Brief: This video provides a brief case-style overview of the 0.6MPa PET Armature Coil Winding System in action. You'll see how this heavy-duty industrial solution delivers precise, smooth winding for PET-insulated armature coils in high-volume packaging and manufacturing environments. Watch the demonstration to learn how its advanced automation ensures stable performance and reliable output for electric motor and transformer production.
Related Product Features:
Engineered with a 0.6MPa pneumatic system for consistent tension control during high-speed operation.
Features PLC-controlled automation with programmable parameters for coil diameter, wire pitch, and speed.
Reinforced steel frame and vibration-reduction design support 24/7 heavy-duty use with minimal maintenance.
Servo-driven winding head ensures tight wire positioning and flawless layer transitions.
Accommodates a maximum winding diameter of 1200mm for large-scale coil production.
Designed for high-efficiency packaging of PET-insulated armature coils in industrial settings.
Offers a rewind-up range of 8mm to 32mm and handles paper tube lengths from 190mm to 300mm.
Ensures uniform coil geometry for excellent compatibility with downstream packaging processes.
FAQs:
What is the maximum winding diameter this system can handle?
The system can handle a maximum winding diameter of 1200mm, making it suitable for large-scale production of armature coils.
What type of control system does this coil winding machine use?
It utilizes a PLC-controlled automation system, allowing for programmable parameters such as coil diameter, wire pitch, speed, and layering sequence for precise operation.
Is this system designed for continuous, heavy-duty operation?
Yes, the reinforced steel frame and vibration-reduction design are built to support 24/7 heavy-duty use, ensuring long operational life with minimal maintenance requirements.
What is the operating pressure range for this pneumatic system?
The system has a maximum operating pressure of 0.8MPa and a minimum operating pressure of 0.6MPa, providing stable and consistent performance.