50 Ton Electromagnetic Overhead Crane | 22.5m Span 14m Lift
50 ton electromagnetic overhead crane with 22.5m span and 14m lifting height, double girder design, A8 duty, 500°C magnetic chuck, full VFD and cabin control.
Crane Manufacturer: Yuantai Cranes – 30+ Years Professional Crane Manufacturer from China
Category: Electromagnetic Overhead Crane
Tags: ElectromagneticOverheadCrane
Overview:
This drawing is for a QC electromagnetic overhead crane, model QC 50t-22.5m-14m A8.
The crane is a double girder overhead crane with electromagnetic devices, built with a 50 ton lifting capacity. It is designed for metallurgical slag and steel scrap handling — loading, lifting, transporting, unloading, and lowering. The crane uses full VFD on all motions, and the operator works from an enclosed cabin control station. This is a demanding, heavy-duty application, so the hoisting mechanism is M8 class and the trolley and long travel mechanisms are M6 class.
This is a heavy duty electromagnetic overhead crane. The hook is fitted with a heavy duty magnetic chuck — model M-61DKM-180EMG-180-49M — suspended on the trolley hook. The magnet is heat resistant up to 500°C and water-wade capable, so it can handle hot slag and wet steel scrap without losing lifting force. This makes the crane suitable for metallurgical slag handling, steel scrap loading and unloading, and similar heavy industrial tasks. The working environment is high dust and non-explosion-proof, with an ambient temperature range of -40°C to +40°C.
Other key points from the drawing:
- Span: 22.5 m
- Lifting height: 14 m
- Capacity: 50 t
- Duty class: A8 (hoist mechanism M8, trolley and long travel M6)
- Minimum hoisting speed: 7.55 m/min
- Trolley travel speed: 43.5 m/min
- Long travel speed: 100 m/min
- Speed control: Full VFD on all motions
- Control mode: Cabin control
- Electromagnet: M-61DKM-180EMG-180-49M heavy duty magnetic chuck, heat resistant up to 500°C, water-wade capable, hook-mounted on trolley
- Application: Metallurgical slag and steel scrap loading, lifting, transporting, unloading, lowering
- Environment: High dust, non-explosion-proof, -40°C to +40°C
Two notes from the drawing sheet:
- Distance from the workshop backspin to the crane peak must be more than 300 mm.
- Crane gross weight does not include the electromagnet weight. Lifting weight does include the electromagnet weight.
Project & Drawing Overview
- Equipment Type: QC Electromagnetic Overhead Crane / Double Girder Overhead Crane with Heavy Duty Electromagnetic Devices, metallurgical slag and steel scrap handling, cabin control
- Product Model: QC 50t-22.5m-14m A8
- Drawing File: QC50t-22.5m-14m A8 cabin control hoisting mechanism M8 class trolley and long travel mechanism M6 class full VFD equipped with M-61DKM-180EMG-180-49M heavy duty electromagnetic chuck for metallurgical slag and steel scrap handling heat resistant up to 500°C water-wade capable suspended on trolley hook minimum hoisting speed 7.55 m/min electromagnetic trolley travel speed 43.5 m/min long travel speed 100 m/min steel scrap loading lifting handling unloading lowering operations high dust non-explosion-proof environment temperature -40°C to +40°C 1 unit
- Drawing Views: Main view (front elevation) and top view (plan)
- Key Components: 1. Bridge structure, 2. Trolley, 3. Long travel mechanism, 4. Electric system, 5. Heavy duty electromagnetic chuck M-61DKM-180EMG-180-49M (subassembly, 1 set)
- Design Notes: Workshop backspin to crane peak >300 mm; gross weight excludes electromagnet; lifting weight includes electromagnet
- Quantity: 1 unit
Main Technical Parameters
| Technical Parameter | Specification |
|---|---|
| Duty Class | A8 (hoist M8, trolley and long travel M6) |
| Lifting Capacity | 50 t (50,000 kg) |
| Crane Span | 22.5 m |
| Lifting Height | 14 m |
| Minimum Hoisting Speed | 7.55 m/min |
| Trolley Travel Speed | 43.5 m/min |
| Long Travel Speed | 100 m/min |
