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Customized Size Annealing furnace dedicated Ferry Transfer Cart
Rail Transfer Cart
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Customized Size Annealing furnace dedicated Ferry Transfer Cart

BRIEF DESCRIPTION:

This rail transporter adopts a layered power supply system and an extra-long table, which is used for annealing furnace production lines.

  • Upper transporter: adopts mobile drag chain power supply (drag chain moves with the vehicle body)

Advantages: continuous power supply, suitable for short distances and can be used in high temperature environments.

  • Lower transporter: adopts busbar power supply (tube type, row type optional)

Advantages: stable power supply, suitable for long-distance linear transportation (such as transmission within or between furnaces).

  • Model KPC-5T
  • Load 5 Ton
  • Size 9000*5000*600mm
  • Power Battery Powered
  • Running Speed 0-20 m/min

  • Customization of extra-long countertops

Modular splicing design: Customize the countertop length (such as 10~20 meters) according to customer needs, and use high-strength steel structure to ensure heat-resistant deformation ability.

Thermal isolation measures: Add an insulation layer (such as refractory bricks) to the countertop to prevent high temperature from being transferred to the car body and causing damage.

  • Track system optimization

Heavy-duty track material: Use high-temperature resistant steel rails to ensure that it does not deform in harsh high-temperature environments.

Dual-track synchronous control: Extra-long countertops need to be equipped with multiple drive wheels to increase the load-bearing capacity and dock different track transportation.

Intelligent control and safety

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Control system: The upper and lower transport vehicles work together through PLC to avoid collisions. Remote control or handle operation can be used.In the annealing furnace production line, the design of the rail transport vehicle needs to meet the needs of various working conditions, so a layered power supply solution is adopted to achieve efficient and stable material transportation. The upper layer uses a mobile drag chain powered transport vehicle, which can adapt to the working conditions of frequent reciprocating motion and avoid cable wear problems. The drag chain power supply method is particularly suitable for short-distance and high-frequency transportation scenarios, which can ensure the stability of power supply and reduce maintenance frequency.

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The lower layer uses a busbar powered transporter, which is mainly used for long-distance transportation. The busbar power supply system has the characteristics of long transmission distance and stable current, and is suitable for use in the extended section of the annealing furnace production line. Since the busbar is installed at a high place or on the side, it will not affect the ground working space, and at the same time it can ensure continuous power supply and avoid downtime caused by battery life problems.

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Extra-long table rail transporters can be customized according to the special needs of customers. This type of transporter usually adopts a segmented track design to ensure that the table can maintain stable operation during the extra-long journey. The table can carry large workpieces or batch materials, which is suitable for the connection and transportation of the front and rear processes of the annealing furnace. When customizing, it is necessary to consider the track load-bearing capacity, drive mode (such as variable frequency motor or hydraulic drive) and precise positioning requirements to meet the needs of different production rhythms.

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This combination of layered power supply and customized design can not only improve the automation level of the annealing furnace production line, but also adapt to different transportation distances and load requirements, ensuring the efficiency and safety of the production process.

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