0.05-0.64mm Wire Bunching Machine , High Speed 2500RPM Winding Wire Making Machine
Technical Specification
Model | YL-1600 |
Dia. Of Stranded product (mm) | Max.30 |
Stranding Section Area mm2 | 16-95 |
Dia. Of inlet conductor (mm) | 1.2-3.6 |
Dia. Of inlet core wire (mm) | 1.0-10.0 |
Line Speed (m/min) | Max.150 |
Strand Pitch (mm) | 60-400 |
Rotation Speed (rpm) | Max.500 |
Application:
Suitable for bunch-twisting copper conductors, aluminum alloy conductors, etc., and for twisting cable core wires.
Features:
Product Description:
The "0.05-0.64mm Wire Bunching Machine" is a specialized piece of equipment used in the wire manufacturing industry. It is designed to bunch or gather multiple wires together to create a cable. The machine is specifically suitable for wires with a diameter range of 0.05mm to 0.64mm.
The "High Speed 2500RPM" specification indicates that this particular Wire Bunching Machine operates at a maximum speed of 2500 revolutions per minute. The high-speed capability allows for efficient and productive wire bunching, enabling faster production rates.
When using the Wire Bunching Machine, wires within the specified diameter range are fed into the machine, and the machine gathers them together to create a bunch. This process is typically used in cable manufacturing when multiple wires need to be grouped together without twisting, such as in power cables or data cables.
The machine's rotating components gather the wires in a controlled manner, ensuring proper alignment and tension. The resulting bunch has multiple wires securely grouped together, forming a stronger and more durable cable structure.
In addition, the "Winding Wire Making Machine" refers to a machine that is specifically designed to produce winding wires. Winding wires are widely used in various electrical applications, such as motors, transformers, and coils. They are designed to have excellent electrical conductivity and insulation properties.
The high-speed capability of the Wire Bunching Machine, combined with its ability to handle wire diameters within the range of 0.05mm to 0.64mm, makes it suitable for producing winding wires efficiently. The machine's specifications, such as speed range and wire capacity, may vary depending on the specific manufacturer and model.
It's important to note that the mentioned wire diameter range and speed are provided as examples. Different machines may have different diameter ranges, speed capabilities, and additional features to accommodate specific wire sizes and production requirements.
Performance characteristics:
Cantilever single twist machine with cantilever structure and adopts PLC program + frequency conversion speed control + pneumatic control, to ensure the uniform tension of the cable; in order to ensure the stability of the geometric structure after twisting, a single twist structure is adopted, and a large-diameter steering guide wheel is designed to minimize bending and low loss; The movement of the cantilever twist and wire reel take up, and the traverse movement of the wire reel, through the double control of the mechanical linkage and the electrical appliance, ensure that the unit has excellent synchronization from the four states of startup, normal operation, slow stop, and emergency stop. Stable characteristics; stable performance of the twist pitch. Simple operation, to ensure excellent product performance.
I. Application of the equipment: It is suitable for stranding of the copper wires with more than seven strands, such as electronic wires, power wires, bare copper wires, network wires, etc.
II. Creel stand (separately charged)
1) Vertical type (with an adjustable tension)
a: It is put on a side of the equipment. It may have 12 or 24 heads. The paying-off tray has a maximum outer diameter of 8″.
2) Horizontal type (with an adjustable tension)
b: It is put on a side of the equipment too. It may have 6 or 12 heads. The paying-off tray has an outer diameter of 400 to 630.
II. Structure of wire entering
1) After being paid off from the creel stand, all the wires will first enter a distributor plate via a group of idler pulleys and then the die for stranding.
IV. Performance and parameters of the equipment:
Right-hand model: The operator faces its front and the wires enter it from its right side. ( )