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  • Overhead Crane RFQ Checklist: Load, Dimensions and Supply Scope

    Overhead Crane RFQ Checklist: Load, Dimensions and Supply Scope

    The crane buyer’s field guide

    Overhead Crane RFQ Checklist: Load, Dimensions and Supply Scope

    Prepare the load, workshop measurements and working cycle before comparing crane proposals. Use the checklist and brief builder to define the same scope for every supplier.

    Henan Mine CraneSelection guide · 2026For procurement teams & plant engineers
    Henan Mine Crane overhead crane operating above a workshop bay
    Start with the lifting task and the building it needs to work in.
    Before you ask for a price

    Give every supplier
    a clear project brief.

    1. Give suppliers the same project inputs.
    2. Check the fit before comparing models.
    3. Separate equipment from site work.
    Build your quotation brief

    Start with seven project inputs.

    Start with the complete lifting task: the item, any attachment and the space the hook must reach. Use the seven inputs below to give suppliers a common basis for their technical proposal and quotation.

    Project inputWhat to provideWhy it matters
    Load & attachmentHeaviest item, its dimensions and lifting points. List any sling, spreader, grab or magnet, including its weight.The suspended load and attachment arrangement affect capacity selection and hook clearance.
    Span & travelDistance between runway rail centres and the required travel length. Include a bay drawing if available.Building width alone does not identify the crane span or its coverage.
    Hook position & liftLowest and highest required hook positions, roof clearance and the highest obstruction.The crane must fit the building and reach the actual pick-up and set-down points.
    Working cycleLifts per hour, hours per shift, number of shifts and the proportion of heavy loads.Capacity alone does not describe how intensively the crane will work.
    Site conditionsIndoor or outdoor use; heat, dust, moisture, corrosion or other process conditions.The environment can change the required components and crane arrangement.
    Power & operationSite voltage, frequency and phase; pendant, radio or cabin control; any process interfaces.Electrical and operating requirements need to match the site.
    Delivery & site workProject location, target timing and who provides the runway, installation and commissioning.A useful quotation defines what is supplied and what must be arranged separately.

    Missing a number? Mark it “to be confirmed” and share the drawing or photo you do have. An explicit unknown is more useful than an assumed dimension.

    Measure the crane’s working space.

    Use three separate dimensions: span S, long travel L and required hook travel H. A marked-up workshop drawing helps everyone use the same reference points.

    Workshop plan showing span S and crane travel LSpan is measured between runway rail centre lines. Long travel runs along those rails. This sketch is not to scale.PLAN VIEWS · Rail centresL · Long travel
    S is the rail-centre span. Send the travel length separately. Add columns, walls and areas that the crane must reach to the plan.
    Workshop elevation showing hook travel H and roof clearanceRequired hook travel is the vertical distance between the highest and lowest needed hook positions. Roof clearance must be checked separately. This sketch is not to scale.ELEVATIONHHighest hookLowest hookH · Required hook travel
    Hook travel is not roof height. Show the required hook positions and roof level. The proposed crane’s headroom and clearances need a separate check.

    These sketches explain the measurement references; they are not installation drawings. For an existing building, also share runway details, column positions and any available structural drawings.

    Compare the arrangement, not capacity alone.

    Start with the lifting task, building support and working cycle. These three catalogue families illustrate different arrangements to discuss; their ranges are not a selection decision by themselves.

    1–20 tSpan 7.5–31.5 mWorking class A3

    A single-girder bridge arrangement. Compare the hoist headroom, hook approaches and runway loading with your bay drawing.

    3–20 tSpan 10.5–31.5 mWorking class A3–A4

    A double-girder electric-hoist arrangement. Request the specific model’s dimensional drawing and wheel loads before checking fit.

    0.5–10 tSpan 3–16 mWorking class A3–A5

    A suspended single-beam arrangement. Confirm the supporting structure, suspension points and required working coverage.

    Catalogue reference: Henan Mine Crane Product Selection Guide, model families LDA, LH and LX. LH nominal capacities are 3, 5, 10, 16 and 20 t. Available combinations depend on the selected model.

    Handling hot, magnetic or bulk material? Include the material and attachment details in your brief. A general hook-crane comparison will not capture every process requirement.

    Make every quotation cover the same scope.

    A lower total can mean a different boundary of supply. Ask suppliers to identify what is included, excluded or still provisional in each of the five areas below.

