Tinned 630 Double Twist Stranding Machine 2500RPM High Speed

Technical Specification

Application:

Applied to bunch-twisting copper conductor, Aluminum alloy conductor, etc and twist-cabling core wire. It possesses a carbon fiber bow that is both light and durable, with an extraordinary rotation speed that can reach as high as 4 times the output of a rigid strander.

Feature:

• The machine is controlled by PLC with human-machine interaction interface. Digital control technique and PLC program make entire control system dependable. It is flexible to set strand pitch by means of the touch-screen.
• Adopt the bow with carbon fiber material which possesses high strength and is light.
• The bow, traction and take-up system are adopted independent motor.
• Very high efficiency. The production efficiency of the double-twist buncher is about 4 times as high as the rigid strander’s.

Product Description:

The "Tinned 630 Double Twist Stranding Machine" is a specialized piece of equipment used in the wire and cable manufacturing industry. It is designed for stranding or twisting multiple tinned wires together to create a cable. The term "tinned" refers to the process of coating the copper wires with a thin layer of tin, which provides additional corrosion resistance and solderability.

The "Double Twist" mechanism in this machine means that it can twist the tinned wires in two directions simultaneously. This double twist action ensures uniformity and stability in the resulting cable, enhancing its overall strength and flexibility.

The machine operates at a high speed of 2500 revolutions per minute (RPM). The high-speed capability allows for faster wire stranding and increased production efficiency.

When using the Tinned 630 Double Twist Stranding Machine, tinned wires are fed into the machine. The machine's rotating components gather the wires in a controlled manner, ensuring proper alignment and tension. The tinned wires are then twisted together in a double twist pattern, forming a tightly stranded cable with improved mechanical and electrical properties.

The tinning process prior to stranding provides the wires with enhanced resistance to oxidation and corrosion, making the resulting cable suitable for applications in harsh environments or where soldering is required.

The resulting cable can be used for various applications, including electrical wiring, communications, and automotive industries.

It's important to note that the mentioned machine specifications, such as the wire size capacity, speed, and tinning capability, are provided as an example. Different machines may have varying specifications and capabilities, depending on the specific manufacturer and model.