HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Electromagnetic Overhead Cranes for Steel Handling

Move steel plate, billet, sections, coils and scrap with a bridge crane configured for your material flow. Compare five magnetic lifting arrangements, from a single magnet to rotating beams and grab-and-magnet handling.

Explore crane types Discuss your project ↗

5 crane models4 handling tasks

Henan Mine Crane upper rotating electromagnetic overhead crane with magnetic beam

MODEL YC Upper-rotating magnetic beam

FIVE MODELS / FOUR HANDLING TASKS

Choose by load shape and handling sequence.

A magnet crane is selected around the steel you move, its dimensions and temperature, the pick-and-place route, and the way you need to orient the load. Start with the handling arrangement below, then define the crane capacity and magnet system for your plant.

Single-magnet steel handling

QC is a direct choice for ferrous loads that can be picked with one magnet; hook-assisted configurations support mixed lifting work.

Explore models ↗02

Long-load carrier beams

QL uses a magnetic carrier beam to support plate, billet or sections at multiple lifting points and help control long loads.

Explore models ↗03

Rotating magnetic beams

YC and QLC turn the lifted load to suit the production route, stack orientation or loading position.

Explore models ↗04

Grab and magnet handling

QP combines a grab and electromagnetic lifting on one bridge for yards handling both bulk and ferrous material.

Explore models ↗

SIZE THE COMPLETE LIFT

Provide the mass of the material plus magnet, beam and rigging. The rated crane load and magnetic holding capacity must both suit the actual item, surface condition and duty.

Approval checklist ↗

01 / CONFIGURATION

Single-magnet steel handling

QC is a direct choice for ferrous loads that can be picked with one magnet; hook-assisted configurations support mixed lifting work.

QC electromagnetic overhead crane by Henan Mine Crane

MODEL QC

HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Lift ferrous material with a dedicated magnet crane.

Electromagnetic Overhead Crane

The QC double-girder crane carries an electromagnetic lifter for steel handling in mills, warehouses and yards. Select the magnet around the material contact area and piece geometry; an auxiliary-hook arrangement is available for jobs that also need conventional lifting.

SUITABLE TASK: Steel plate, billets, profiles, scrap and other ferrous loads suited to magnetic pickup.
BUYER CHECK: Send the heaviest item, smallest item, contact surface, load temperature and expected lifts per hour.

Technical specifications

Rated capacity	5 / 10 / 16 t; main/auxiliary configurations 16/3.2, 20/5, 32/5 t	Crane span	10.5–31.5 m
Lifting height	16 m standard; main/auxiliary configurations 12–18 m	Work class	A6
Hoisting speed	9.5–15.6 m/min across listed configurations	Bridge structure	Double-girder bridge with electromagnetic lifting attachment
Lifting mechanism	Electric trolley hoist; auxiliary-hook configurations available	Control	Cab or remote control configured for operator visibility
Magnet system	Magnet type and excitation matched to load dimensions, temperature and surface condition.	Lifting attachment	Single lifting magnet; optional auxiliary hook for nonmagnetic lifts.
Safety functions	Verify magnetic holding, emergency power-loss response, brakes, limits and loaded travel.	Working environment	Select electrical and magnet protection for the mill, warehouse or outdoor yard.

Available configurations

Capacity	Span	Lift	Class	Hoist speed	Rotation / arrangement
5 t	10.5–31.5 m	16 m	A6	15.6 m/min	Single lifting magnet
10 t	10.5–31.5 m	16 m	A6	13 m/min	Single lifting magnet
16 t	10.5–31.5 m	16 m	A6	13 m/min	Single lifting magnet
16/3.2 t	10.5–31.5 m	16/18 m	A6	13 m/min	Main / auxiliary hooks
20/5 t	10.5–31.5 m	12/14 m	A6	12.6 m/min	Main / auxiliary hooks
32/5 t	10.5–31.5 m	16/18 m	A6	9.5 m/min	Main / auxiliary hooks

Request QC proposal View model details ↗Share your steel load, layout and duty for a matched magnetic lifting system.

02 / CONFIGURATION

Long-load carrier beams

QL uses a magnetic carrier beam to support plate, billet or sections at multiple lifting points and help control long loads.

QL electromagnetic carrier-beam overhead crane by Henan Mine Crane

MODEL QL

HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Support long steel loads across several pickup points.

Electromagnetic Carrier-Beam Overhead Crane

The QL crane suspends a magnetic carrier beam below the trolley, distributing pickup points along long material. It is suited to repeatable transfer of plate, billet and structural sections where a single magnet would not control the load shape.

SUITABLE TASK: Long plate, billets, bars and structural steel in stockyards and production bays.
BUYER CHECK: Provide length, width, thickness, bundle shape, spacing and the required pickup orientation.

