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  • LH Electric Hoist Double Girder Crane

    LH Electric Hoist Double Girder Crane

    Overhead Cranes / Henan Mine Crane

    LH Electric Hoist Double Girder Crane

    A conventional electric-hoist arrangement for workshop lifting, machinery assembly and maintenance. Select the catalogue configuration around the load and available hook height.

    Lifting capacity3, 5, 10, 16, 20 t
    Span10.5–31.5 m
    Working classA3–A4

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Capacity 3, 5, 10, 16, 20 t
    Span 10.5–31.5 m
    Lifting height 6, 9, 12 or 18 m*
    Working class A3–A4
    Hoisting speed 3.5–8 m/min; dual speed available
    Trolley travel 20 m/min
    Crane travel 20 m/min; 30 m/min on listed variants
    Power supply 380 V · 50 Hz · 3 phase
    Controls Ground control
    Lifting arrangement CD₁ / MD₁ / HC / HM electric hoist

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    double girder overhead cranedouble girder overhead craneDouble Girder Overhead Crane Henan Mine Crane Mine Factory supply

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    LH Electric Hoist Double Girder Crane A conventional electric-hoist arrangement for workshop lifting, machinery assembly and maintenance. Select the catalogue configuration around the load and available hook height.
    Anode Carbon Block Stacking Crane A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.
    Clean Explosion Proof Bridge Crane A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.
    Container Overhead Crane A double-girder overhead arrangement for container transfer in a defined working area. Container size, spreader, clearance and operating layout require review.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Track Switching Overhead Crane

    Track Switching Overhead Crane

    Overhead Cranes / Henan Mine Crane

    Track Switching Overhead Crane

    A track-switching arrangement for transfer between working areas. The rail connection, alignment and operating sequence are designed around the building.

    Lifting capacity1 – 32 t
    Span3 – 30 m
    Working classA5 – A6

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Capacity 1 – 32 t
    Span 3 – 30 m
    Lifting height 4 – 20 m
    Working class A5 – A6
    Hoisting speed 0.5 – 16 m/min
    Trolley travel 2 – 20 m/min
    Crane travel 5 – 30 m/min
    Power supply 220-690V, 50/60Hz
    Controls Wireless Remote / Pendant Control

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Cross Travel Overhead Crane Henan Mine Crane Factory supplyCross Travel Overhead Crane Henan Mine Crane Factory supplyCross Travel Overhead Crane Henan Mine Crane Factory supply

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Track Switching Overhead Crane A track-switching arrangement for transfer between working areas. The rail connection, alignment and operating sequence are designed around the building.
    Anode Carbon Block Stacking Crane A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.
    Clean Explosion Proof Bridge Crane A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.
    Container Overhead Crane A double-girder overhead arrangement for container transfer in a defined working area. Container size, spreader, clearance and operating layout require review.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Container Straddle Carrier

    Container Straddle Carrier

    Port Cranes / Henan Mine Crane

    Container Straddle Carrier

    Henan Mine Crane Straddle Carrier is a special container transfer equipment designed for global container terminals, inland yards and railroad intermodal hubs, which perfectly solves the core pain points of low efficiency of short-distance transfer of containers, underutilization of yards, and high labor costs of global port operators.

    Lifting capacity30 – 50 t
    Working classA7 – A8

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Rated Lifting Capacity 30 – 50 t
    Stacking Capacity 1 over 3 – 1 over 6
    Unladen Travel Speed 0 – 25
    Laden Travel Speed 0 – 15
    Hoisting Speed 0 – 20 m/min
    Steering Mode 2-wheel / 4-wheel / 8-wheel all-mode steering
    Power Type Lithium battery electric / diesel / hybrid
    Working Class A7 – A8
    Working Temperature -25 ~ +50
    Protection Class IP54 / IP55
    Control System PLC + HMI touch screen
    Tire Specification Heavy-duty industrial solid tire
    Power Supply Customizable 220-690V, 50/60Hz

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Port Cranes

    Container, terminal and harbour handling equipment.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Container Straddle Carrier by Henan Mine CraneContainer Straddle Carrier by Henan Mine CraneContainer Straddle Carrier by Henan Mine Crane

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Container Straddle Carrier Henan Mine Crane Straddle Carrier is a special container transfer equipment designed for global container terminals, inland yards and railroad intermodal hubs, which perfectly…
    Portal Harbor Crane Henan Mine Crane Portal Crane, developed by Henan Mine Crane, is independently researched and developed based on the national technology centre,…
    Rail-Mounted Gantry (RMG) Henan Mine Crane manufactured rail-mounted container gantry crane is a large-scale handling equipment that operates along fixed rails. It is…
    Ship-to-Shore Crane(STS) Henan Mine Crane provides efficient, safe and stable ship-to-shore loading and unloading solutions for global container terminals, deep-water ports…

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Container Overhead Crane

    Container Overhead Crane

    Overhead Cranes / Henan Mine Crane

    Container Overhead Crane

    A double-girder overhead arrangement for container transfer in a defined working area. Container size, spreader, clearance and operating layout require review.

