EOT Crane Current Collector

Electric electricity from conductor rails or overhead power lines must be collected by the Electric Overhead Travelling (EOT) crane current collector in order to operate the crane's electric motor and control systems. It guarantees a constant and dependable power supply when the crane is in use.

The EOT crane current collector's salient features are as follows:

1. Design and Construction: Typically, the current collector is built as a sliding or rolling component that is mounted on the EOT crane's bridge or trolley. It comprises of a collector head that establishes electrical contact with an overhead power line or conductor rail, and a collection of brushes or wheels that maintain a steady electrical connection.

2. Power collection: The EOT crane is able to draw electricity because the collector head stays in contact with the conductor rail or overhead power line as it moves along the runway beams. Electrical wires or conductors transfer this power to the crane's electric motor and control systems.

3. Conductive Materials: Copper or brass, which have strong electrical conductivity and durability, are often used to make the collector head, brushes, and wheels. These substances minimise electrical resistance and guarantee effective power transfer.

4. A spring-loaded device that aids in preserving consistent contact between the collector head and the conductor rail or overhead power line is a feature of the current collector. This system makes sure that the electrical connection is steady even if the crane's movement or rail alignment slightly changes.

5. Current collectors frequently have safety measures like insulation and grounding mechanisms to prevent electric shock and guarantee proper performance. Additionally, they might be equipped with anti-derailment mechanisms to keep the collector attached to the conductor rail or power line.

6. Maintenance and Inspection: To ensure optimal operation and reduce wear and tear, the current collector requires regular maintenance and inspection. This could entail lubricating, cleaning, and occasionally replacing brushes or wheels.

A crucial element that enables the EOT crane to obtain the required electrical power for operation is the current collector. It guarantees a steady and uninterrupted power supply, enabling the crane to efficiently complete lifting and material handling operations in industrial settings. 

Product details 

 
FAQ

1. What is an EOT Crane Current Collector?

Ans - An overhead crane is powered by an EOT (Electro-Mechanical Operated Trolley) Crane Current Collector, a device attached to the crane that receives electrical current from a power source. Usually, it consists of a contact arm that glides along the overhead rail and connects to the power line electrically.

2. What Is the Operation of an EOT Crane Current Collector?

Ans - In order for an EOT Crane Current Collector to function, it must stand between the crane and the power source. Typically, it is formed of a metal arm that touches a power line while extending along an overhead rail. The crane motor receives an electrical current from this contact and is subsequently used to drive the crane.

3. What EOT Crane Current Collectors Are Available in Different Types?

Ans - There are several different varieties of EOT Crane Current Collectors available, including those that are operated by contact shoes, contact arms, and electric motors. The kind of crane and power supply you're utilising will influence the current collector you pick.

4. How Should You Exercise Safety When Using an EOT Crane Current Collector?

Ans - To prevent mishaps and injuries, extra safety measures should be followed when using an EOT Crane Current Collector. All workers who are near the crane should be donning safety gear, such as hard hats, face shields, and non-slip footwear. The EOT Crane Current Collector should also be frequently checked for any damage or wear, and the power source should be tested before use.

5. What Advantages Do EOT Crane Current Collectors Offer?

Ans - The efficiency and safety of crane operations are improved as a result of deploying an EOT Crane Current Collector. The crane doesn't need to manually supply electricity because it can readily collect electrical current from a power source. In order to prevent safety concerns or mishaps while the crane is operating, the contact arm or shoe also aids in establishing a secure connection with the power line.