Lead acid battery recovery auxiliary system

Lead acid battery Recovery auxiliary system mainly includes: lead paste pre desulfurization, neutralization treatment of acid solution, sodium sulfate solution purification system, sulfur sulfate crystallization system, etc. Due to the acid environment system, the requirements for each system are very high, so the higher the degree of automation, the better

PLC centralized control mode is adopted in the whole system, with two working states of full-automatic and manual, which is more convenient for operation and management. Each actuator is equipped with manual buttons on the control cabinet to facilitate debugging, maintenance and ensure normal production in case of automatic failure. In order to ensure the absolute safety and reliability of the control cabinet, the main control electrical products are world-famous high-end products (the main control electrical products are Schneider, the PLC brand is Siemens, and the instruments are international and domestic well-known brands, such as GF, coreda, chengci, etc.); The control cabinet provided can meet the ambient temperature (-10 ℃ - +50 ℃) and the vibration requirements of the support structure, and comply with ip52 standard (for indoor installation) and relevant specifications; The design, material selection and strength of the control cabinet meet the requirements of national standards and specifications, and the internal and external surfaces are smooth and tidy; The control cabinet is equipped with ventilation device to ensure that the internal temperature during operation does not exceed the limit value of the allowable temperature of the equipment; Power switch, standard socket and lighting lamp are set inside the control cabinet; The metal structural parts in the panel, table and cabinet are firmly and reliably grounded, and independent PLC DC ground, chassis safety ground, cable shielding ground contact terminals and structures are set, which are electrically isolated from the internal ungrounded circuit board.

Lufeng has rich experience and can meet the project needs of customers with different processing capacity.

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  • lead slag casting machine metal & metallurgy machinery lead acid battery regeneration machine Slag casting machine The slag casting machine is used for casting copper slag or lead slag. Copper slag is mainly used for casting converter slag, and lead slag is mainly high lead slag discharged from the casting oxidation furnace. Workflow: After the slag flows out of the furnace, it flows into the slag mold of the slag casting machine through a chute from the casting point. The slag mold is fixed on the chain conveyor, and the slag inside the slag mold is gradually transported from the casting point to the slag ingot outlet through the air and water cooling areas by the chain conveyor on the slag casting machine, and then discharged.

  • customized slag removal machine slag removal machine slag removal machine Salvaging slag machine The horizontal groove of the slag extractor is welded from steel plates and profiles, and is divided into two layers: upper and lower. The upper tank is equipped with cooling water, the bottom is paved with wear-resistant steel plate for hot slag cooling granulation, and the lower layer is paved with Diabase wear-resistant cast plate. The upper tank of the slag extractor is generally connected to a closed door to seal the bottom and improve the thermal efficiency of the boiler. The ash scraped by the scraper chain will be discharged through the inclined upward section of the chute to reduce the water content of the slag and ensure that it does not exceed 25%. The upper and lower chutes of the inclined upward section are laid with wear-resistant cast plates, with a service life of no less than 30 years.

  • scrap car lead battery recycling plant lead slag casting machine Slag casting machine The slag casting machine is used for casting copper slag or lead slag. Copper slag is mainly used for casting converter slag, and lead slag is mainly high lead slag discharged from the casting oxidation furnace. Workflow: After the slag flows out of the furnace, it flows into the slag mold of the slag casting machine through a chute from the casting point. The slag mold is fixed on the chain conveyor, and the slag inside the slag mold is gradually transported from the casting point to the slag ingot outlet through the air and water cooling areas by the chain conveyor on the slag casting machine, and then discharged.

  • lead refining furnace smelting pot cover lead acid battery recycle machine

  • lead liquid mixer chemical mixing equipment with electric motor for lead smelting pot lead liquid mixer A stirring device for impurity removal in lead pot refining is provided, which separates the mixer from the vortex by placing an eccentric stirring shaft inside the lead pot. A double-layer blade is set on the stirring shaft, and the upper blade is dedicated to dispersing the refining auxiliary materials, greatly enhancing the contact effect between the refining auxiliary materials and the lead liquid. The utility model has the characteristics of convenient transformation, no additional difficulty in operation, and obvious effects, effectively solving the problems of long time consumption and high consumption of refining auxiliary materials in the current crude lead refining process. The technical solution adopted by this utility model to solve its technical problems is: a stirring device for refining and impurity removal in a lead pot, comprising a mixer and a lead pot for holding lead liquid. The upper surface of the lead pot is circular, and the stirring shaft of the mixer extends downwards into the lead pot. The stirring shaft deviates from the center of the lead circle, and the stirring shaft is equipped with upper and lower blades, The upper and lower blades are both inclined.

  • lead scrap separator machine slag salvaging machine slag salvaging machine Salvaging slag machine The horizontal groove of the slag extractor is welded from steel plates and profiles, and is divided into two layers: upper and lower. The upper tank is equipped with cooling water, the bottom is paved with wear-resistant steel plate for hot slag cooling granulation, and the lower layer is paved with Diabase wear-resistant cast plate. The upper tank of the slag extractor is generally connected to a closed door to seal the bottom and improve the thermal efficiency of the boiler. The ash scraped by the scraper chain will be discharged through the inclined upward section of the chute to reduce the water content of the slag and ensure that it does not exceed 25%. The upper and lower chutes of the inclined upward section are laid with wear-resistant cast plates, with a service life of no less than 30 years.