ZF travel drive GPT4F – ZF Industrieantriebe Witten GmbH presents the next generation of the successful travel drive series GPT Following the ZF slogan, The Future of Construction, ZF Industrieantriebe Witten GmbH contributes particularly to the megatrend "efficiency". Due to the high torque ranges, from 160 up to 600 kNm and beyond, an increase of the torque density has positive effects on the robustness as well as on the entire life cycle of the machines.
At Bauma Shanghai 2020, ZF will be presenting the next generation of drive gearboxes GPT4F for large construction machinery and crawler cranes from 80 to more than 200 tons machine weight.
Based on application and engineering know-how in Witten and in close cooperation with the development capacities of a global ZF R&D network, significant torque increases of up to 10% have are achieved. Advanced design processes as well as calculations and simulations based on the very latest FEM methods have been the principles of the successful project.
In addition to the implemented product innovations such as optimized tooth flanks, modified structural components or balanced bearing concepts these innovations result in further significant advantages for our customers.
Combined with a flexible motor supplier concept the new GPT4F offers expanded application options on the construction site, increased reliability and service life – all in all: ultimately reduced TCO!
Following the ZF slogan, The Future of Construction, ZF Industrieantriebe Witten GmbH contributes particularly to the megatrend "efficiency". Due to the high torque ranges, from 160 up to 600 kNm and beyond, an increase of the torque density has positive effects on the robustness as well as on the entire life cycle of the machines.
At Bauma Shanghai 2020, ZF will be presenting the next generation of drive gearboxes GPT4F for large construction machinery and crawler cranes from 80 to more than 200 tons machine weight.
Based on application and engineering know-how in Witten and in close cooperation with the development capacities of a global ZF R&D network, significant torque increases of up to 10% have are achieved. Advanced design processes as well as calculations and simulations based on the very latest FEM methods have been the principles of the successful project.
In addition to the implemented product innovations such as optimized tooth flanks, modified structural components or balanced bearing concepts these innovations result in further significant advantages for our customers.
Combined with a flexible motor supplier concept the new GPT4F offers expanded application options on the construction site, increased reliability and service life – all in all: ultimately reduced TCO!