Battery Turnover Machine

Description：

The Battery Turnover Machine is an invaluable tool engineered to manage the precise and safe handling of large, heavy batteries in industrial environments. Designed to improve operational efficiency, this machine allows for quick and secure rotation of batteries, essential for regular maintenance and installation. Its robust construction ensures durability, while advanced safety features prevent accidents during operation. Ideal for use in automotive, energy storage, and manufacturing sectors, the Battery Turnover Machine reduces physical strain on workers, minimizes the risk of battery damage, and significantly enhances productivity by streamlining the process of battery manipulation.

Specifications：

• Capacity: Can handle up to 2000 kg, suitable for various industrial battery sizes.
• Power Source: Electrically powered, equipped with a high-capacity 48V DC battery for prolonged operations.
• Motor Type: High-torque AC motor, ensuring smooth and efficient turnover operations.
• Rotation Angle: Capable of 360-degree rotation, allowing for comprehensive manipulation and positioning.
• Control System: Advanced Programmable Logic Controller (PLC) with touchscreen interface for precise control and easy operation.

Applicable industry:

• In the arena of handling large rolls, the practice of Roll Flipping in Textile Manufacturing is utilized to reverse the orientation of sizable textile rolls, promoting uniform wear and maintaining consistent quality throughout the processing stages. These rolls are generally between 400 to 1500 mm in diameter and 1000 to 2500 mm wide, with a thickness of approximately 2 to 5 mm. Flipping the rolls ensures an even distribution of stress and strain, which helps prevent localized damage and prolongs the fabric's lifespan. This technique also allows for a thorough inspection of both sides of the material, thus ensuring that the production standards remain high. It proves particularly useful in large-scale textile operations where maintaining fabric consistency and quality is crucial.

• In the beverage industry, high-barrier films are specially designed with layers of polyethylene, aluminum, and ethylene vinyl alcohol (EVOH) to protect against gases such as oxygen and carbon dioxide. With a thickness range of 50 to 120 microns and widths from 200 to 700 mm, these films are instrumental in maintaining the beverage's freshness, flavor, and carbonation, ensuring that drinks like juice, soda, and beer remain appealing and safe over time.

• In the specialized field of subsea cable installations, large cable rolls play an essential role in ensuring efficient and dependable operations. These rolls are designed to support cables with outer diameters from 75 to 150 mm, with roll diameters reaching up to 4 meters. Made from robust high-density polyethylene, the cables exhibit superior resistance to the corrosive effects of saltwater and the high pressures of deep-sea environments. This durability guarantees that the cables can withstand the challenging conditions of the ocean floor for extended periods without degradation. The significant roll size provides a strategic advantage, facilitating the laying of substantial lengths of cable in a continuous fashion. This continuity is crucial as it greatly reduces the frequency of joints, which are potential failure points in subsea installations. Thus, these large cable rolls are vital in enhancing the efficiency and reliability of laying subsea cables, ensuring stable and long-lasting underwater communication and power networks.