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H100
RONWIN
Control card (drive controller) is the necessary accessories of motor driven roller, which is not only provide power supply to the roller, but also adjust the roller speed, rotation direction in positive and negative and control roller start and stop, etc. Many pieces of control card can be connected to be controlled by PLC to realize intelligent control. H100 bus controller is specifically designed for high-speed, real-time control and multi-scenario applications.
Designed to meet the demands of high-speed operation, real-time control, and multi-scenario applications in conveyor systems, the H100 bus controller integrates edge control algorithms, bus communication, and IoT technologies. It enables automated generation of conveyor line topology and implements zero-pressure accumulation (ZPA) between sections, along with one-click parameter configuration, significantly reducing on-site commissioning time.
Featuring spring-type sensor interfaces and a puncture-style power cable connection, the system ensures quick and efficient field installation.
Through industrial Ethernet bus communication, it facilitates the transmission of comprehensive motor operation and system status data, laying the foundation for value-added services such as statistical analysis and predictive equipment maintenance.
Based on industrial Ethernet bus protocols, it supports various communication protocols such as Profinet I/O, Ethernet I/P, CC-Link IEF Basic, and Modbus TCP, ensuring extensive compatibility and flexibility.
Provides 4-channel motor drive and control to meet diverse conveying needs.
Offers a total of 4 customizable IO channels, which can be connected to buttons, alarm lights, PLCs, etc., enhancing the system's scalability and customization.
The built-in zero-pressure accumulation control algorithm ensures the smooth operation of the conveyor line and the safety of goods.
| 1. The system supports conveyor lines of any topology, accommodating the operational requirements of diverse scenarios and enabling broader applications. | 2. It eliminates the need for gateways and features a spring-loaded sensor interface along with a puncture-style power cable connection. With automatic parameter backup, installation is simplified. |
| 3. Parameters can be configured via Ethernet or Bluetooth. All control cards within the same network segment can be configured with a single click. Built-in ZPA logic streamlines the debugging process. | 4. The system provides comprehensive and real-time operational data reporting, facilitating remote monitoring, data analytics, and predictive maintenance for more intelligent equipment management. |
The installation process on Jianhua Road utilizes a spring-type sensor interface.
The power lines adopt a piercing connection method, enhancing on-site installation convenience.
Parameters can be configured and monitored remotely via Ethernet or Bluetooth.
With an extensive operating temperature range of -20°C to 40°C, stable performance is ensured in varying environmental conditions.
Features such as reverse connection protection, overvoltage and undervoltage protection, and over-temperature protection guarantee system safety and reliability.
Control card (drive controller) is the necessary accessories of motor driven roller, which is not only provide power supply to the roller, but also adjust the roller speed, rotation direction in positive and negative and control roller start and stop, etc. Many pieces of control card can be connected to be controlled by PLC to realize intelligent control. H100 bus controller is specifically designed for high-speed, real-time control and multi-scenario applications.
Designed to meet the demands of high-speed operation, real-time control, and multi-scenario applications in conveyor systems, the H100 bus controller integrates edge control algorithms, bus communication, and IoT technologies. It enables automated generation of conveyor line topology and implements zero-pressure accumulation (ZPA) between sections, along with one-click parameter configuration, significantly reducing on-site commissioning time.
Featuring spring-type sensor interfaces and a puncture-style power cable connection, the system ensures quick and efficient field installation.
Through industrial Ethernet bus communication, it facilitates the transmission of comprehensive motor operation and system status data, laying the foundation for value-added services such as statistical analysis and predictive equipment maintenance.
Based on industrial Ethernet bus protocols, it supports various communication protocols such as Profinet I/O, Ethernet I/P, CC-Link IEF Basic, and Modbus TCP, ensuring extensive compatibility and flexibility.
Provides 4-channel motor drive and control to meet diverse conveying needs.
Offers a total of 4 customizable IO channels, which can be connected to buttons, alarm lights, PLCs, etc., enhancing the system's scalability and customization.
The built-in zero-pressure accumulation control algorithm ensures the smooth operation of the conveyor line and the safety of goods.
| 1. The system supports conveyor lines of any topology, accommodating the operational requirements of diverse scenarios and enabling broader applications. | 2. It eliminates the need for gateways and features a spring-loaded sensor interface along with a puncture-style power cable connection. With automatic parameter backup, installation is simplified. |
| 3. Parameters can be configured via Ethernet or Bluetooth. All control cards within the same network segment can be configured with a single click. Built-in ZPA logic streamlines the debugging process. | 4. The system provides comprehensive and real-time operational data reporting, facilitating remote monitoring, data analytics, and predictive maintenance for more intelligent equipment management. |
The installation process on Jianhua Road utilizes a spring-type sensor interface.
The power lines adopt a piercing connection method, enhancing on-site installation convenience.
Parameters can be configured and monitored remotely via Ethernet or Bluetooth.
With an extensive operating temperature range of -20°C to 40°C, stable performance is ensured in varying environmental conditions.
Features such as reverse connection protection, overvoltage and undervoltage protection, and over-temperature protection guarantee system safety and reliability.
