Product Description
Ergonomically designed Grab Bucket EOT Crane can be accessed in 5 ton to 10 ton of load bearing capacity based specification. Its travelling speed is 0.5m/min and it requires 50 Hz power frequency to operate. Mild steel structure of this electric overhead travelling crane is rust and wear proof. Provided Grab Bucket EOT Crane comprises of important components like cable power system, end beam, busbar power system, hook, main beam, rail and trolley. Application of this type of overhead material handling device can be noticed in workshops, power stations and also in ports. This cabin or remote controlled system requires around 380v voltage to function.
Grab Bucket EOT Crane Details:
| Minimum Order Quantity | 1 Piece |
| Max Load Capacity | 5-10 ton |
| Load Capacity | 1-5 ton |
| Travel Speed | 0-5 m/min |
| Power Source | Electric |
| Material | Mild Steel |
| Frequency | 50 Hz |
Superior Construction & PerformanceManufactured with high-strength IS-2062 grade steel and finished in industrial yellow with dual-layer epoxy primer, this crane endures tough operating conditions and offers long-term resistance to corrosion and wear. Its robust double girder configuration supports heavy-duty M6M8 classification work with tested safety up to 125% of rated load. The low-noise design promotes a comfortable work environment.
Advanced Control & Safety SystemsThe PLC-based control interface, complete with emergency stop and overload protection, ensures precise, safe handling of bulk materials. Fail-safe mechanisms guard against operational hazards, while electro-hydraulic brakes and advanced limit switches prevent over-hoisting and over-lowering, supporting seamless workflow and compliance with IS/ISO/FEM standards.
Flexible Customization & Broad ApplicationsClients can tailor the span, lifting capacity, and speed (lifting 57 m/min; traveling 1020 m/min) to suit their specific requirements, with options for different operating modes including remote and cabin control. Suitable for a variety of sectors, this EOT crane streamlines workflows in material yards, ports, and industrial plants.
FAQs of Grab Bucket EOT Crane:
Q: How is the grab bucket EOT crane controlled during operation?
A: The crane features a PLC-based control system and can be operated from a cabin, using a remote control, or via a pendant. All options include an emergency stop and overload protection to ensure safe, reliable operation for material handling tasks.
Q: What types of materials can this crane handle efficiently?
A: Designed for bulk material handling, the crane is suitable for lifting and moving materials like coal, sand, gravel, scrap metal, and similar aggregates, thanks to its robust grab bucket design and heavy-duty construction.
Q: When is installation and commissioning service available?
A: Installation and commissioning are available upon request. Our experienced technical team coordinates with users for smooth on-site crane setup, testing, and operator training, ensuring maximum system effectiveness from day one.
Q: Where can the grab bucket EOT crane be used?
A: This crane is ideal for use in industrial environments such as bulk material handling yards, ports, steel plants, warehouses, and power stations, where efficiency and reliability are paramount.
Q: What safety features are included with the crane?
A: Safety is integral to the design. The crane is equipped with overload protection, emergency fail-safe brakes, limit switches for over hoisting and lowering, and complies with IS:3177, IS:807, IS:3938, and relevant international standards. Motors and controls are IP55 rated for added safety in demanding environments.
Q: How does the grab mechanism operate?
A: The grab bucket operates via a robust, electro-hydraulic system, allowing precise open and close actions controlled from a user-friendly push-button panel. This mechanism facilitates controlled, efficient bulk material loading and unloading.
Q: What benefits does this EOT crane offer over conventional cranes?
A: Compared to standard cranes, this grab bucket EOT crane delivers superior efficiency in bulk handling, enhanced safety features, customizable operation, lower noise emissions, and compliance with international standards, resulting in improved productivity and operational reliability.