| Speed Control | Full VFD (variable frequency drive) on all motions |
| Electromagnet | M-61DKM-180EMG-180-49M heavy duty magnetic chuck, heat resistant up to 500°C, water-wade capable, hook-mounted on trolley |
| Application | Metallurgical slag and steel scrap loading, lifting, transporting, unloading, lowering |
| Control Mode | Cabin control |
| Environment | High dust, non-explosion-proof, -40°C to +40°C |
| Power Supply | 3-phase, 380 V, 50 Hz (standard) |
| Quantity | 1 unit |
Hoist Mechanism Parameters
| Component / Motor Drive | Technical Specification |
|---|---|
| Lifting Capacity | 50 t |
| Minimum Hoisting Speed | 7.55 m/min |
| Hoist Mechanism Class | M8 |
| Speed Control | Full VFD |
| Lifting Height | 14 m |
| Working Duty | A8 |
| Power Supply | 380 V, 50 Hz, 3-phase |
Trolley & Crane Traveling Parameters
| Component / Motor Drive | Technical Specification |
|---|---|
| Trolley Travel Speed | 43.5 m/min |
| Trolley Mechanism Class | M6 |
| Long Travel Speed | 100 m/min |
| Long Travel Mechanism Class | M6 |
| Speed Control | Full VFD |
| Working Duty | A8 |
| Power Supply | 380 V, 50 Hz, 3-phase |
Drawing Views & Structure Details
| View / Item | Description |
|---|---|
| Main View (Front) | Span 22.5 m. Heavy duty electromagnetic chuck M-61DKM-180EMG-180-49M suspended on the trolley hook with chain suspension, for metallurgical slag and steel scrap handling up to 500°C, water-wade capable. Distance from workshop backspin to crane peak more than 300 mm. |
| Top View (Plan) | Double girder heavy duty electromagnetic overhead crane. Trolley with VFD hoisting mechanism, long travel mechanism, cabin control. Full VFD electric system. |
| Structure Type | QC double girder overhead crane with heavy duty electromagnetic devices. Double girder bridge structure, trolley with VFD hoist, hook-mounted heavy duty magnetic chuck, long travel mechanism, full VFD electric system, cabin control. Built for metallurgical slag and steel scrap handling in high dust, non-explosion-proof environments from -40°C to +40°C. |
| Key Components | 1. Bridge structure, 2. Trolley, 3. Long travel mechanism, 4. Electric system, 5. Heavy duty electromagnetic chuck M-61DKM-180EMG-180-49M (subassembly, 1 set) |
| Electromagnetic Chuck | Model M-61DKM-180EMG-180-49M. Heavy duty magnetic chuck for metallurgical slag and steel scrap. Heat resistant up to 500°C. Water-wade capable. Suspended on the trolley hook. 1 set (item 5). |
| Control System | Cabin control. Full VFD on hoist, trolley travel, and long travel. |
Technical Notes
Notes from the drawing sheet:
- Model code: QC 50t-22.5m-14m A8. "50t" is lifting capacity. "22.5m" is span. "14m" is lifting height. "A8" is duty class.
- Workshop clearance: Distance from workshop backspin to crane peak must be more than 300 mm.
- Control mode: Cabin control.
- Weight definition: Crane gross weight does not include electromagnet weight. Lifting weight does include electromagnet weight.
- Electromagnet / Magnetic Chuck: Heavy duty magnetic chuck model M-61DKM-180EMG-180-49M. Heat resistant up to 500°C. Water-wade capable. Suspended on the trolley hook. 1 set (item 5).
- Speed control: Full VFD on all motions. Minimum hoisting speed 7.55 m/min, trolley travel 43.5 m/min, long travel 100 m/min.
- Mechanism classes: Hoist mechanism M8 class. Trolley and long travel mechanisms M6 class. Overall duty A8.
- Application: Metallurgical slag and steel scrap loading, lifting, transporting, unloading, lowering operations.
- Environment: High dust, non-explosion-proof, ambient temperature -40°C to +40°C.
- Quantity: 1 unit.
- Drawings and specifications are for reference. For different span, lifting height, speed, motor power, or electromagnetic device configuration, contact us for a free engineering review.
- Do not reproduce, distribute, or manufacture from these drawings without written authorization from Yuantai Crane Machinery. Yuantai is not liable for unauthorized use.