    Lifting capacity30-65 t
    Span18-35 m
    Working classA6–A7

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Capacity 30-65 t
    Span 18-35 m
    Lifting height 8 – 20 m
    Working class A6–A7
    Hoisting speed 5 – 20 m/min
    Crane travel 15-45 m/min
    Power supply 220-690V, 50/60Hz

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Container overhead craneContainer overhead craneContainer overhead crane

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Container Overhead Crane A double-girder overhead arrangement for container transfer in a defined working area. Container size, spreader, clearance and operating layout require review.
    Anode Carbon Block Stacking Crane A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.
    Clean Explosion Proof Bridge Crane A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.
    Track Switching Overhead Crane A track-switching arrangement for transfer between working areas. The rail connection, alignment and operating sequence are designed around the building.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Clean Explosion Proof Bridge Crane

    Clean Explosion Proof Bridge Crane

    Overhead Cranes / Henan Mine Crane

    Clean Explosion Proof Bridge Crane

    A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.

    Lifting capacity1t – 32t
    Span7.5m – 28.5m
    Working classA3 – A5

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Capacity 1t – 32t
    Span 7.5m – 28.5m
    Lifting height 6m – 20m
    Working class A3 – A5
    Hoisting speed 0.5m/min – 10m/min
    Crane travel 5m/min – 30m/min
    Power supply 380V/50Hz; 220V-660V/60Hz
    Controls Explosion-proof wireless remote / cabin control

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    1 ton - 50 tons explosion-proof overhead double girder crane1 ton - 50 tons explosion-proof overhead double girder craneClean explosion-proof bridge crane

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Clean Explosion Proof Bridge Crane A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.
    Double Girder Truss Gantry Crane Double Trolley Truss Gantry Crane perfectly solves the core pain points of global engineering customers, such as difficult transportation of…
    Dual Trolley Explosion Proof Bridge Crane Two trolley lifting in a hazardous-area environment. Both the load-sharing arrangement and the hazardous-area specification require project review.
    Explosion Proof Electric Hoist Bridge Crane An electric-hoist bridge arrangement for hazardous-area lifting. Provide the area classification, gas or dust group and temperature requirements with the enquiry.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Anode Carbon Block Stacking Crane

    Anode Carbon Block Stacking Crane

    Overhead Cranes / Henan Mine Crane

    Anode Carbon Block Stacking Crane

    A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.

    Lifting capacity10 – 30 t
    Span13.5-40 m
    Working classA6–A8

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Capacity 10 – 30 t
    Span 13.5-40 m
    Lifting height 6 – 20 m
    Working class A6–A8
    Hoisting speed 2.5-6 m/min
    Crane travel 6-60 m/min
    Power supply 220-690V, 50/60Hz
    Controls PLC + Laser Positioning + RFID + HMI

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Anode Carbon Block Stacking CraneAnode Carbon Block Stacking CraneAnode Carbon Block Stacking Crane

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Anode Carbon Block Stacking Crane A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.
    Double Girder Casting Crane A dedicated configuration for molten-metal ladles. The complete suspended load, process temperatures and metallurgical safety requirements govern selection.
    Double Girder Truss Gantry Crane Double Trolley Truss Gantry Crane perfectly solves the core pain points of global engineering customers, such as difficult transportation of…
    Quenching Crane A process crane for moving heated workpieces through a quenching cycle. Immersion speed, workpiece geometry and the process sequence govern selection.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • 5 Ton Overhead Crane

    5 Ton Overhead Crane

    Overhead Cranes / Henan Mine Crane

    5 Ton Overhead Crane

    Configure a 5 ton overhead crane for your workshop. Compare single-girder, double-girder, underhung and special-purpose designs from Henan Mine Crane.

    Lifting capacity5 t / 5,000 kg
    SpanProject-specific; confirm the distance between runway rail centerlines
    Working classSelected from load spectrum, starts per hour, travel frequency and operating shifts

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Rated lifting capacity 5 t / 5,000 kg
    Crane structure Single girder, double girder, underhung or special-purpose configuration
    Hoisting arrangement Electric wire-rope hoist or project-specific trolley/mechanism
    Span Project-specific; confirm the distance between runway rail centerlines
    Lifting height Project-specific; confirm the required vertical hook travel and available headroom
    Working duty Selected from load spectrum, starts per hour, travel frequency and operating shifts
    Hoisting and travel speeds Single speed, dual speed or variable-frequency control according to process needs
    Control method Pendant, radio remote, operator cabin or automated control as applicable
    Power supply Matched to the destination country and facility power system
    Operating environment Standard indoor, outdoor or specially engineered for the declared conditions

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Henan Mine Crane single-girder 5 ton overhead crane configurationHenan Mine Crane double-girder 5 ton bridge crane configurationHenan Mine Crane underhung 5 ton overhead crane inside a workshop

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    5 Ton Overhead Crane Configure a 5 ton overhead crane for your workshop. Compare single-girder, double-girder, underhung and special-purpose designs from Henan Mine Crane.
    Anode Carbon Block Stacking Crane A dedicated arrangement for handling and stacking anode carbon blocks. Block geometry, grip arrangement and storage layout shape the configuration.
    Clean Explosion Proof Bridge Crane A lifting arrangement for processes combining cleanliness and hazardous-area requirements. Provide the cleanroom and area-classification specifications.
    Container Overhead Crane A double-girder overhead arrangement for container transfer in a defined working area. Container size, spreader, clearance and operating layout require review.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.

