Description

WINGREEN ATKB_V5.0_A01 03ZSTI4-01-501

1. Overview

WINGREEN ATKB_V5.0_A01 03ZSTI4-01-501 is an industrial-grade core control module. It is mainly designed to provide high-precision motion control, logic operation and process management services for industrial automation control systems, large-scale power equipment and complex production units. As the brain-like core component of automation systems, the product integrates high-performance microprocessors and advanced control algorithms. It features powerful computing capacity, stable control performance and excellent device compatibility, and can efficiently complete core tasks including motion trajectory planning, process parameter adjustment and equipment status monitoring.

2. Technical Specifications

• Product Specification: Original WINGREEN standard model ATKB_V5.0_A01 03ZSTI4-01-501, industrial-grade core control module, fully complying with industrial equipment supporting standards and relevant industry specifications, and adaptable to the full range of WINGREEN industrial control equipment control requirements.
• Material Standard: Built with high-quality industrial components and integrated metal protective housing. The housing is specially treated with anti-corrosion, wear-resistant and anti-static surface finish, with excellent wear resistance, aging resistance and electromagnetic interference resistance. The internal core processor adopts high-stability industrial chips which are strictly screened and tested to ensure long-term stable operation, low failure rate and adaptation to harsh on-site industrial environments.
• Environmental Adaptability: Operating temperature: -20℃ ~ 70℃; tolerable fluctuations in temperature and humidity (operating humidity: 5% ~ 95%, non-condensing). It features outstanding electromagnetic interference resistance, moisture resistance, dust resistance and vibration resistance, enabling stable operation in complex industrial sites with heavy dust, humidity and strong electromagnetic interference. Storage temperature: -40℃ ~ 85℃, conforming to general industrial storage standards. Storage in high-temperature, humid and highly corrosive environments is prohibited.
• Installation Specification: Compact modular design with moderate weight, suitable for high-density internal installation in industrial equipment without occupying excessive space. Installation complies with universal industrial standards, supporting DIN rail mounting or screw fixing. With standardized interfaces, it realizes seamless connection to various industrial control devices, actuators and sensors without customized adaptation, reducing system integration difficulty.
• Operational Parameters: Mean Time Between Failures (MTBF) meets high industrial-grade requirements. It features low power consumption and excellent heat dissipation, supporting 24-hour continuous stable operation with extremely low failure rate. With fast control response and high computing precision, it supports multi-task parallel processing to ensure timeliness, accuracy and reliability of control instructions in industrial systems.
• Core Parameters: Equipped with a high-performance industrial microprocessor with powerful real-time computing and control capabilities. It supports mainstream motion control protocols including Modbus, CANopen and EtherCAT, adapting to various actuators such as servos and inverters. It is equipped with multiple high-speed analog and digital I/O interfaces for flexible control node expansion. With large program storage capacity, it supports efficient operation of complex control algorithms and logic programs.

3. Technical Features

• Wide Compatibility: Seamlessly integrable with DCS distributed control systems and PLC programmable logic control systems. It is compatible with various industrial sensors, actuators (servo motors, inverters, pneumatic/hydraulic actuators, etc.) and communication terminals. Highly universal for industrial devices from different manufacturers and models, no customized adaptation is required, meeting control integration demands across multiple industries and scenarios.
• High Operational Reliability: Manufactured from premium industrial components with precise processing technology, it has prominent resistance to electromagnetic interference, moisture, dust and vibration. It adapts to dynamic temperature and humidity changes on industrial sites, effectively avoiding control performance degradation or system crash caused by environmental factors. Built-in watchdog and multiple safety protection mechanisms automatically handle abnormal conditions to guarantee continuity and accuracy of data computing and control instructions. With long MTBF, it ensures continuous and safe operation of industrial control systems.
• Complete & Practical Functions: It undertakes four core functions: motion control, logic operation, process management and data processing. It efficiently completes motion trajectory planning, precise speed/position/torque control, production process logic judgment, equipment status monitoring and data recording. It supports embedding and operation of complex algorithms such as PID and fuzzy control, providing solid fundamental support for precise control, remote monitoring and optimized control of industrial systems, and facilitating intelligent and efficient operation of industrial equipment.
• Excellent Usability: With standardized design and simple installation procedure, it requires no complicated parameter configuration. Program downloading, parameter setting and status monitoring can be completed via upper computer software or special debugging tools. Equipped with clear status indicators (power, operation, fault, communication, etc.), it allows on-site personnel to quickly judge operating status. Subsequent maintenance is convenient with rapid troubleshooting and component replacement, greatly improving operation and maintenance efficiency.
• Superior Durability: Integrated industrial metal protective housing with strong resistance to wear, aging, corrosion and vibration. It can withstand slight vibration and impact on industrial sites, effectively extending service life and reducing long-term operation and maintenance costs. Internal circuits are designed with short-circuit, overload and surge protection to further enhance operational safety and anti-interference capability.

4. Application Scenarios

• Industrial Automation: As a core control module, it is widely applied in chemical, power, metallurgy, municipal, building materials, automobile manufacturing and other industries. It realizes precise control of industrial control cabinets, large production lines and automatic assembly lines, completing trajectory control of moving parts, accurate parameter adjustment and logical management of production processes to ensure stable, efficient and safe production operation.
• Power Equipment Control: Adapted to control systems of large power equipment including steam turbines, compressors, pump units and fans. It undertakes tasks of equipment status monitoring, parameter adjustment and safety protection to ensure efficient, stable and safe operation of power equipment, meeting control and retrofitting requirements of on-site power systems.
• Intelligent Equipment Control: Applied to intelligent equipment such as industrial robots, automatic manipulators, CNC machine tools and 3C electronic manufacturing equipment. It realizes high-precision motion control, posture adjustment and process execution, supporting intelligent and flexible production of intelligent equipment and improving production automation level and product quality.
• Other Applications: Suitable for legacy industrial control system upgrading and equipment retrofitting, replacing old control cores with high-performance ones to improve control precision and operational stability. It is also applicable to experimental testing equipment and special production devices requiring precise control, meeting control and upgrading demands of multi-industry industrial equipment.