How to Get a Customized Heavy Duty Electromagnetic Overhead Crane
This drawing shows a 50 ton QC electromagnetic overhead crane with 22.5 m span, 14 m lifting height, cabin control, full VFD, and a heavy duty magnetic chuck M-61DKM-180EMG-180-49M for metallurgical slag and steel scrap handling. The magnet is heat resistant up to 500°C and water-wade capable. Yuantai Crane builds to your site dimensions and local requirements.
| Step | What Happens |
|---|---|
| Step 1: Send site data | Send lifting capacity (50 t), span (22.5 m), lifting height (14 m), material type (metallurgical slag, steel scrap), magnet surface temperature (up to 500°C), water-wade requirement, dust level, ambient temperature (-40°C to +40°C), and control requirements (cabin control). |
| Step 2: Free CAD drawing and engineering review | We prepare general arrangement drawings, wheel load checks, and structural layouts at no cost. For heavy duty double girder overhead cranes with electromagnetic devices, we also verify magnet suspension, cable management, heat shielding, and water-wade protection. |
| Step 3: Confirm the technical details | Lock in hoist mechanism class (M8), trolley and long travel mechanism class (M6), cabin configuration, control mode (cabin), VFD configuration, power supply (3-phase 380 V 50 Hz), duty class (A8), and heavy duty magnetic chuck model (M-61DKM-180EMG-180-49M). |
| Step 4: Manufacturing and delivery | Built to international standards. Factory acceptance test (FAT) before dispatch. |
FAQ (QC 50t-22.5m-14m A8 Heavy Duty Electromagnetic Overhead Crane Drawing)
Common questions about heavy duty electromagnetic overhead cranes, double girder overhead cranes with electromagnetic devices, overhead cranes with magnetic chuck, M-61DKM-180EMG-180-49M, metallurgical slag handling, steel scrap handling, 50 ton capacity, A8/M8 duty, full VFD, 500°C heat resistance, and water-wade operation.
1. What is a heavy duty electromagnetic overhead crane for metallurgical slag and steel scrap?
A heavy duty electromagnetic overhead crane for metallurgical slag and steel scrap is a bridge crane with a heavy duty magnetic chuck instead of a standard hook. It grips ferrous materials with magnetic force and moves them through loading, lifting, transporting, unloading, and lowering cycles. This crane uses a 50 ton capacity double girder structure and a heavy duty magnetic chuck M-61DKM-180EMG-180-49M suspended on the trolley hook. The magnet is heat resistant up to 500°C and water-wade capable, so it can handle hot slag and wet steel scrap without losing lifting force.
2. What does the magnetic chuck model M-61DKM-180EMG-180-49M mean?
M-61DKM-180EMG-180-49M is the heavy duty magnetic chuck model used on this crane. The "M" prefix indicates a magnetic chuck. The "61" and "180" refer to the magnet diameter and coil configuration. "EMG" indicates the electromagnetic series. "180-49" refers to the magnet dimensions and pole configuration. This model is selected for metallurgical slag and steel scrap handling because it provides strong holding force on irregular and heavy loads, and it is built with heat resistant insulation up to 500°C and water-wade protection for wet or humid conditions.
3. Why is this crane classified A8 with M8 hoist and M6 travel?
A8 is the overall duty class for the crane, which means very heavy duty and continuous operation. The hoist mechanism is M8 class because lifting and lowering are the most heavily loaded motions in metallurgical slag and steel scrap handling. The trolley and long travel mechanisms are M6 class, which is still heavy duty but slightly lighter than M8. This combination matches the actual working pattern of a scrap handling crane: long lifting cycles with frequent travel moves. Using different mechanism classes where appropriate keeps the crane reliable without over-specifying every motion.
4. What is the advantage of full VFD on this heavy duty electromagnetic overhead crane?
Full VFD (variable frequency drive) on the hoist, trolley travel, and long travel gives smooth acceleration and deceleration, precise load positioning, and lower mechanical wear. For metallurgical slag and steel scrap handling, the load is heavy, irregular, and often hot or wet. VFD lets the operator position the magnet accurately over the scrap pile, lift without shock loading, and set the load down cleanly. The speeds in this drawing — minimum hoisting 7.55 m/min, trolley 43.5 m/min, long travel 100 m/min — are all achieved with VFD control, and the VFD also allows slow, controlled motion when the magnet is close to the load.
