Hydraulic Telescopic Ladle Crane
The telescopic ladle crane is a hydraulic device designed to service production processes in foundries, specifically for transporting hot slag in the furnace area. With a lifting capacity of 1500 kg, the crane is based on a pillar crane design with a specially constructed boom that provides smooth operation within the required area. It features a telescopic beam construction, allowing operation within a radius of 3600 – 4800 mm. The crane can raise the boom above its height, offering exceptional reach parameters. The hydraulic grab is specially adapted for the transport of hot slag, considering its density and temperature. The crane is designed for high-temperature operations, which influenced the selection of appropriate electrical and hydraulic components. The device is powered by the existing electrical network, and it can be controlled via a control panel or remotely by a radio transmitter. Additionally, the crane is equipped with safety systems such as a locking pin and emergency switches, ensuring safety and control during operation.
Application:
- Transport of hot slag between the furnace and the storage area in foundries.
- Servicing production processes in foundries that require precise handling of heavy materials.
- Operating in high temperatures thanks to special heat-resistant components.
- Precise operation in hard-to-reach areas due to the telescopic boom design.
- Safe handling of heavy loads using a hydraulic grab.
Technical description:
- An advanced hydraulic device specifically designed for servicing production processes in foundries, particularly for the transport of hot slag in the furnace area.
- A sturdy pillar construction with a telescopic boom allows precise and smooth operation in the required working area.
- The ability to raise the boom above the crane’s height allows for the servicing of a larger work area without the need for additional devices.
- The hydraulic grab is specially adapted for the transport of hot slag, considering its density and temperature, ensuring efficient and safe operation.
- The device is designed for high-temperature conditions, which influenced the selection of appropriate electrical and hydraulic components, ensuring durability and reliability in harsh conditions.
- The device is equipped with safety systems such as a locking pin and emergency switches.
- The parameters can be adjusted to meet the user’s specific needs.
