Cranes at Waste-to-Energy

Efficient Material Handling with Reliable Energy and Data Systems

Waste Handling Cranes operate in demanding environments where uninterrupted power is crucial. Our high-performance energy solutions, such as festoon systems and motorized cable reels, provide a steady, efficient power supply, keeping cranes in motion around the clock. By eliminating energy disruptions, our products increase productivity and ensure seamless material flow, preventing costly delays and optimizing plant operations.

Precision and reliability are key when handling waste on a large scale. Advanced solutions such as ProfiDAT and Nexus enable seamless, interference-free data transmission, ensuring real-time monitoring and control. These intelligent systems provide instant data feedback, allowing operators to fine-tune crane movements, identify inefficiencies, and anticipate maintenance needs before they become disruptions.

Waste Handling Cranes are typically controlled by operators from a cabin, requiring reliable infrastructure for safe and precise handling. Our energy and data transmission technologies support these operations by ensuring stable crane performance and continuous system feedback. With robust components and proven reliability, our solutions help facilities maintain efficiency, reduce downtime, and ensure safe, long-term operation in challenging environments.

Tailored Solutions for You: 

• I-beam Festoon Systems from Series 0330, 0350, 0360, and 0364 ensure a reliable energy supply and smooth cable management in waste handling operations.
• For efficient cable retraction, both Spring Cable Reels and Motorized Cable Reels offer robust solutions tailored to continuous crane movement.
• Precise and safe crane control is achieved with our Radio Remote Controls, providing enhanced operational flexibility.
• Advanced communication and data transmission are seamlessly handled by ProfiDAT & Nexus, ensuring reliable connectivity in demanding environments.
• Bumpers protect structures and equipment.

Maximizing Uptime and Performance in Slag Handling Applications

Extreme conditions call for reliable power. Our conductor rails and festoon systems provide consistent, uninterrupted energy, keeping cranes running at all times. As these cranes are often operated from a remote location, the main power and controls for long travels are carried by a festoon system, ensuring stability in the harshest of environments. Cross-bridge travel also relies on festoons, while hoisting operations may require a cable reel to manage power and controls to the grab. Our energy solutions are built to withstand the toughest environments so operators can focus on what matters most - keeping their equipment running efficiently.

Precision starts with seamless communication. Our ProfiDAT and Nexus systems provide real-time, interference-free data transmission, ensuring instant response to every crane movement. Reliable data transmission is essential to coordinate slag handling processes efficiently and safely, especially given the remote nature of these cranes.

Intelligent control takes slag handling to the next level. Our radio remote controls give operators full flexibility, allowing safe and precise crane control from a distance. With intelligent control systems, Slag Cranes handle the transportation of slag safely and effectively, maximizing uptime, streamlining operations, and improving overall productivity in waste-to-energy plants.

Tailored Solutions for You:

• Our Conductor Rails, such as 0813, HBII, HB3, and SL3, ensure a reliable and efficient energy supply for slag handling cranes.
• To support energy transmission and cable management, I-beam Festoon Systems from Series 0330, 0350, 0360, and 0364 provide a durable and flexible solution.
• Spring Cable Reels enable smooth cable retraction, ensuring uninterrupted crane operation.
• For enhanced operational flexibility and precise control, Radio Remote Controls enable safe and efficient crane handling.
• Reliable data transmission is ensured with ProfiDAT and Nexus, optimizing communication in demanding environments.

Innovative Solutions for Efficient Ash Handling

Operating in harsh environments with high-duty cycles, Ash Handling Cranes require durable, high-performance electrification systems that can withstand demanding conditions. Our solutions, such as conductor rails and festoon systems, provide consistent energy transmission to ensure smooth crane movement over long travels. Due to the remote operation of these cranes, a festoon system provides both main power and long travel controls, while cross-bridge travel also relies on festoons. For precise hoist and grab control, a cable reel ensures uninterrupted power and control flow. Designed for high duty cycles and extreme environments, these systems keep cranes running and reduce downtime.

Reliable data communication is essential for remote crane operation. Our ProfiDAT and Nexus solutions enable real-time, contactless data transmission, ensuring fast and accurate response to operator commands. These advanced systems facilitate smooth crane coordination, prevent operational delays, and support predictive maintenance strategies.

Our intelligent control solutions, such as radio remote controls, allow operators to manage crane movements safely and efficiently from a distance, reducing exposure to extreme conditions. With intuitive controls and instant response capabilities, operators can adjust positioning and movement with high accuracy, ensuring smooth ash handling and optimized workflow.

Tailored Solutions for You:

• Conductor Rails like 0813, HBII, HB3, and SL3 provide a reliable power supply, ensuring continuous operation.
• To support efficient energy transmission, I-beam Festoon Systems from Series 0330, 0350, 0360, and 0364 offer a durable and flexible solution.
• Spring Cable Reels ensure smooth cable management, optimizing crane performance.
• Precise and safe crane operation is enabled by Radio Remote Controls, allowing for greater control flexibility.
• ProfiDAT and Nexus provide reliable communication for seamless data transmission in demanding industrial environments.