Technical specifications

Rated capacity	5+5 / 7.5+7.5 / 10+10 / 16+16 / 20+20 t	Crane span	10.5–31.5 m
Lifting height	12 or 16 m configurations	Work class	A6–A7
Hoisting speed	11.8–15.9 m/min across listed configurations	Bridge structure	Double-girder bridge with suspended magnetic carrier beam
Lifting mechanism	Trolley hoist supporting the magnet beam	Control	Cab or remote control with a clear view of the whole load.
Magnet system	Multiple electromagnets on a carrier beam; magnet spacing sized to the load.	Lifting attachment	Magnet beam and suspension sized for total load, stiffness and bending control.
Safety functions	Confirm pickup balance, emergency retention, beam clearances and loaded travel.	Working environment	Material temperature and exposure conditions determine magnet selection.

Available configurations

Capacity	Span	Lift	Class	Hoist speed	Rotation / arrangement
5+5 t	10.5–31.5 m	16 m	A6–A7	13.2–15.7 m/min	Magnetic carrier beam
7.5+7.5 t	10.5–31.5 m	16 m	A6–A7	12.5–15.4 m/min	Magnetic carrier beam
10+10 t	10.5–31.5 m	12 m	A6–A7	13.5–15.9 m/min	Magnetic carrier beam
16+16 t	10.5–31.5 m	16 m	A6–A7	13.6–15.3 m/min	Magnetic carrier beam
20+20 t	10.5–31.5 m	12 m	A6–A7	11.8–15.22 m/min	Magnetic carrier beam

Request QL proposal View model details ↗Share your steel load, layout and duty for a matched magnetic lifting system.

03 / CONFIGURATION

Rotating magnetic beams

YC and QLC turn the lifted load to suit the production route, stack orientation or loading position.

YC upper-rotating electromagnetic beam overhead crane by Henan Mine Crane

MODEL YC

HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Rotate long steel loads from above the trolley.

Upper-Rotating Electromagnetic Beam Crane

The YC crane integrates a rotating mechanism on the upper trolley so its magnetic beam can orient steel as it moves between process positions. This arrangement suits routes where plate, billet or profiles must be turned before stacking or loading.

SUITABLE TASK: Steel plate, billets, sections and coils requiring controlled load orientation.
BUYER CHECK: Share the starting and final orientations, available turning envelope, material size and stacking pattern.

Technical specifications

Rated capacity	5+5 / 10+10 / 16+16 / 25+25 t configurations	Crane span	25–34 m depending on configuration
Lifting height	10–16 m depending on configuration	Work class	A6–A7
Hoisting speed	12.4–16 m/min across listed configurations	Bridge structure	Double-girder bridge with upper rotating trolley and magnetic beam
Lifting mechanism	Electric trolley hoist with upper rotating mechanism	Control	Cab or remote control with rotation feedback as required.
Magnet system	Electromagnetic beam with controlled rotation; select magnet spacing for the product.	Lifting attachment	Suspended magnetic beam and upper rotating trolley.
Safety functions	Check pickup balance, rotation limits, emergency retention and clearances through the full route.	Working environment	Magnet and electrical protection selected for the steel-handling environment.

Available configurations

Capacity	Span	Lift	Class	Hoist speed	Rotation / arrangement
5+5 t	28.5 m	12 m	A6	12.4 m/min	1.5 rpm
10+10 t	25–34 m	16 m	A7	12.6 m/min	1.36 rpm
16+16 t	25–33 m	10–16 m	A6	14.8–16 m/min	1.36–1.85 rpm
25+25 t	25 m	10 m	A6	15.4 m/min	1.4 rpm

Request YC proposal View model details ↗Share your steel load, layout and duty for a matched magnetic lifting system.

QLC lower-rotating electromagnetic beam overhead crane by Henan Mine Crane

MODEL QLC

HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Turn the magnetic beam below the lifting trolley.

Lower-Rotating Electromagnetic Beam Crane

The QLC crane places the rotating mechanism below the trolley to align steel loads with racks, lines or transport positions. Its beam and magnets are configured for the product shape and the space available beneath the bridge.

SUITABLE TASK: Plate, sections and coils needing rotation during transfer or stacking.
BUYER CHECK: Provide the rotation angle, load length, lowest clearance and target placement tolerance.