5. How does the 500°C heat resistance and water-wade capability help in metallurgical slag handling?
Metallurgical slag can be hot when it is handled, and steel scrap is often stored or processed in wet conditions. The 500°C heat resistance means the magnet coil, insulation, and housing can handle hot slag without losing magnetic force or damaging the winding. The water-wade capability means the magnet and its cable system can operate in shallow water or wet conditions without short circuits or insulation failure. Together, these features make the crane suitable for demanding scrap yards, slag pits, and steel mill environments where heat and water are both present.
6. What power supply does this heavy duty electromagnetic overhead crane need?
3-phase, 380 V, 50 Hz is the standard supply for this crane. This covers the hoist motor, the trolley travel motor, the long travel motors, the VFD drives, and the cabin control system. The heavy duty magnetic chuck M-61DKM-180EMG-180-49M and its control system also operate on this power supply, usually through a separate magnet controller panel with battery backup or capacitor buffer to maintain holding force for at least 30 minutes after power failure. The electrical quotation for the electromagnet system is handled separately.
7. What does "high dust, non-explosion-proof" mean for this crane?
High dust means the working environment has a lot of airborne dust from slag, scrap, and steel processing. The electrical equipment, motors, and control panels are specified with appropriate protection (such as IP54 or higher) to keep dust out and maintain reliable operation. Non-explosion-proof means the environment is not classified as a hazardous area with explosive gases or combustible dust, so the crane does not need explosion-proof motors or enclosures. This keeps the crane simpler and more cost-effective for the actual site conditions. If your site does require explosion-proof equipment, Yuantai can supply it as a customized option.
8. What safety features are recommended for a heavy duty electromagnetic overhead crane?
Key safety features for heavy duty electromagnetic overhead cranes handling metallurgical slag and steel scrap include: battery backup or capacitor buffer to maintain holding force for at least 30 minutes after power failure; heat shielding between the magnet and the load to protect the coil; water-wade protection for the magnet and cable system; swivel-type mechanical suspension to prevent cable twist; armored flexible cable rated for high temperature and crane trailing applications; and residual magnetism release to ensure clean material drop. For this crane, the M-61DKM-180EMG-180-49M magnet is built with these features, and the full VFD control helps prevent load swing and shock loading.
Need a Drawing and Price for Your Heavy Duty Electromagnetic Overhead Crane?
Send your site dimensions, capacity, span, lifting height, material type (metallurgical slag, steel scrap), magnet surface temperature, water-wade requirement, dust level, and control requirements. If you need a double girder overhead crane with electromagnetic devices, an overhead crane with magnetic chuck, or a heavy duty electromagnetic overhead crane for metallurgical slag and steel scrap handling, Yuantai Crane will send a CAD layout drawing and a price within 24 hours.
Yuantai Electromagnetic Overhead Crane Solutions
Yuantai Crane builds custom electromagnetic overhead cranes, double girder overhead cranes with electromagnetic devices, overhead cranes with magnetic chuck, and heavy duty electromagnetic overhead cranes for steel mills, foundries, metallurgical slag handling lines, scrap yards, workshops, and heavy industrial sites worldwide. Each crane is built to your capacity, span, lifting height, hook setup, electromagnetic configuration, magnet temperature rating, water-wade requirement, control mode, and power supply.
Typical range:
- Lifting capacity: 5–500 t (this model: 50 t)
- Span: 10.0–40.0 m (this model: 22.5 m)
- Lifting height: 6.0–30.0 m (this model: 14 m)
- Duty class: ISO A5–A8 (this model: A8)
- Hoist mechanism class: M5–M8 (this model: M8)
- Travel mechanism class: M5–M8 (this model: M6)
- Control mode: Cabin, pendant, remote, or cabin + remote (this model: cabin control)
- Speed control: Full VFD (this model)
- Electromagnet: Standard, heat resistant, or water-wade, up to 650°C (this model: 500°C, water-wade capable, M-61DKM-180EMG-180-49M)
- Structure: Double girder, bridge type, with heavy duty electromagnetic devices
- Power supply: 3-phase 380 V 50 Hz (customizable)
- Applications: Steel mills, foundries, metallurgical slag handling, steel scrap handling, scrap yards, heavy industrial plants
Yuantai handles engineering design, non-standard structural customization, electromagnetic system integration, heavy duty magnet selection, water-wade protection, factory acceptance testing (FAT), export packing, logistics, and installation guidance.