  • Upper Rotating Magnetic Overhead Crane

    Upper Rotating Magnetic Overhead Crane

    Overhead Cranes / Henan Mine Crane

    Upper Rotating Magnetic Overhead Crane

    A rotating magnetic beam for positioning long steel products. Magnet arrangement, material temperature and power-loss protection require a matched specification.

    Lifting capacity5+5–25+25 t
    Span10.5–31.5 m
    Working classA6–A7

    Define the total suspended load, duty and site conditions for your project.

    Technical specifications

    Check the load.
    Plan the configuration.

    Parameters and equipment options are matched to the application and confirmed in the technical proposal.

    Discuss your configuration

    Rated capacity includes the hanging beam and lifting appliances. Confirm the allowable net steel payload for the complete arrangement.

    Capacity 5+5–25+25 t
    Span 10.5–31.5 m
    Lifting height 6–20 m
    Working class A6–A7
    Hoisting speed 5–20 m/min
    Crane travel 10–90 m/min
    Power supply 220-690V, 50/60Hz
    Controls PLC + HMI Touch Screen

    Final parameters, dimensions, wheel loads and supply scope follow the approved project specification.

    Reference configurations from the product selection guide

    These are individual reference configurations, not a universal minimum and maximum range. Rated load includes the hanging beam and lifting appliances; total crane power excludes the special lifting appliances.

    Rated capacity (t) Working class Span (m) Lift (m) Hoisting (m/min) Trolley travel (m/min) Crane travel (m/min) Rotation (r/min) Power (kW) Rail
    5+5 A6 28.5 12 12.4 44.2 102 1.5 50.2 P43
    10+10 A7 25 16 12.6 42.2 85.2 1.36 114.8 QU80
    10+10 A7 34 16 12.6 42.2 85.2 1.36 128.8 QU80
    16+16 A6 25 10 14.8 39 106 1.36 151.3 QU80
    16+16 A6 33 16 16 48 101 1.85 196 QU80
    25+25 A6 25 10 15.4 40 107 1.4 243.5 QU100

    Application & operation

    Matched to the handling task.

    Overhead Cranes

    Workshop lifting, production lines and specialist steel handling.

    Match the process

    Define the material, handling method, load cycle and operating conditions to select the lifting arrangement.

    Upper Rotating Magnetic Electromagnetic Overhead Crane Henan Mine Crane Factory supplyUpper Rotating Magnetic Electromagnetic Overhead Crane Henan Mine Crane Factory supplyParameters of Upper Rotating Magnetic Overhead Crane

    Selection considerations

    Start with your operating conditions.

    01

    Load & lifting method

    Specify the material, dimensions, weight, centre of gravity and lifting attachment. Include the attachment weight in the suspended load.

    02

    Site & available space

    Confirm span, lifting height, travel coverage, headroom and obstructions. Share runway or building drawings when available.

    03

    Duty & environment

    State operating hours, lifts per hour, travel distances, temperatures, control requirements and the site power supply.

    Configuration comparison

    Compare related lifting arrangements.

    Crane arrangement Handling configuration
    Upper Rotating Magnetic Overhead Crane A rotating magnetic beam for positioning long steel products. Magnet arrangement, material temperature and power-loss protection require a matched specification.
    Electromagnetic Hanging Beam Crane A hanging-beam arrangement for steel plates, sections, coils and billets. The beam and magnets are matched to product length and stacking orientation.
    Electromagnetic Overhead Crane A magnetic lifting arrangement for ferromagnetic steel products. Select the magnet for material shape, contact area, temperature and handling cycle.
    Slab Handling Crane A configuration for moving and stacking steel slabs. Slab dimensions, temperature, lifting attachment and production cycle determine the equipment.

    Operating protection & lifecycle support

    Plan beyond the equipment.

    01

    Operating protection

    Confirm the required overload protection, travel limits, brakes, emergency controls and any process-specific interlocks in the technical specification.

    02

    Installation & commissioning

    Agree the runway interface, assembly, electrical connections, inspection and commissioning responsibilities before delivery.

    03

    Maintenance & spares

    Define inspection access, maintenance documentation, wear parts and the support scope for the complete crane and lifting attachment.

    Questions before the order

    Clarify the details
    that shape the crane.

    What information is needed for a quotation?+

    Provide the lifting task, maximum suspended load, span, lifting height, duty cycle, working environment, control mode and site power supply. A bay layout and material photos help define the configuration.

    Can the crane fit an existing building?+

    The existing runway, structural capacity, available headroom and clearances must be checked against the proposed crane dimensions and wheel loads.

    Does the proposal include installation?+

    Specify the destination and the installation support you need. Equipment supply, shipping, erection, commissioning and operator training should be defined separately in the proposal.

    Related equipment

    Explore the alternatives.

    Let’s discuss your project

    The right crane starts
    with your lifting task.

    Share your load, span, lifting height and operating conditions.