    Crane equipment
    Identify the bridge, hoist or trolley, drives, controls and lifting attachment. Ask for the model, working class, speeds and dimensional drawing.
    Runway & support
    Confirm responsibility for runway beams, rails, fixings and structural checks. Ask for the proposed crane’s wheel loads and rail requirements.
    Power supply
    Separate the crane’s electrical equipment from the building’s feed, isolator and long-travel conductor or cable system.
    Installation & handover
    Clarify supervision, site labour, access equipment, lifting equipment, testing, commissioning and operator handover.
    Delivery & support
    Agree the delivery point, packing, freight boundary, schedule, documentation, spare parts and warranty terms in the quotation.

    Turn your notes into a quotation brief.

    Enter what you know. Leave unknowns blank and the brief will mark them for confirmation. You can copy it for internal review or use it to start an enquiry with Henan Mine Crane.

    This tool prepares text in your browser. It does not submit an enquiry. No contact details are needed to use it.

    Before you send.

    Four common questions when preparing an overhead crane enquiry.

    Can I request a quotation without a finished drawing?

    Yes. Start with the load, approximate bay dimensions, photos and lifting task. Mark unverified dimensions clearly. The crane arrangement and building fit still need to be checked before an order is defined.

    Is the building’s inside width the crane span?

    No. For a rail-running overhead crane, span refers to the distance between the runway rail centres. Send the building drawing and support details if the rail positions have not been set.

    Does the same lifting capacity mean the same crane?

    No. Working cycle, lifting height, span, speeds, controls, attachments and site conditions can differ. Compare the proposed specification and supply scope as well as the nominal capacity.

    Which files help a supplier understand the project?

    A workshop plan, an elevation showing roof and runway levels, load photos or drawings, and a short description of a normal lifting cycle are useful. State which dimensions are confirmed and which are estimates.

    Continue your selection

    Explore the crane families.

    Compare product parameters and arrangements, then bring your shortlist and workshop details into the discussion.

    Browse overhead cranes
  • Crane Manufacturer Henan Mine Crane Holds Safety Training & Emergency Drill for Production Quality

    Crane Manufacturer Henan Mine Crane Holds Safety Training & Emergency Drill for Production Quality

    Crane Manufacturer Henan Mine Crane Holds Safety Training & Emergency Drill for Production Quality

    As a professional crane developer and manufacturer, Henan Mine Crane strictly abide by the bottom line of production safety.
    On June 16, 2026, the enterprise organized a special safety training and emergency drills to implement the requirements of the work of the safety month, a total of 233 key personnel from various workshops and departments participated in the training.

    Professional first aid instructors were invited to give lectures in this training.
    The content covered high temperature heat stroke prevention, symptom recognition and emergency treatment process, disassembled CPR, artificial respiration and other first aid operation norms, combined with real cases to strengthen the safety first aid awareness of all staff.

    After the theoretical training, two practical exercises were carried out synchronously.
    Participants in the professional guidance to complete high-temperature emergency first aid, fire extinguishing drills, proficiency in first aid skills and fire extinguisher operation methods, to enhance the overall emergency response capabilities.

    As a collection of R & D, production in one of the source manufacturers of cranes, safe production is the core foundation of product quality.
    Enterprises will be safety control throughout the entire manufacturing process, from the production side to ensure stable performance and reliable quality of each factory lifting equipment.

    Subsequently, the enterprise will carry out safety training, hidden danger investigation and management work on a regular basis.
    Combined with the characteristics of high temperature production in summer, the implementation of summer heat, equipment inspection and other safeguards to build a full range of production safety line of defense.

    Supported by standardized production management and strict quality control.
    Henan Mine Crane continues to provide safe and reliable lifting equipment and full-cycle technical services for customers in various industries around the world.

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    Henan Mine CraneDiscuss your requirements ↗
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  • Crane Manufacturers in China: How to Build an Engineering Shortlist

    Crane Manufacturers in China: How to Build an Engineering Shortlist

    Technical guide

    Crane Manufacturers in China: How to Build an Engineering Shortlist

    Compare manufacturers against the actual lifting task, engineering scope and support requirements. Model-specific drawings and an explicit supply boundary provide a stronger basis for a shortlist than an unsupported manufacturer ranking.

