About SINGLE GIRDER UNDERSLUNG CRANE
A Comprehensive Guide to Construction Cranes, EOT (Electric Overhead Travelling) Cranes are an essential part of the construction industry. They are used to lift and move heavy loads in various industrial and commercial settings. EOT Cranes are available in different types and capacities, ranging from single girder to double girder cranes, making them ideal for various material handling applications. As a leading EOT Crane Manufacturer, we offer a range of cranes to meet the specific needs of our clients. Our Single Girder EOT Cranes are known for their light weight and easy maintenance, while our Double Girder EOT Cranes are designed for heavy-duty applications. Our Electrical Hoist Cranes are an ideal solution for lifting and moving small loads, while our Overhead Cranes are ideal for moving loads over a large area. We are one of the leading Crane Manufacturers in the industry, providing high-quality EOT Cranes at competitive prices. Our cranes are designed and manufactured in compliance with international standards and come with a warranty for complete peace of mind.
Efficiency in Heavy Industrial ApplicationsThis underslung crane, with a load capacity of 10 long tons, is engineered for demanding industrial environments, ensuring smooth and secure movement of heavy materials. Its golden yellow color not only enhances visibility but also adds a touch of vibrancy to any industrial setting, improving workplace safety.
Advanced Safety and Control FeaturesThe crane is equipped with an electro-magnetic braking system, providing reliable load handling and minimized risk during operations. The combination of electric power and a single girder gearbox results in quiet, efficient, and consistent lifting performance across a span of 12 meters.
Seamless Installation and AdaptabilityDesigned for underhung installation, this crane suits industrial environments where headroom is limited. It operates on a standard 220-volt supply and can easily integrate into existing facilities, providing flexibility for a range of material handling requirements.
FAQ's of SINGLE GIRDER UNDERSLUNG CRANE:
Q: How is the Single Girder Underslung Crane installed in an industrial facility?
A: This crane is typically mounted directly onto the ceiling or structural beams using underslung configurations, making it ideal for environments with restricted overhead space. Professional installation by trained technicians ensures safe and proper integration with existing structures.
Q: What materials and loads can this crane safely handle?
A: The crane is built to handle a maximum lifting load of 10 long tons, making it suitable for moving a variety of heavy industrial materials, such as steel beams, machinery components, and large fabrication parts within factories.
Q: When should the electromagnetic brake system be used?
A: The electro-magnetic brake is automatically engaged during standard operations to provide safe stopping during lifting and lowering, especially when precisely positioning heavy loads or in emergency situations.
Q: Where is the ideal location to operate this crane?
A: This crane is best suited for industrial environments such as workshops, manufacturing plants, and warehouses where there is limited headroom and the need for efficient overhead material handling.
Q: What is the benefit of the crane's 1 m/s lifting and traveling speed?
A: A lifting and traveling speed of 1 m/s allows for quick, yet controlled, movement of heavy loads. This improves workplace efficiency and reduces the time spent handling materials, contributing to increased productivity.
Q: How does the process of lifting heavy loads with this crane ensure safety?
A: The integrated electro-magnetic brake system, combined with precise electric controls and a robust single girder construction, ensures stable, secure, and smooth lifting of heavy loads, enhancing operational safety.
Q: What advantages does the golden yellow color offer in industrial settings?
A: The golden yellow color increases the crane's visibility, reducing the risk of accidental collisions and enhancing overall safety for workers in busy industrial environments.