Rail Mounted Container Gantry Crane

Rail mounted container gantry cranes (RMGs) are large, robust cranes specifically designed for loading, unloading, stacking, and moving containers in ports, container yards, and intermodal terminals. These cranes run on rails, providing precise and efficient handling of containers, making them an essential component in container logistics.

The crane runs on fixed rails, which provides precise and stable movement along a predetermined path. This rail system allows for the efficient handling of containers over a large area

Product Description

Technical Parameter

Lifting speed Trolley speed Crane speed Container
Capacity (t)	30	35	45	50
Span (m)	18~35	18~35	18~35	18~35
Lifting speed(m/min)	12.5	9.5	9.8	9.2
Lifting height (m)	12.3~21	12.3~21	12.3~21	12.3~21
Trolley speed(m/min)	0-20	0-20	0-20	0-20
Crane speed	0-30	0-30	0-30	0-30
(m/min)	A6-A8	A6-A8	A6-A8	A6-A8
Work duty	QU80	QU80/QU100	QU100/QU120	QU100/QU120

Advantages

High Efficiency: RMG cranes offer fast and precise handling of containers, which is essential for high-throughput environments like ports and terminals.
Stability and Precision: The rail-mounted design ensures stable and accurate movement, reducing the risk of accidents and damage to containers.
Environmentally Friendly: Being electrically powered, RMG cranes produce lower emissions compared to diesel-powered equipment, contributing to greener port operations.
Automated Operations: Many modern RMG cranes feature automation and remote operation capabilities, reducing labor costs and increasing safety.

Application

Port and Container Terminals: RMG cranes are primarily used in ports and container terminals for loading and unloading shipping containers from ships to the dock and vice versa.
Rail Yards: They are also used in rail yards to transfer containers between railcars and trucks, facilitating intermodal transportation.
Storage Yards: In large storage facilities, RMG cranes manage the stacking and retrieval of containers, optimizing the use of space and improving operational efficiency.