation Equipped with dynamic braking as standard and optional Multiple protection mechanisms (overvoltage, overcurrent, STO (Safe Torque Off), reducing the risk associated with overheating, etc.) and an ultra-low failure rate ensure emergency stops. continuous and stable equipment operation. The Black Box Traceability System automatically captures operational data at the moment of failure, pinpoints issues, and assists technicians in rapid diagnosis. Three-year Warranty, Worry-free After-sales Service 0 Comprehensive Certifications...

High performance servo system I DS6 Servo Drive Naming Convention © Drive Power Rating I DS6 Series Drive Model Overview

High performance servo system © Main Circuit Terminal Definitions CNS:STO Signal CN3: USB Type-C Interface CN1: EtherCAT Communication Port CNO: Control Terminals CN2: Encoder Connection Terminals (DCNl Port

High performance servo system

High performance servo system Servo system ■ Configuration Interface ■ Wizard Setup Interface Parameter Table Supports parameter read, modify, save, and download, covering all P-group parameters and U-group monitoring parameters with detailed descriptions. Parameters are categorized by function into Overview, Control Mode, and Gain Tuning for easy management. Guides users through speed, torque limit, and motor direction settings. Automatically optimizes gain configuration based on parameters such as device operating state matching method, mode, and load type. Drive, Motorjnformation Supports...

High performance servo system ServoWpf■ Control Interface ■ Motion Interface ■ Tuning Interface I Real-time Dynamic Curve Observation | Integrates inertia identification, rigidity selection, mechanical characteristic measurement, and resonance suppression functions. Users can configure parameters based on actual equipment operating conditions to achieve optimal gain tuning and dynamic adjustment. Supports position jogging and speed jogging operations, facilitating equipment debugging and operational verification. Provides an intuitive gain tuning environment for speed loop, position loop, and...

High performance servo system ■ Excellent performance High dynamic response • The speed loop response bandwidth of up to 2.8kHz can meet the requirements of devices with fast response speed and high accuracy. • The resonance suppression control algorithm can effectively shorten the setting time, eliminate mechanical resonance, and make path tracking smooth and accurate. • Resonance frequency automatic inspection, with stronger usability. • Improved vibration frequency recognition accuracy by 50% (compared to DS5L1). • 50% reduction in resonance frequency analysis time (compared to DS5L1). Feedback...

• When the motor is running, in the event of a power outage or alarm, the servo will be turned off and the three-phase circuit of the motor will be short circuited. The servo motor will quickly stop, ensuring the safety of operators and machine equipment. • Supports multiple protection functions, such as P+ overcurrent protection, ground short circuit protection, P- overcurrent protection, etc., with ultra-low failure rate, users can use it with peace of mind. Ground short circuit protection ■ Stable and easy to use|_S-shaped acceleration and deceleration curve • The S-shaped acceleration and...

High performance servo system Safe and reliableStable and easy to useEM Fully functional 48ft fl> ■ Excellent performance _High dynamic response_ • 3kHz speed loop response bandwidth. High dynamic • Advanced control algorithms provide the optimal solution response, improving production efficiency. for achieving fast and flexible results in fast positioning Resonance suppression Mechanical end resonance suppression • The resonance suppression control algorithm can effectively shorten the setting time, eliminate mechanical resonance, and make path tracking smooth and accurate. Resonance frequency...

High performance servo system ■ Safe and reliable Dynamic braking Multiple protection functions • When the motor is running, in the event of a power outage or alarm, the servo will be turned off and the three-phase circuit of the motor will be short circuited. The servo motor will quickly stop, ensuring the safety of operators and machine equipment. • Supports multiple protection functions, such as ground short circuit protection, P- overcurrent protection, etc., with ultra-low failure rate, users can use it with peace of mind. Servo motor Control signal • Ground short circuit protection ■ Stable...

High performance servo system ■ Excellent performance Resonance suppression _High dynamic response • 3kHzspeed loop response bandwidth, synchronization period 250us, high dynamic response, improve production efficiency. • Advanced control algorithms provide the optimal solution for achieving fast and flexible results in fast positioning systems. • The resonance suppression control algorithm can effectively shorten the setting time, eliminate mechanical resonance, and make path tracking smooth and accurate. • Resonance frequency automatic inspection, with stronger usability. • The accuracy of...