rubber machinery double position hexagonal wire winding machine 3D Modell

rubber machinery double position hexagonal wire winding machine 3D Modell dwg, Von tzd

rubber machinery (double station hexagonal wire winding machine) drawing, welcome to download the machine introduction: double station automatic hexagonal bead winding machine production line, each production cycle can produce six single wire hexagon or square section bead. the system is controlled by a powerful software program, which is used to drive the winding machine, winding wheel, height adjustment, storage rack and servo drive five axis servo system of coil expansion / contraction performance. through plc and touch screen to monitor and control the parameters of equipment, the operator can get ideal operation at every stage. this machine structure: six servo drive coil winding machine, automatic production of six coils per operation cycle. precise wire pre bending system. the position and speed of the storage device match the speed of the winding machine and are precisely controlled by plc / servo system. 60 cold feed screw extruder and glue applicator head equipped with temperature control device. the guiding device is composed of six steel wire guide frames, six station collecting wheels and one guide wheel frame. integrated control device, including plc servo drive system and motor, is used for process automatic control. the operator terminal includes menu option interface, operation interface, manual interface and diagnosis interface. features of the machine: single person operation control hexagonal bead complete production line control multi-function bead formula storage automatic unloading bead simple equipment start radial expansion winding disk system diagnosis high productivity accurate wire pre bending system optional: square section bead for multi specification bead diameter automatic unloading system bead storage system extruder pressure control servo coil plate expansion / contraction system wire pre heating automatic coil bending system. Druckfertige: Nein