YX Charging Box Metallurgical Overhead Crane

For smelting plants that need to lift, transport and tip charging/material boxes under high-temperature, high-load metallurgical conditions.

The YX charging box crane is a metallurgical bridge crane used for material transfer during smelting. The source states that it can hook, transport and tip material boxes and is intended for high-temperature, high-load conditions.

For procurement, buyers should provide the material-box dimensions, total loaded weight, trunnion / lifting-point geometry and tipping sequence. The source lists A6–A7 duty, electronic weighing and double-trolley control capable of turning and synchronized tandem lifting.

Quick Specifications

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Product Overview

Used to hook, transport and tip charging/material boxes in smelting processes.

Source working class A6–A7.

PLC, HMI and WLK master controller are source-listed.

Any capacity, span, speed, temperature limit, synchronization accuracy or other guaranteed performance value that is not published on the source page should be confirmed from the actual project and written into the technical agreement.

Why Choose YX Charging Box Crane?

Charging Box Handling

Designed around lifting, transport and tipping rather than ordinary hook service.

A6–A7 Metallurgical Duty

Source provides a heavy process-duty range.

High-Temperature Protection

Materials, heat shields and H-class motor insulation address furnace radiation.

Integrated Weighing

Electronic scale supports live weight display and material statistics.

Double-Trolley Turning

Source confirms turning and synchronized tandem-lift functions.

Product Images

Source image associated with the YX Charging Box Crane, showing the crane structure, lifting device or metallurgical application.	Source image associated with the YX Charging Box Crane, showing the crane structure, lifting device or metallurgical application.	Source image associated with the YX Charging Box Crane, showing the crane structure, lifting device or metallurgical application.
Source image associated with the YX Charging Box Crane, showing the crane structure, lifting device or metallurgical application.	Source image associated with the YX Charging Box Crane, showing the crane structure, lifting device or metallurgical application.

Main Crane Components

Technical Parameters

Source-Confirmed Features & Buyer-Defined Options

Source-confirmed product facts:

• Used to hook, transport and tip charging/material boxes in smelting processes.
• Source working class A6–A7.
• PLC, HMI and WLK master controller are source-listed.
• Critical components use high-temperature materials or heat shields for furnace-radiation areas.
• Source states H-class motor insulation.
• Source reports forged/rolled composite wheel process with about 20% longer life than traditional forged-wheel process.
• Hoisting mechanism includes an electronic scale for real-time display and material-weight statistics.
• Double-trolley electrical control can perform turning and synchronized tandem lifting according to source.

Buyer-defined items:

• Maximum suspended load
• Span and lifting height
• Operating cycle / duty
• Thermal exposure
• Process attachment geometry
• Control and safety functions
• Testing and commissioning scope

Application Scenarios

How to Select the Right YX Charging Box Crane

1. Provide Box Geometry

Dimensions, lifting lugs/trunnions and center of gravity are essential.

2. Provide Loaded Weight Range

Include box tare plus material.

3. Define Tipping Sequence

State required angle, pivot / hook arrangement and clearance.

4. Define Weighing Requirement

Specify required weight accuracy / data output if contractual.

5. Define Trolley Synchronization

State allowable tilt and acceptance for tandem operation.

Charging-Box Process Data

Safety & Control: What Buyers Should Confirm

Installation & Maintenance

Before manufacture and installation, confirm runway span, rail / runway-beam condition, elevation, available headroom, process equipment clearances, heat sources, electrical supply and erection access. The metallurgical lifting device and safety interfaces should be frozen before production.

Maintenance should follow the final supplied manual and plant safety procedures. In addition to normal crane mechanisms, metallurgical cranes require attention to heat shields, high-temperature cables, brakes, safety limits, lifting devices and safety-monitoring functions.

What Information Do We Need for a Quote?

Frequently Asked Questions

How is crane capacity selected?

Use the complete suspended load, including the ladle, box, clamp, lifting device or other below-the-hook equipment.

Can capacity and span be customized?

Yes. Unless the source page states a fixed range, capacity and span should be engineered from the project.

Why is radiant heat data required?

Metallurgical crane structural, cable, motor and protection design depends on actual thermal exposure.

Can automation be added?

Where the source confirms PLC, VFD or automation capability, the final automation scope should be defined by the buyer's process and acceptance requirements.

What should be written into the technical agreement?

Any performance that matters contractually—duty, speed, heat protection, synchronization, weighing, automation or safety function—should be stated with its acceptance method.

Related Metallurgical Overhead Cranes

Request A YX Charging Box Crane Quote

Send your load, span, lifting height, runway length, workshop drawing, process cycle, temperature conditions and metallurgical safety requirements. Henan Mine Crane engineers will review the application and prepare a project-specific crane configuration and quotation.

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