TT-8579 FABRIC BEAM DYEING MACHINE, WIDTH 1500mm

REFERENCE NUMBER: TT-8579 FABRIC BEAM DYEING MACHINE, WIDTH 1500mm 1. FABRIC BEAM DYEING WINDER MACHINE 2. FABRIC TYPE WOVEN TYRICOT OR SATIN FABRIC 3. FABRIC WIDTH 1500mm 4. BEAM WIDTH 2000mm (MAX.) 5. BEAM DIAMETER Ø200mm (MAX.) 6. FABRIC INLET THE FABRIC COMING FROM THE LOOM WILL BE FED INTO THE MACHINE BY TAKING UP THE SLACK ON THE TENSION ROLLER AND PULLING IT DIRECTLY WITH THE DRAW ROLLER. 7. FABRIC OUTLET MAX. Ø 400mm FABRIC WILL BE WIND WITH A PHOTOCELL-CONTROLLED SYSTEM ON BEAM. 8. BEAM WINDING DIAMETER MAX. Ø1100mm 9. BEAM ADJUSTMENT DEVICE IT IS PNEUMATICALLY PISTON-CONTROLLED. 10. REGULATION GROUP THIS GROUP ENSURES THAT THE FABRIC IS FED INTO THE MACHINE PROPERLY. THE PNEUMATIC PISTON, TRIGGERED BY THE EDGE TRACKING PHOTOCELL CONTROL, MOVES LEFT AND RIGHT TO CENTER THE FABRIC. 11. FABRIC OPENER DEVICE IT CONSISTS OF A CYLINDER WRAPPED WITH SPIRAL WIRE FROM THE CENTER OUTWARD TO REMOVE THE CURLS FORMED ON THE EDGE OF THE FABRIC. (TO BE MANUFACTURED FROM A STAINLESS-STEEL CYLINDER.) 12. BEAM PIPE BEFORE WINDING IT WILL BE A STAINLESS-STEEL PIPE. 13. ACTIVATED CYLINDERS THE CYLINDERS WILL BE COATED WITH RUBBER MATERIAL. 14. NON DRIVEN PIPES THE CYLINDERS THAT ROTATE FREELY WHERE THE FABRIC COMES INTO CONTACT WILL BE MADE OF STAINLESS STEEL. 15. FABRIC EDGE CONTROL BY THE EDGE-FOLLOWING SENSOR, THE FABRIC IS WOUND ONTO THE BEAM TUBE IN THE WINDING GROUP THAT MOVES LEFT AND RIGHT. 16. FABRIC TENSION CONTROL THE FABRIC TENSION AND SYNCHRONIZATION BETWEEN THE MOTORS WILL BE ENSURED BY THE SERVOMOTOR SYSTEM. 17. FABRIC MEASUREMENT ACCURATE METER READINGS ARE TAKEN WITH AN ENCODER-EQUIPPED DIGITAL METER. (COMPATIBLE WITH COMPUTERS VIA RS 232 OUTPUT. A TOUCHSCREEN WILL BE USED.) 18. FABRIC TENSION SYSTEM IN BEAM WINDING GROUP THIS IS THE GROUP REQUIRED TO REMOVE FOLDS IN THE FABRIC. IT IS PRESENT INSIDE THE MACHINE. 19. FABRIC TENSIONING DEVICE AT FABRIC MACHINE INLET THIS IS THE GROUP REQUIRED TO REMOVE FOLDS IN THE FABRIC. IT IS PRESENT INSIDE THE MACHINE. 20. BEAM ARM SAFETY ROPE WITH SWITCH IT IS PRESENT INSIDE THE MACHINE. 21. SPREAD OUT GROUP IN THE FABRIC WINDING GROUP, IT IS THE SYSTEM THAT PREVENTS THE FABRIC EDGES FROM OVERLAPPING WHEN WOUND ONTO THE FABRIC. IT IS PRESENT INSIDE THE MACHINE. 22. FABRIC END PHOTOCELL WHEN THE FABRIC RUNS OUT, THE PHOTOCELL SYSTEM STOPS THE MACHINE WITH ITS ANGLE ADJUSTMENT FEATURE. 23. WINDING GROUP ADJUSTMENT; THE PERFORATED WINDING CYLINDER WILL BE ADJUSTABLE. 24. LIFT AND CONNECTION DEVICE OPTION 25. WORKING DIRECTION FORWARD 26. RPM ADJUSTMENT AC INVERTER 27. MACHINE WORKING SPEED IS CONTROLLED BY STEPLESS POTENTIOMETER, FORWARD OPERATION CAN BE ADJUSTED BETWEEN 0 TO 60 M/MIN. 28. MACHINE DRIVE AC + GEARBOX 29. MACHINE OPERATION MODE; THE FABRIC COMING FROM THE BIG BATCH WILL PASS THROUGH THE STAINLESS STEEL OPENER AND CENTERING SYSTEM AS IT ENTERS THE MACHINE AND WILL BE WOUND ONTO THE PERFORATED BEAM USING A PHOTOELECTRIC SYSTEM. DURING WINDING, A SHANK SYSTEM WILL BE USED TO PREVENT THE EDGES OF THE FABRIC FROM OVERLAPPING. 30. MACHINE COLOR MAIN BODIES - GRAY, COVERS - LIGHT GRAY (RAL 7038 - 7035) THE MAIN BODY AND COVERS WILL BE ELECTROSTATICALLY OVEN-PAINTED.