Overhead Or Top Running Crane are mainly Of Two Types:-
1) Single Girder EOT Crane :
• This type of crane consists of single I-Beam or single Box-type Girder in accordance with span requirements.
• Electric Hoist is directly mounted under that I-Beam or Box Girder.
• For lower capacities, generally industries prefer use of Single Girder EOT cranes.
• Being cost-effective and reliable in most of the working conditions, Single Girder EOT crane is most suitable in small and medium scale industries.
2) Double Girder EOT Crane :
• As tonnage weight to be lifted increase with longer spans, we provide the option of Double Girder EOT crane as perfect solution for such working conditions.
• This type of crane consists of two Box-type Girders with motorized End-carriages on both ends.
• Electric Crab is used instead of Electric hoist for dual runways.
• Double Girder crane allows Hook to be brought up between the girders to improve the hook height.
• Because of two girders are used to carry the load, longer spans can be bridged and higher capacities can be achieved.
Overhead Or Top Running Crane are mainly Of Two Types:-
1) Single Girder EOT Crane :
• This type of crane consists of single I-Beam or single Box-type Girder in accordance with span requirements.
• Electric Hoist is directly mounted under that I-Beam or Box Girder.
• For lower capacities, generally industries prefer use of Single Girder EOT cranes.
• Being cost-effective and reliable in most of the working conditions, Single Girder EOT crane is most suitable in small and medium scale industries.
2) Double Girder EOT Crane :
• As tonnage weight to be lifted increase with longer spans, we provide the option of Double Girder EOT crane as perfect solution for such working conditions.
• This type of crane consists of two Box-type Girders with motorized End-carriages on both ends.
• Electric Crab is used instead of Electric hoist for dual runways.
• Double Girder crane allows Hook to be brought up between the girders to improve the hook height.
• Because of two girders are used to carry the load, longer spans can be bridged and higher capacities can be achieved.