Features of Single Girder EOT Crane

features-of-single-girder-eot-crane

Definition of Single Girder EOT Crane

The count of beams signifies whether it is a single beam or double beam crane. It is the appearance of a single girder EOT crane. Short period work or light duty weight work is being done by a single girder crane. It has 20 tons of lifting capacity which can work up to a maximum of 6 hours. Two types of single girder cranes are top running and under running. Top running crane is fabricated with channels and rolled beams up to 130 feet.

Types of Single Girder EOT Cranes

The top running and under running cranes are both types of single girder cranes. A top running girder cranes ELV and ELK cranes are available. It has ½ to 10 tons of capacity and 60 feet lifting capacity. Under running, the crane is often referred to as underhung crane. It maximizes the facility of floor space and the storage of material. It’s maximum utilization of the width and height of the building when supported to the roof.

Special features of Single Girder EOT Crane

  • Heavy duty is done with the help of steel rope
  • Long lasting durability
  • Convenient for light weight lifting
  • Latest safety tools are included
  • Low-cost maintenance
  • Compact building loads and space-saving
  • Travel limit switch by upper and lower hook
  • Capacity 1 ton to 20 tons
  • Span: 5 to 35 meters
  • Optional feature of VVF drive is available for accurate loading
  • Easy load lifting is done with the help of double grooved rope installed
  • Extended service lift as part of ELMECH design.

Single Girder EOT Cranes feature maximum rigidity. It is a cost-effective design for building purposes. Improved load handling and cross-travel speeds. The gantry crane suppliers can help you with providing all types of cranes commonly used for light and medium workshop applications. The EOT cranes move over the rails placed on the top of Crane. Gantry girders are laterally beams that are unsupported to carry. A girder is a support beam used for construction.