Single Girder Overhead Travelling Cranes: A Flexible Solution for Industrial Transport
Single girder overhead travelling cranes are ideal systems preferred to provide maximum efficiency in halls that require minimal headroom.
Thanks to different girder constructions, systems can be created with flexibility to adapt to all kinds of environments and application conditions.
This design flexibility allows for maximum hook distances, providing greater freedom of movement and efficiency in the operating area.
Single girder overhead travelling cranes are essential handling systems commonly used in industrial facilities, warehouse areas, and production lines.
These cranes offer a lighter and more economical option with structures that move on a single main girder.
Thanks to advantages such as load carrying capacity, ease of use, and design flexibility, they are ideal for areas requiring moderate load handling.
The single girder overhead travelling crane is a type of crane that moves on a single main girder and does not occupy space in the ceiling area.
These cranes are generally used in areas where lighter loads need to be carried and are an ideal choice for businesses seeking an economical solution.
Their single-girder structure optimizes load capacity while also saving on labor and energy consumption.
Design and Structural Features
The design of single girder overhead travelling cranes is optimized to provide lighter and more efficient load handling.
The single girder system means less material usage and reduced weight.
The bridge between the girders plays a key role in load transportation, and the overhead structure on which the crane system moves is usually designed to increase load-carrying capacity.
Lightweight and Durable Structure: The single-girder design is ideal for light load handling needs and is supported by durable materials.
Bridge and Motion System: The bridge structure that increases load capacity and drive systems that ensure smooth movement are included.
Economical Design: Single girder cranes have more cost-effective and energy-efficient designs.
Production Process and Technology
The production process of single girder overhead travelling cranes is carried out with high precision.
Advanced production technologies improve the quality and efficiency of these cranes.
Modern technologies used during production enable the testing of each component's durability and ensure high-quality manufacturing.
Advanced Manufacturing Technology: CNC machines, laser cutting technology, and automated assembly lines are used in the production process.
This ensures high accuracy in manufacturing.
Efficiency and Low Energy Consumption: Advanced production technologies support more efficient operation and energy savings.
Quality and Technology
Single girder overhead travelling cranes must meet high-quality standards regarding load capacity and safety.
These cranes are manufactured using state-of-the-art technology and tested according to the highest safety standards.
High-quality motor systems and innovative designs ensure efficient crane operation.
High-Quality Materials: Structural parts of the cranes are produced using high-quality materials. This ensures long lifespan and safety.
Technological Innovations: Modern motors, sensors, and other technological features used in cranes increase operational efficiency.
Load Balancing and Precision: Technological innovations help maintain balance and ensure accurate transport during load handling.
Maintenance and Operation
Regular maintenance is required to ensure the long-term and safe operation of single girder overhead travelling cranes.
Maintenance and inspection procedures help increase operational efficiency.
Regular Maintenance Program: Motors, pulleys, and drive systems of the cranes should be regularly checked and maintained.
Wear Tests and Preventive Maintenance: Worn parts are tested at regular intervals, allowing for early detection of faults.
Trained Operators: Operators must be trained to ensure safe and correct crane operation. This improves efficiency and helps prevent workplace accidents.
