Wire And Cable Strander Layup Machine Skip Type Twisting Machine
big section layup machine, electrical cable manufacturing layup
machine, bow type automatic layup machine
Specification:
Number of strands
| 5 aluminum, copper, or steel strands |
Diameter of each single wire (mm)
| Φ20 |
Maximum stranded outer diameter (mm)
| Φ60 |
Strand pitch (mm)
| 48-1500 |
Bobbin rotation speed (rpm)
| 180 |
Traction line speed (m/min)
| 100 |
Traction force (kg)
| 2000 |
Bobbin inner reel specifications
| PN1000～PN1250 |
Reel specifications
| PN1000～PN2000 |
Main motor (KW)
| 55 (AC) |
Equipment center height (mm)
| 1000 |
Description and application:
Our high-speed bow-type stranding machine is capable of stranding
and cabling control cables, power cables, etc., with excellent
reliability. It uses 65Mn alloy steel for the bow band and features
wiring tension control, ensuring stable and efficient performance.
Features:
- All the places where the cable passes are equipped with guide
wheels to facilitate the passage of the cable.
- All reels have a broken wire detection: the guide wheel presses on
the cable, and at this time, the travel switch at the tail end of
the guide wheel is in a disengaged state.
- A bow-breaking protection switch is designed to automatically apply
emergency braking when a bow-breaking occurs.
- Safety locking device for the tight top of the wire reel to ensure
that the wire bobbin will not fall off during operation and ensure
safety.
Description and application:
A "Wire and Cable Strander Layup Machine" is a specific type of
equipment used in the wire and cable manufacturing industry for the
stranding and layup of wires or cables. These machines are designed
to twist together multiple wires or cables to form a composite
cable with improved strength and flexibility.
The term "skip type" in relation to the twisting machine indicates
that it is capable of performing skip stranding. Skip stranding
involves intentionally skipping or leaving out certain wires or
cables at specific intervals during the stranding process. This
technique is often used to create cables with a more compact and
efficient structure while maintaining the desired electrical and
mechanical properties.
The skip type twisting machine is used to twist the wires or cables
together, ensuring proper alignment and tension control during the
process. The resulting cable can have improved mechanical strength,
flexibility, and performance.
