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The new brakes are designed for stopping rotary motion and statically holding load in mining and industrial machinery. Dellner’s new SKD 140 brake delivers braking force of up to 258kN through two brake housings, each containing a powerful hydraulic piston, and the SKD 4x140 brake combines two brake assemblies containing a total of four powerful hydraulic pistons to deliver braking force of up to 516kN, making it Dellner’s most powerful brake yet.
Through its innovative modular design, Dellner said it can also provide for larger systems, combining several brake assemblies or customised housings with several pistons, to deliver even more braking power, tailored specifically for customers’ needs.
Marcus Åberg, Dellner Brakes CEO, said: “These new SKD brakes have been developed and designed by Dellner’s engineers at our innovation centre in Sweden, using new manufacturing processes that are enabling us to offer these brakes to our customers at extremely competitive prices.
“Our new SKD brakes deliver more stopping power than ever before, and we are confident that this brand new modular design from Dellner Brakes will prove very popular with engineers and specifiers looking for powerful, cost-effective braking solutions for larger applications, both on- and offshore.
“These new brakes are the latest in a long line of innovations from Dellner that includes the launch last year of the world’s very first fully automated electrical ‘stopping, turning and locking’ (eSTL) system.”
The new SKD brakes feature cylindrical guide pins that transmit the tangential braking force from the brake lining to the brake housing and mounting stand. As a result, the brake pistons are not subject to any radial forces, which makes the brakes last longer.
The brakes come with a range of optional extras including mounting brackets; double sealing kits; brake pads made from several different friction materials; indicators that show brake pad wear, whether the brake is on or off or needing adjustment; micro switches and electrical control boxes.
