Hydraulic bolting tools specialist, Enerpac, has introduced a new portfolio of hydraulic-bolt tensioners for critical offshore wind generation fastening applications. The three new bolt tensioner series’ are designed for maximum durability in harsh environments and improved speed of operation.

Enerpac’s new bolt-tensioner series is designed for maximum durability in harsh environments, ease of use, and improved speed of operation.

The PGT-Series Double Deck and Single-Stage Bolt Tensioners provide high performance in tight spaces typically found in wind turbines. Key features including auto-retract pistons, over-stroke protection and auto-engage nut rundown help to make the PGT-Series Bolt tensioners fast, durable and easy to use.

The FTR-Series Foundation Bolt Tensioners are designed specifically for tensioning wind tower foundations bolts. These bolt tensioners provide the speed and precision required by this critical application. Long stroke models provide greater speed and ease of use by enabling applications to be completed in a single pull.

The FTE-Series Elliptical Foundation Bolt Tensioners provide an ideal fastening solution for wind tower foundation applications where limited space between the stud and wall prevent the use of standard tools. They feature an elliptical geometry, which enables fit in narrow access foundation applications without reducing load capabilities. FTE-Series Bolt Tensioners make the perfect “universal solution” that will work on nearly any foundation application, whether standard or narrow access.

“Enerpac bolt tensioners are used in some of the most demanding industrial environments imaginable,” says Maarten Franken, commercial director, Enerpac EMEA. “Our Offshore Wind bolt tensioners combine precision with ruggedness to give installation engineers a reliable and long-lasting bolt tensioning solution.”

In addition, Enerpac’s experienced team of tensioning professionals is able to provide expert technical support and specialize in creating custom solutions for these unique applications.