Flange Monopile Upending Tool

Precision and Efficiency in Offshore Monopile Installation.

To ensure the success of any offshore monopile installation, it’s crucial to equip your vessel with the right tools. Among these, the monopile upending tool stands out as one of the most essential pieces of equipment. Paired with a monopile gripper, the upending tool enables safe and efficient upending, downending, and lifting of monopiles.

Choosing the right tool is key: you need equipment that’s easy to handle, robust, and suitable for the lifting capacity of your crane. That’s where KENC Engineering’s Y-Class flanged monopile upending tools comes into play.

Monopile upending tool Y-Class

KENC’s Y-Class consists of robust and reliable monopile upending tools designed to handle various working loads (WLL),

The Y-1600 is KENC’s flagship monopile upending tool, designed to handle monopiles with flange diameters between 7.5m and 8m. This versatile, lightweight, yet robust tool ensures smooth, safe operations, even when dealing with challenging side leads.

The Y-1600 offers a Safe Working Load (SWL) of 1600 tons, making it an ideal solution for large-scale offshore projects. For added convenience, the Y-1600 can be delivered with a sea fastening cradle that allows for seamless lifting and lowering via specialized guides. Safety is a priority with the Y-1600, as it features hands-off locking and unlocking mechanisms, ensuring a secure operation for your crew.

Designed for Uptime and Efficiency.

Achieving maximum uptime begins well before your vessel sets sail. The Y-1600 is meticulously designed not only for operational efficiency offshore but also for a streamlined construction process that minimizes production costs. Its lightweight yet durable materials ensure easy handling and a long service life, contributing to smoother project execution and maximum uptime.

Why Choose KENC’s Y-1600 monopile upending tool?

At KENC Engineering, we understand the demands of offshore projects and the importance of having reliable, high-performance equipment. Our Y-1600 monopile upending tool is designed to give you the uptime and efficiency you need, with a focus on safety and operational ease. With a strong track record in the offshore engineering sector, KENC is your partner for custom-engineered solutions that ensure success.

 

 

Specifications
  • Flange Diameter: 7.5m – 8m
  • Safe Working Load (SWL): 1600 tons
  • Upending Load: 900 tons
  • Tool Weight: 60 tons
  • Tugger Points: 25 tons and/or Quick Connector interface
  • Monopile Protection: Special protective material for both monopile and flange
  • Safety: Fixed locking system ensures secure connections
  • Control Systems: Remote control with manual override option
  • Indicators: Visual signals for open/close status
  • Monitoring: Sensors and camera systems for enhanced visibility and control
  • Seafastening Cradle: For secure transport and handling
  • Stabbing Frame: Added support for precision monopile installation
  • Upend Bucket: Additional tool for specific operational needs

What our
clients say

“I look back to the collaboration with KENC in a positive way. We had a good, open, transparent relation and communication and I really appreciate their knowledge and workmanship for the design and construction of such a tool.”

Gerrit Jansen, Project Manager at Van Oord

Frequently
asked questions
Frequently asked questions

Yes, our tool is engineered to handle a wide range of monopile sizes, ensuring flexibility and adaptability for various offshore wind projects.

The tool is built with safety as a top priority, featuring precise control mechanisms that minimize the risk of accidents and ensure a smooth upending process.

Absolutely. KENC Engineering offers customization options to tailor the tool to your project’s unique requirements, ensuring optimal performance.

We provide comprehensive support, including operator training, 24/7 access to a lead engineer, and ongoing maintenance services to ensure your tool operates at peak efficiency.

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Let’s find out what we can do together
Michel Olimulder