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ZF-D200 Servo Drive 220/380V 0.1-4.5Kw for Precision Control

ZF-D200 Servo Drive 220/380V 0.1-4.5Kw for Precision Control

العبوة القياسية: عبوة مربع الكرتون والخشب الرقائقي
فترة التسليم: 3 أيام
طريقة الدفع: L/C ، D/A ، D/P ، T/T ، Western Union ، Moneygram
قدرة التوريد: 500-10000 في الشهر
معلومات مفصلة
اسم العلامة التجارية
ZFeng
إصدار الشهادات
CE、CB、CCC、ISO9001、ISO14001、ISO45001、EN61439、EN61000
رقم الموديل
سلسلة D200
جهد المدخلات:
220/380V
تطابق قوة المحرك:
0.1 ~ 4.5 كيلوواط
نموذج التحكم:
IGBT
ماكس الانتاج الحالي:
3.5 ~ 32.0a
نطاق التحكم في السرعة:
1: 6000
إبراز:

ZF-D200 servo drive 220/380V,servo drive for precision control,0.1-4.5Kw servo drive system

,

servo drive for precision control

,

0.1-4.5Kw servo drive system

وصف المنتج
ZF-D200 Series High-Performance Servo Drive for Precision Control
A high-performance servo drive serves as the cornerstone of precision control, enabling nanometer-level control over motor position, speed, and torque through its high precision, rapid dynamic response, and robust anti-interference capabilities. It finds widespread applications in high-end fields such as industrial automation, robotics, and semiconductor manufacturing.
Core Performance Characteristics
High Precision and Resolution
  • Position/Speed Accuracy: Capable of precisely reaching target positions or maintaining target speeds within milliseconds or even microseconds, with errors controlled below the micrometer level and even reaching nanometer precision in certain scenarios.
  • Feedback Resolution: Supports high-precision encoders (e.g., absolute encoders, resolvers) or linear scales with resolutions exceeding one million lines, enabling picometer-level precision control.
  • Control Cycle: Short control cycles for current, speed, and position loops (e.g., <100μs), ensuring rapid implementation of commands on the motor.
High Dynamic Response Capability
  • Frequency Response Bandwidth: Extremely fast response to step and sine wave signals, with millisecond-level acceleration/deceleration capabilities and short settling times for high-speed tracking of command changes.
  • Current Regulation: High current loop bandwidth (e.g., 200kHz PWM versions) for instantaneous response to torque demand changes, supporting advanced algorithms such as model-based control and adaptive control.
High Overload and High Power Density
  • Overload Capacity: Capable of providing several times the rated torque/current for short periods (e.g., seconds) to handle inertia, rapid starts/stops, or shock loads.
  • Power Density: Delivers high power output within a compact volume, saving space in control cabinets.
Strong Anti-Interference and Vibration Suppression Capabilities
  • Anti-Interference: Robust resistance to power grid fluctuations, load changes, and environmental interference (e.g., electromagnetic noise) for stable operation.
  • Vibration Suppression: Built-in or software-configurable complex filters (e.g., notch filters, low-pass filters) effectively suppress mechanical resonances.
Intelligence and Openness
  • Adaptive Capability: Adapts to load or environmental changes through parameter auto-tuning or adaptive algorithms.
  • Communication Protocols: Supports high-speed real-time industrial Ethernet protocols (e.g., EtherCAT, Profinet IRT) for microsecond-level communication synchronization.
  • Interfaces and Compatibility: Supports multiple standard interfaces (e.g., CANopen, EtherNet/IP) for easy system integration and upgrades.
Typical Application Scenarios
Industrial Automation
  • CNC Machine Tools: Controls spindle and feed axis movements to ensure machining accuracy and surface finish.
  • Packaging Machinery: Achieves precise positioning on high-speed packaging lines to improve production efficiency.
  • Printing Machinery: Synchronizes multi-color printing to prevent registration errors.
Robotics
  • Joint Drives: Enables precise grasping, welding, and assembly operations in robot joints with rapid dynamic response for high-speed starts/stops.
  • Collaborative Robots: Ensures safe human-robot collaboration through torque control modes.
Semiconductor Manufacturing
  • Lithography Machines: Controls wafer stage movements for nanometer-level positioning accuracy.
  • Wire Bonders: Completes chip-to-substrate connections within micrometer-level spaces.
Medical Equipment
  • CT/MRI Scanner Beds: Achieves precise positioning through position control modes to enhance imaging quality.
  • Surgical Robots: Controls the minute movements of surgical tools for improved surgical safety.
Aerospace
  • Actuator Control: Maintains high reliability in extreme environments for precise attitude adjustment of aircraft.
  • Simulators: Simulates complex motion scenarios through rapid dynamic response.
Technological Development Trends
  • Higher Precision and Faster Response: With advancements in materials science and electronics, servo drives will further optimize resolution and control cycles to meet future smart manufacturing demands for nanometer-level control.
  • Intelligence and Adaptive Control: Integration of artificial intelligence and machine learning technologies enables load adaptation, fault prediction, and health management (PHM) to enhance system reliability and maintenance efficiency.
  • Integrated and Modular Design: Integration of controllers, drives, and motors reduces system volume and wiring complexity, while modular expansion supports diverse application scenarios.
  • Green Energy Efficiency and High Performance: Adoption of novel power devices (e.g., SiC, GaN) and efficient control algorithms reduces energy consumption and improves energy conversion efficiency, aligning with global energy-saving trends.
المنتجات الموصى بها
المنتجات
تفاصيل المنتجات
ZF-D200 Servo Drive 220/380V 0.1-4.5Kw for Precision Control
العبوة القياسية: عبوة مربع الكرتون والخشب الرقائقي
فترة التسليم: 3 أيام
طريقة الدفع: L/C ، D/A ، D/P ، T/T ، Western Union ، Moneygram
قدرة التوريد: 500-10000 في الشهر
معلومات مفصلة
اسم العلامة التجارية
ZFeng
إصدار الشهادات
CE、CB、CCC、ISO9001、ISO14001、ISO45001、EN61439、EN61000
رقم الموديل
سلسلة D200
جهد المدخلات:
220/380V
تطابق قوة المحرك:
0.1 ~ 4.5 كيلوواط
نموذج التحكم:
IGBT
ماكس الانتاج الحالي:
3.5 ~ 32.0a
نطاق التحكم في السرعة:
1: 6000
تفاصيل التغليف:
عبوة مربع الكرتون والخشب الرقائقي
وقت التسليم:
3 أيام
شروط الدفع:
L/C ، D/A ، D/P ، T/T ، Western Union ، Moneygram
القدرة على العرض:
500-10000 في الشهر
إبراز

