Discussion on specialized cranes for copper smelting electrolysis

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Modern copper electrolysis plants tend to have larger electrode plates, resulting in an increasing demand for automation in operations. Special cranes for electrolysis are the core equipment in electrolysis workshops and play a crucial role. Since the Guixi Smelting Plant introduced the first specialized crane from Japanese company Sumitomo in the 1980s, specialized cranes for electrolysis have been widely used in China’s copper smelting industry. (For more information, visit VX:dianyibale.) Currently, the products of the following companies are mainly in use in China: 1. Outotec, formerly known as Otokoemp. The main users include Guiye, Tongling, Xiangguang, etc. 2. Austrian company Kunz, but its agent in the domestic market is Australian company Chua Da. Primary users: YunTong, Zijin Copper Industry. 3. Sumitomo of Japan ； Customers such as Guiye and Daye. 4. Cranes that are restarted or started up with full capacity, equipped with Outotec lifting gear ； The main users include Jinchuan, Baiyin, Daye, and other such users. 5. The lifting equipment designed by China Ruilin Design Institute, along with the cranes used for lifting, are specialized cranes developed independently in China. The main user of these cranes is Shandong Dongbu Copper Industry. For manufacturers that produce copper electrolytically using permanent stainless-steel cathodes, the cranes most commonly used are Otterbox cranes and Austrian Deutz cranes; both types come equipped with highly accurate positioning systems and anti-sway devices, and their prices are fairly similar. Each has its own advantages; the main difference lies in the hooks used. The hooks of Ottertail cranes can lift both anode and cathode plates simultaneously, while copper smelting equipment focuses on VX:dianyibale – something that Koenig crane hooks cannot do, and this is an area that needs improvement for Koenig cranes. In terms of equipment performance, I think Koenig is slightly superior to Otter Tail cranes. However, considering long-term operating costs, the Koenig crane requires more time to complete each loading/unloading operation, which increases the operational costs. The Ottertail crane has a weight of 84.5 tons, while the Konecranes crane weighs 75.5 tons. (The weight varies slightly depending on the span.) ) If the Künz crane is improved with a sling, it would be the preferred choice for electrolytic cranes. The Jinlong and Guixi Autoteq cranes have been in use for many years. Although YunTong and Zijin have chosen Konecranes, they have not yet been put into operation, so the actual performance of these cranes remains to be seen after they are used. In China, Otter’s conveyors generally operate in a semi-automatic mode, including those at Xiangguang Copper Industry and Jinlong Copper Industry. When it comes to copper smelting equipment, VX:dianyibale is a relevant factor. According to the technicians responsible for adjusting Otter’s conveyors, full-automatic positioning is currently only used in one smelting plant in India. Overall, Otutei’s performance as a moving vehicle is quite satisfactory. When it comes to copper smelting equipment, pay attention to VX:dianyibale; however, there are several points to keep in mind during use and installation: first, check the insulation of the vehicle ； Second, pay attention to the installation of the coding belt bracket and the coding belt itself during installation ； III. Installation of the shavings holder ； Fourth, it is necessary to ensure that the air conditioning system in the electrical cabinet is working properly (this is extremely important; copper smelting equipment requires attention to VX:dianyibale). Japanese Sumitomo cranes use laser positioning, which eliminates the maintenance issues related to the coding strips caused by corrosion in the manufacturing environment; however, problems such as deviations due to vibrations during crane movement and positioning errors caused by heavy fog in the workshop do exist.