Deliver Unit in High Position
Solution for an additional feeding roller in high position on the loom with electronic warp let-off system.
AN EXAMPLE OF THIS SOLUTION FAMILY:
DELIVERY UNIT FOR WIDE WEAVING
DESIGNED FOR WEAVING FROM CREEL WITH FEEDING ROLLER
OVERVIEW
When weaving from the creel, the delivery unit can be mounted directly on the weaving machine. This is an ideal solution for feeding coarse yarns, as it ensures stable and even yarn guidance.
Direct mounting on the weaving machine reduces space requirements and simplifies accessibility.
KEY ADVANTAGES
- Uniform and controlled warp thread tension
- Precise and easier setting of the required warp tension
- Ensuring consistent reproducibility
- Reduces downtimes of the weaving machine
- Improved product quality and less waste
CONSTANT WARP THREAD TENSION
When weaving from a creel special attention should be given to the warp delivery unit between creel and weaving machine. This unit ensures that the weaving machine is provided with the correct length of warp yarn. By using a delivery unit to maintain the constant tension of the warp threads, the productivity and product quality of the weaving machine can be further improved.
The delivery unit regulates the warp tension between the creel and the weaving machine. A feeding roller guides the warp material to the weaving machine with the desired tension. Typically, the warp tension between the creel and the delivery unit is lower than the tension between the delivery unit and the weaving machine.
The warp tension between the delivery unit and the weaving machine is measured by a load cell and monitored by the control unit. The required warp thread tension can be directly adjusted via the control unit.
Bobbin creels are used in technical applications such as warping, weaving, knitting, and pultrusion. They must accommodate the required number of spools and ensure that the yarn tension is equal across the entire warp sheet. The size of the bobbins creel and the number of spools depend on the number of yarns. If the available space is insufficient, using additional warp beams in a separate frame provides the optimal solution.
