Daoyunai D919 UV CIPP Equipment All-in-One Integrated Design for Sewer Repair

UV CIPP Equipment
November 05, 2025
Category Connection: UV CIPP Equipment
Brief: Discover the Daoyunai D919 UV CIPP Equipment, an all-in-one integrated solution for sewer repair. This revolutionary system offers rapid, uniform curing with high-intensity UV lamps, intelligent process control, and enhanced safety features. Perfect for DN200-2000 inner diameter applications, it’s designed for precision and reliability in harsh underground conditions.
Related Product Features:
  • Rapid, uniform curing with high-intensity UV lamps for complete liner curing in one continuous process.
  • All-in-one integrated design combining power unit, winch, and curing frame for seamless operation.
  • Intelligent process control with an integrated PLC and remote monitor for real-time data tracking.
  • Built with hardened materials and sealed components to withstand harsh underground environments.
  • Enhanced operational safety with automatic shutdown, thermal overload protection, and emergency stop systems.
  • Optimized for curing resin-saturated liners within a 200mm to 2000mm inner diameter range.
  • Robust and reliable performance for underground sewer trenchless repair applications.
  • Global shipping available for pioneering customers seeking advanced CIPP solutions.
Faqs:
  • What is the diameter range for the Daoyunai D919 UV CIPP Equipment?
    The Daoyunai D919 is optimized for curing liners within a 200mm to 2000mm inner diameter range, making it suitable for a wide variety of sewer repair applications.
  • How does the integrated PLC enhance the curing process?
    The integrated PLC provides real-time data on curing progress, UV intensity, and winch speed, ensuring precise control and consistent results throughout the curing process.
  • What safety features are included in the Daoyunai D919?
    The system includes automatic shutdown protocols, thermal overload protection, and emergency stop systems to ensure safe operation in harsh underground conditions.