Single Beam EOT Crane

A single horizontal girder or beam supported by end trucks on either side makes up a single beam EOT (Electric Overhead Travelling) crane, sometimes referred to as a single girder overhead crane. It is frequently utilised for applications requiring smaller capacities or for lifting and moving big items in constrained spaces.

Following are some of the main characteristics and parts of a single beam EOT crane:

1. Structure: To span the width of the working area, the crane is made of a single horizontal girder. Usually composed of steel, the girder is intended to support the load and offer stability.

2. End trucks: At either end of the girder, there are end trucks that contain the wheels or tracks that allow the crane to move along the runway system. They support and stabilise the crane frame as well.

3. Hoist: The girder-mounted hoist mechanism is in charge of raising and lowering the weight. Depending on the exact design and requirements, the hoist may be electronically or manually operated.

4. Trolley: The trolley is attached to the girder and moves down the crane's length. It supports the hoist system and enables load horizontal movement. The tram can be driven manually or with an electric motor.

5. Control system: Single Beam EOT Cranes frequently have a control system that enables users to direct the crane's movement. Features like push-button pendant controls, radio remote controls, and variable speed controls could be part of the control system.

6. Single Beam EOT Cranes are fitted with a number of safety elements to ensure a secure operation. Overload protection, limit switches, emergency stop buttons, and audible or visible alerts are a few examples of these.

7. Customization is possible with Single Beam EOT Cranes to match particular needs and applications. Different load capacities, spans, lifting heights, and operating speeds can be incorporated into their design.

Single Beam EOT Cranes are frequently employed in a variety of settings, including small-scale industrial plants, assembly lines, and warehouses. They are appropriate for applications with a comparatively modest lifting capability and constrained area. Within a constrained working space, these cranes provide an affordable alternative for lifting and transporting items.