Overview
MGSB electromagnetic hanging beam semi-gantry crane is an indispensable heavy material handling equipment in modern steel metallurgy, metal processing, scrap steel recycling, port terminals, large warehouses and other fields. It is designed for efficient and safe lifting of magnetic ferrous metal materials (such as steel plates, steel billets, profiles, steel coils, pig iron blocks, scrap steel, etc.). It integrates a sturdy semi-gantry structure, powerful lifting capacity, precise electromagnetic control and flexible site adaptability. It is an ideal choice for improving production efficiency, reducing labor intensity and optimizing logistics management.
Core structure
Asymmetric legs: The core symbol of "semi-gantry", one side of the high leg runs on the track, and the other side of the low leg is supported on the ground to adapt to special sites.
Electromagnetic hanging beam integration: Replace the traditional hook, the hanging beam provides stable support and power supply path for the electromagnet.
Rigid structure: The main beam, legs and hanging beam must have sufficient strength and rigidity to ensure the stability of lifting, especi ally when the electromagnet sucks and releases materials instantly, the impact is large.
Dedicated power supply system: The complex rectification, control and power-off protection system is the key to the safety of electromagnetic cranes.
Power supply for moving parts: Reliable solutions (such as cable drums, drag chains, busbars) are needed to power the moving trolleys and lifting electromagnets.
Parameter
Parameter Name | MGSB 5t | MGSB 10t | MGSB 16t |
Rated Lifting Capacity | 5t | 10t | 16t |
Span | 10m - 35m(Commonly 18m, 20m, 25m) | 10m - 35m(Commonly 20m, 25m, 30m) | 10m - 35m(Commonly 22m, 28m, 30m) |
Lifting Height | 6m - 25m(Typically 9m, 12m) | 6m - 25m(Typically 12m, 15m) | 6m - 25m(Typically 15m, 18m) |
Working Class | A5 - A7 | A5 - A7 | A5 - A7 |
Magnetic Force of Electromagnetic Hanging Beam | ≥120N/cm² | ≥120N/cm² | ≥120N/cm² |
Power Consumption of Electromagnetic Hanging Beam | 1.1W per unit | 1.1W per unit | 1.1W per unit |
Power Supply | Three - phase AC, 380V ± 10%, 50Hz | Three - phase AC, 380V ± 10%, 50Hz | Three - phase AC, 380V ± 10%, 50Hz |
Steel mills: Raw material yards (loading and unloading of pig iron and scrap steel), steelmaking workshops (scrap steel addition, ladle hot repair area), rolling mills (warehouse management and loading of slabs, steel coils, and finished plates).
Metal processing plants: Steel plate unloading, profile handling, semi-finished/finished product transfer.
Large machinery manufacturing plants: Handling and assembly of heavy structural parts and steel plates.
Scrap steel recycling and processing centers: Loading, unloading, sorting, and stacking of scrap steel.
Port terminals: Loading and unloading of steel and scrap metal ships and yard operations.
Railway freight yards: Loading and unloading of steel and metal goods.
Large storage and logistics centers: Warehouses for storing heavy metal materials.
Selection and Customization
Lifting weight (SWL): Maximum safe working load.
Span: The distance between the center lines of the tracks at both ends of the crane main beam (the semi-gantry type needs to consider the track position on the high leg side and the support point position on the low leg side).
Lifting height: The maximum distance from the bottom of the electromagnet to the ground.
Duty class: Determined according to the frequency of use and load status (such as A5, A6).
Working environment: Indoor/outdoor, temperature, humidity, dust, corrosive gas, etc.
Electromagnet type and parameters: Shape, size, suction, applicable temperature, material type.
Operating speed: Lifting, trolley, and trolley speed requirements.
Control method: Driver's cab, remote control, ground operation.
Power supply method: Busbar, cable drum.
Special requirements: frequency conversion control, weighing function, explosion-proof, anti-magnetic interference, special painting, etc.
