ACSR Rigid Frame Cable Making Machine for Stranding Wire for ACSR Cable Manufacturing

ACSR Rigid Frame Cable Making Machine for Stranding Wire for ACSR Cable Manufacturing

ACSR Rigid Frame Cable Making Machine For Stranding Wire

Technical Parameters:

Application:

The Rigid Stranding Machine is used for twisting and compacting the round or sector conductors, as well as pre-spiraling the split conductors.

Features of frame twisting machine:

1. It can achieve fast and automatic replacement of wire reels, with a replacement time of only about ten minutes, greatly reducing auxiliary time and manual investment, and improving production efficiency

2. Able to achieve unmanned operation and information management in the process from wire drawing machine to frame twisting machine, and practice intelligent manufacturing for your company

3. Significantly reduce the occupation of workspace by wire reels, save space, ensure neat and orderly wire reels, and improve the working environment

Product Description:

An ACSR (Aluminum Conductor Steel Reinforced) rigid frame cable making machine for stranding wire is a specialized piece of equipment used for manufacturing ACSR cables. ACSR cables are widely used in overhead power transmission lines due to their high strength and conductivity.

Here are some key components and features of an ACSR rigid frame cable making machine:

1. Rigid Frame: The machine is built on a sturdy and stable frame that provides the necessary support for the stranding process. The frame is designed to withstand the tension and forces exerted during the cable manufacturing process.

2. Payoff System: The machine is equipped with a payoff system that holds multiple reels or bobbins of aluminum and steel wires. These wires are fed into the machine and combined to form the ACSR cable.

3. Stranding Process: The stranding process involves twisting together multiple aluminum and steel wires to form the ACSR cable. The machine typically consists of a series of rotating stranding bows or discs that twist the wires together. The number and arrangement of the stranding bows or discs depend on the desired stranding pattern and the machine's design.

4. Tension Control: Tension control mechanisms ensure that the wires are subjected to consistent tension during the stranding process. This helps maintain the quality and integrity of the ACSR cable.

5. Compacting System: ACSR cables require compacting to ensure optimal conductivity and mechanical strength. The machine may include a compacting system that applies pressure to the stranded cable, reducing gaps between the wires and enhancing the cable's performance.

6. Take-Up System: After the wires are stranded and compacted, the resulting ACSR cable is wound onto a take-up reel. The take-up system may include a traversing mechanism to evenly distribute the cable across the reel.

7. Control Panel: The machine is typically equipped with a control panel that allows operators to adjust various parameters, such as speed, tension, and stranding pattern. This enables fine-tuning of the machine's operation according to specific ACSR cable requirements.

Jiangsu Hopda Machinery Co., Ltd. was founded in 1989 and is located in the Guanlin Industrial Zone of Yixing City, Jiangsu Province, China. The company covers an area of 45,000 square meters, with a production workshop of 40,000 square meters. Currently, it has 260 employees, including over 60 engineering and technical personnel. We are a technology-oriented enterprise specializing in the research, development, design, manufacturing, and service of intelligent cable production. The company boasts more than 50 sets of large-scale production equipment with assets totaling nearly 100 million RMB.

In this new era of development, with a commitment to revitalizing the national industry, we will continue to make “high efficiency, high quality, and low energy consumption” as the core of intelligent manufacturing. We stand firm with confidence, and alongside our partners, we will contribute to the community through industrial development.