Technical specifications

Rated capacity	15 t / 25 t / 30 t configurations	Crane span	34.3 m / 46.3 m / 53.3 m respectively
Lifting height	5.5 m / 5 m / 5 m respectively	Work class	A6
Hoisting speed	12.2 / 11.8 / 12 m/min respectively	Bridge structure	Double-girder bridge with lower rotating magnetic beam
Lifting mechanism	Electric trolley hoist with lower beam rotation	Control	Cab or remote control; rotation position feedback available.
Magnet system	Rotating magnetic beam with magnet arrangement selected for load contact.	Lifting attachment	Lower rotating beam, suspension and lifting magnets.
Safety functions	Confirm rotation envelope, magnetic holding, emergency retention and loaded travel.	Working environment	Select magnet and control protection for indoor or outdoor steel handling.

Available configurations

Capacity	Span	Lift	Class	Hoist speed	Rotation / arrangement
15 t	34.3 m	5.5 m	A6	12.2 m/min	1 rpm
25 t	46.3 m	5 m	A6	11.8 m/min	1 rpm
30 t	53.3 m	5 m	A6	12 m/min	1 rpm

Request QLC proposal View model details ↗Share your steel load, layout and duty for a matched magnetic lifting system.

04 / CONFIGURATION

Grab and magnet handling

QP combines a grab and electromagnetic lifting on one bridge for yards handling both bulk and ferrous material.

QP grab and magnet overhead crane by Henan Mine Crane

MODEL QP

HENAN MINE CRANE / MAGNETIC MATERIAL HANDLING

Handle bulk material and steel on the same bridge.

Grab and Magnet Overhead Crane

The QP dual-purpose overhead crane combines a grab system and electromagnetic lifting on a double-girder bridge. It serves yards where loose bulk material and ferrous products move through the same operating area without dedicating separate cranes to each task.

SUITABLE TASK: Mixed scrap, bulk material and ferrous products in steelworks or material yards.
BUYER CHECK: Identify both material streams, grab volume, material density and magnet load dimensions.

Technical specifications

Rated capacity	5/5 / 10/10 / 16/16 t configurations	Work class	A6
Bridge structure	Double-girder bridge with grab and electromagnetic handling	Lifting mechanism	Grab main hoist and magnet auxiliary lifting arrangement
Control	Cab or remote control, selected for yard visibility.	Magnet system	Electromagnet specified around the ferrous load; grab specified by bulk material density.
Lifting attachment	Grab and magnet with separate operating sequences.	Safety functions	Verify grab closing, magnet retention, interlocks, brakes and loaded travel.
Working environment	Electrical protection matched to dust and outdoor exposure.

Available configurations

Capacity	Class	Rotation / arrangement
5/5 t	A6	Grab + magnet
10/10 t	A6	Grab + magnet
16/16 t	A6	Grab + magnet

Request QP proposal View model details ↗Share your steel load, layout and duty for a matched magnetic lifting system.

BEFORE YOUR QUOTATION

Define the load and the lifting route.

A useful proposal starts with the steel, the magnetic contact conditions and the complete travel path. These details let the lifting system and bridge be selected together.

Material and contact

List material grade, item size, mass, temperature, surface condition and whether each lift is a single piece or a bundle.

Pickup and placement

Show pickup positions, stacking heights, desired rotation angle, clearances and any areas occupied by workers or equipment.

Crane duty and building

Share span, lift height, runway length, operating hours, lifts per hour, power and building drawings.

Magnet safety and acceptance

Agree on power-loss retention, alarms, interlocks, load tests, documentation and operator training for the selected configuration.

PLAN YOUR CRANE

Send your steel-handling requirements.

Tell us what you lift, how it must be positioned and the dimensions of your bay. We will recommend a magnetic crane arrangement and a matched technical configuration.

Request a magnetic crane proposal

INCLUDE WITH YOUR ENQUIRY

Steel type, size, temperature and full load
Magnet, beam and pickup orientation
Span, hook height, runway and operating duty
Power-loss retention, duty and destination

Electromagnetic Overhead Cranes for Steel Handling

Choose by load shape and handling sequence.

Single-magnet steel handling

Long-load carrier beams

Rotating magnetic beams

Grab and magnet handling

Single-magnet steel handling

Lift ferrous material with a dedicated magnet crane.

Electromagnetic Overhead Crane

Long-load carrier beams

Support long steel loads across several pickup points.

Electromagnetic Carrier-Beam Overhead Crane

Rotating magnetic beams

Rotate long steel loads from above the trolley.

Upper-Rotating Electromagnetic Beam Crane

Turn the magnetic beam below the lifting trolley.

Lower-Rotating Electromagnetic Beam Crane

Grab and magnet handling

Handle bulk material and steel on the same bridge.

Grab and Magnet Overhead Crane

Define the load and the lifting route.

Material and contact

Pickup and placement

Crane duty and building

Magnet safety and acceptance

Send your steel-handling requirements.

Find the right crane for every steel-handling task.