ZF-D200 servo drive 220/380V,servo drive for precision control,0.1-4.5Kw servo drive system

,

servo drive for precision control

,

0.1-4.5Kw servo drive system

وصف المنتج
ZF-D200 Series High-Performance Servo Drive for Precision Control
A high-performance servo drive serves as the cornerstone of precision control, enabling nanometer-level control over motor position, speed, and torque through its high precision, rapid dynamic response, and robust anti-interference capabilities. It finds widespread applications in high-end fields such as industrial automation, robotics, and semiconductor manufacturing.
Core Performance Characteristics
High Precision and Resolution
  • Position/Speed Accuracy: Capable of precisely reaching target positions or maintaining target speeds within milliseconds or even microseconds, with errors controlled below the micrometer level and even reaching nanometer precision in certain scenarios.
  • Feedback Resolution: Supports high-precision encoders (e.g., absolute encoders, resolvers) or linear scales with resolutions exceeding one million lines, enabling picometer-level precision control.
  • Control Cycle: Short control cycles for current, speed, and position loops (e.g., <100μs), ensuring rapid implementation of commands on the motor.
High Dynamic Response Capability
  • Frequency Response Bandwidth: Extremely fast response to step and sine wave signals, with millisecond-level acceleration/deceleration capabilities and short settling times for high-speed tracking of command changes.
  • Current Regulation: High current loop bandwidth (e.g., 200kHz PWM versions) for instantaneous response to torque demand changes, supporting advanced algorithms such as model-based control and adaptive control.
High Overload and High Power Density
  • Overload Capacity: Capable of providing several times the rated torque/current for short periods (e.g., seconds) to handle inertia, rapid starts/stops, or shock loads.
  • Power Density: Delivers high power output within a compact volume, saving space in control cabinets.
Strong Anti-Interference and Vibration Suppression Capabilities
  • Anti-Interference: Robust resistance to power grid fluctuations, load changes, and environmental interference (e.g., electromagnetic noise) for stable operation.
  • Vibration Suppression: Built-in or software-configurable complex filters (e.g., notch filters, low-pass filters) effectively suppress mechanical resonances.
Intelligence and Openness
  • Adaptive Capability: Adapts to load or environmental changes through parameter auto-tuning or adaptive algorithms.
  • Communication Protocols: Supports high-speed real-time industrial Ethernet protocols (e.g., EtherCAT, Profinet IRT) for microsecond-level communication synchronization.
  • Interfaces and Compatibility: Supports multiple standard interfaces (e.g., CANopen, EtherNet/IP) for easy system integration and upgrades.
Typical Application Scenarios
Industrial Automation
  • CNC Machine Tools: Controls spindle and feed axis movements to ensure machining accuracy and surface finish.
  • Packaging Machinery: Achieves precise positioning on high-speed packaging lines to improve production efficiency.
  • Printing Machinery: Synchronizes multi-color printing to prevent registration errors.
Robotics
  • Joint Drives: Enables precise grasping, welding, and assembly operations in robot joints with rapid dynamic response for high-speed starts/stops.
  • Collaborative Robots: Ensures safe human-robot collaboration through torque control modes.
Semiconductor Manufacturing
  • Lithography Machines: Controls wafer stage movements for nanometer-level positioning accuracy.
  • Wire Bonders: Completes chip-to-substrate connections within micrometer-level spaces.
Medical Equipment
  • CT/MRI Scanner Beds: Achieves precise positioning through position control modes to enhance imaging quality.
  • Surgical Robots: Controls the minute movements of surgical tools for improved surgical safety.
Aerospace
  • Actuator Control: Maintains high reliability in extreme environments for precise attitude adjustment of aircraft.
  • Simulators: Simulates complex motion scenarios through rapid dynamic response.
Technological Development Trends
  • Higher Precision and Faster Response: With advancements in materials science and electronics, servo drives will further optimize resolution and control cycles to meet future smart manufacturing demands for nanometer-level control.
  • Intelligence and Adaptive Control: Integration of artificial intelligence and machine learning technologies enables load adaptation, fault prediction, and health management (PHM) to enhance system reliability and maintenance efficiency.
  • Integrated and Modular Design: Integration of controllers, drives, and motors reduces system volume and wiring complexity, while modular expansion supports diverse application scenarios.
  • Green Energy Efficiency and High Performance: Adoption of novel power devices (e.g., SiC, GaN) and efficient control algorithms reduces energy consumption and improves energy conversion efficiency, aligning with global energy-saving trends.