BEDOOK EWD-Z800 Web Guiding Actuator

The BEDOOK EWD-Z800 Web Guiding Actuator is a heavy-duty solution engineered for precise web deviation rectification in industrial applications.

Featuring a high-power stepper motor and linear structure, this Web Deviation Rectifying Actuator delivers 800kg of pushing force, making it ideal for heavy-web industries.

As part of BEDOOK’s advanced actuator lineup, the EWD-Z800 combines robust performance with intelligent feedback systems, ensuring reliable operation in high-tension environments such as steel processing or wide-format composite manufacturing.

Product Features (BEDOOK EWD-Z800 Web Guiding Actuator)

Designed for versatility, the EWD-Z800 Web Guiding Actuator stands out for its linear structure, which minimizes overall height while maximizing thrust.

BEDOOK’s commitment to innovation is evident in its built-in positioning sensor, enabling real-time feedback and closed-loop control with BEDOOK’s XPC-100L controllers.

Whether integrated into packaging lines, paper mills, or aerospace facilities, this Web Deviation Rectifying Actuator simplifies complex web guiding tasks with its modular design and CAN-Bus compatibility.

• Heavy-Duty Thrust for Industrial Demands: With an 800kg max pushing force, the EWD-Z800 outperforms many competitors by 200-300kg, making it suitable for ultra-heavy materials like rolled steel or multi-layer composites. Competitors often cap at 500kg, limiting their use in high-tension applications where the EWD-Z800 excels.
• Dual Stroke Options for Flexibility: The series offers ±75mm and ±100mm stroke lengths, catering to both moderate and extreme web deviations. For example, in corrugated board production, the ±100mm stroke handles sudden web shifts, while the ±75mm variant suits steady-state guiding in textile laminating, providing versatility unmatched by single-stroke models.
• Precision Positioning with Real-Time Feedback: The built-in positioning sensor ensures 0.02mm accuracy, preventing overshooting and ensuring precise actuator placement. This is critical in semiconductor wafer handling, where deviations damage components, unlike actuators without real-time feedback.
• Seamless CAN-Bus Integration: Compatible with BEDOOK’s CAN2.0 controllers, the EWD-Z800 achieves sub-10ms communication latency, enabling synchronized operation with sensors and HMIs. This reduces setup complexity compared to actuators with proprietary interfaces.
• Space-Saving Linear Structure: The linear design minimizes overall height, making it ideal for installations with vertical space constraints. Unlike bulkier U-shaped actuators, the EWD-Z800 fits into tight machinery, reducing retrofit costs.
• Comprehensive Protection System: Built-in over-current, over-voltage, and thermal protection safeguards the actuator in harsh environments, such as near furnaces in metal processing or high-humidity zones in paper mills. Competitors without such protections are prone to premature failure.

Product Parameters

Product Applications

• Metal Processing: Guides heavy steel sheets in rolling mills, correcting deviations from thermal expansion or uneven feeding.
• Wide-Format Textiles: Manages large fabric webs in carpet manufacturing, ensuring uniform tension during tufting.
• Aerospace Composites: Positions carbon fiber rolls in aircraft component production for precise layup.
• Industrial Packaging: Controls web alignment in heavy-duty bagging lines for cement or granular materials.
• Paper Recycling: Aligns recycled paper webs in pulping machines, adapting to varying thicknesses.

Product Summary

The EWD-Z800 Web Guiding Actuator delivers 800kg thrust and 0.02mm accuracy, ideal for heavy industries like steel and aerospace. Its linear structure and real-time feedback ensure precise web deviation rectification in high-tension environments.

With a space-saving design and comprehensive protection, this Web Deviation Rectifying Actuator withstands harsh conditions while integrating seamlessly with BEDOOK systems. A reliable choice for manufacturers seeking heavy-duty performance and adaptability.