Engineering and Customization Support
A 50 t capacity on a 22.5 m span with 14 m lifting height, A8 duty, M8 hoist, M6 travel, full VFD, cabin control, and a heavy duty magnetic chuck M-61DKM-180EMG-180-49M for metallurgical slag and steel scrap handling is a demanding project. This drawing shows the structural layout, mechanism classes, VFD configuration, and electromagnetic system Yuantai Crane uses for heavy duty overhead crane projects. The hook-mounted heavy duty electromagnet is specified for heat resistance up to 500°C and water-wade operation.
| Site Requirement | Yuantai Solution | Drawing Parameters |
|---|---|---|
| Metallurgical slag and steel scrap handling Requires a heavy duty magnetic chuck that holds hot, wet, irregular loads. | QC heavy duty electromagnetic overhead crane with hook-mounted magnetic chuck M-61DKM-180EMG-180-49M, heat resistant up to 500°C, water-wade capable. | Capacity 50 t | Magnet M-61DKM-180EMG-180-49M | 500°C | Water-wade |
| Continuous heavy duty operation Loading, lifting, transporting, unloading, lowering steel scrap all day. | Full VFD on all motions. Hoist mechanism M8 class. Trolley and long travel M6 class. Overall A8 duty. | Hoist M8 | Trolley M6 | Long travel M6 | A8 duty | Full VFD |
| High dust, non-explosion-proof environment Dust from slag and scrap, no explosive hazard, -40°C to +40°C. | Cabin control with appropriate protection for dusty conditions. Non-explosion-proof configuration as required by site classification. | High dust | Non-explosion-proof | -40°C to +40°C | Cabin control |
Does This Heavy Duty Electromagnetic Overhead Crane Fit Your Facility?
- 50 t QC double girder overhead crane with heavy duty electromagnetic devices: 22.5 m span, 14 m lifting height, for metallurgical slag and steel scrap handling.
- Heavy duty magnetic chuck M-61DKM-180EMG-180-49M: hook-mounted, heat resistant up to 500°C, water-wade capable.
- Full VFD: smooth starts, precise stops, less load swing.
- A8 duty, M8 hoist, M6 travel: heavy duty continuous operation.
- Minimum hoisting speed 7.55 m/min: controlled slow lifting when needed.
- Trolley 43.5 m/min, long travel 100 m/min: fast cycle times across the runway.
- Cabin control: operator comfort and clear view in a high dust environment.
- High dust, non-explosion-proof, -40°C to +40°C: matched to your site conditions.
Not Sure If This Layout Fits Your Site?
Send us your capacity, span, lifting height, material type, magnet surface temperature, water-wade requirement, dust level, control requirements, and power supply. Yuantai Crane engineers will send a free CAD general arrangement drawing, structural review, and price within 24 hours.
Yuantai Cranes
Overhead Crane Manufacturer with CE, ISO, SGS, CNEX Certificates.
- Main Specifications - Capacity: 0.5–550 tons | Span: up to 40m | Speed: 0.8–12 m/min | Duty: A3–A7 | Power: 380–690V, 50/60Hz | Control: pendant/remote/cabin
- Full engineering: FEA/PLC/VFD + in-house build + global delivery + on-site support, for workshops, factories, EPC contractors, industrial projects, etc.
- Support: design, manufacturing, testing, service – end-to-end, customized lifting solutions worldwide.
How to Get an Accurate Crane Price for Your Application?
Tips: Copy the spec list, fill in your details, and paste it into the form on the right/ down-below for a quick price.
- Crane type:_____ . (e.g., overhead crane, gantry crane, jib crane)
- Max weight to lift:_____ tons. (e.g., 2t, 5t, 10t, 20t, 50t)
- Lifting height:_____ m. (How high does the hook need to reach?
- Workshop width (span):_____ m . (Distance between the two crane rails)
- Travel distance:_____ m . (How long does the crane need to move along the runway?)
- Control type:_____. (Pendant / remote / cabin Control)
- Power supply:_____. (Local voltage & frequency – e.g., 380V, 50Hz, 3-phase)
- What will it be used for?_____ (e.g., steel fabrication, concrete products, mold handling, general manufacturing, etc.)
- Any special requirements?_____ (e.g., extreme temperature, dusty or explosive environment, special paint color, etc.)
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