    Henan Mine CraneTechnical guide · Updated 2026Crane selection, project scope and operating requirements
    Henan Mine Crane overhead crane inside a workshop bay
    Henan Mine Crane overhead crane inside a workshop bay
    Project planning notes

    Key points for this crane project.

    1. Shortlist factories around the lifting job
    2. Make the manufacturing and engineering roles visible
    3. Review documents for the quoted configuration
    Read the technical guide

    Shortlist factories around the lifting job

    Begin with a description of the work the crane must perform. Include the complete suspended load, lifting attachment, pick-up and set-down positions and normal working cycle. A factory can then explain which of its arrangements it proposes and what information remains unresolved.

    Use that response to narrow the shortlist. The useful evidence is a proposal that addresses the job, identifies assumptions and shows the interfaces with the site. A catalogue containing a wide range of cranes does not show that a particular configuration fits the project.

    Make the manufacturing and engineering roles visible

    Ask who prepares the crane design, manufactures the main equipment and supplies the lifting mechanism and controls. Identify the party responsible for technical queries and configuration changes during the order.

    Where an export company or local contractor participates, record how its responsibilities connect with the manufacturer. The purchaser should know where drawings are approved, how deviations are resolved and who supplies the final equipment documents. Clear roles make different factory offers easier to assess.

    Review documents for the quoted configuration

    Request a dimensional drawing showing the crane envelope and useful hook positions. Obtain the proposed working duty, motion data and support reactions needed by the site engineering team. Confirm that model references and attachment information are consistent across the drawing and quotation.

    Separate confirmed values from preliminary assumptions. If a workshop survey or load verification is still needed, put it on the technical action list before production approval.

    Coordinate export supply with destination work

    Agree the delivery point and the boundary between packing, transport and work at the destination. Installation may require building checks, prepared runways, electrical connections, assembly resources and access that are outside the equipment order.

    List these interfaces explicitly and identify who provides each item. The delivery schedule should be coordinated with site readiness and the information required from the purchaser, rather than treated as a stand-alone factory commitment.

    Use a resolved proposal as the purchasing basis

    Compare the final equipment configuration, documents and supply scope before comparing totals. Keep optional components, provisional items and excluded site work visible in the offer.

    For handover, agree the inspection records, commissioning responsibilities, operating information and spare-parts identification that the site needs. A practical manufacturer comparison follows these project deliverables and their contractual owners; it does not depend on an unsupported order of brand names.

    Discuss the crane arrangement for your project.

    Compare manufacturers against the actual lifting task, engineering scope and support requirements. Model-specific drawings and an explicit supply boundary provide a stronger basis for a shortlist than an unsupported manufacturer ranking. Share the load, available drawings, working cycle and site conditions with Henan Mine Crane so the required configuration and supply boundary can be discussed.

    Related crane configurations

    Explore crane product families and technical parameters ↗

    Updated 2026 · Henan Mine Crane

  • Crane Manufacturer Henan Mine Crane Runs 14th Annual Charity Exam Transport Campaign

    Crane Manufacturer Henan Mine Crane Runs 14th Annual Charity Exam Transport Campaign

    Crane Manufacturer Henan Mine Crane Runs 14th Annual Charity Exam Transport Campaign

    As a professional crane research and development manufacturer, Henan Mine Crane has always practiced social responsibility while plowing into the global supply of lifting equipment.
    On June 5, 2026, the company’s 14th “Love Exam” public welfare activities were officially launched to provide free travel protection for college entrance exam students.

    The fleet of vehicles was upgraded, and all vehicles passed strict safety inspection and cleaning.
    Uniformly labeled green love vehicles will provide free transportation services for candidates during the college entrance examination to ensure the smooth arrival of students at the examination site.

    Since 2012, Henan Mine Crane has been carrying out examination assistance activities for 14 consecutive years, serving thousands of candidates.
    In addition to helping the public welfare, the company has long been engaged in various social welfare undertakings, such as donating money to schools, flood control and disaster relief, and helping the needy.

    As a large-scale crane manufacturer with more than 5,200 employees, humanistic care is the core color of enterprise development.
    The adherence to social responsibility, but also through the product development, production control, global service in the whole process.

    Henan Mine Crane manufactured reliable lifting equipment as the core business, products are exported to more than 130 countries and regions around the world.
    The company will continue to provide high-quality lifting solutions for global customers with its steady manufacturing strength and warm brand bearing.

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    Henan Mine CraneDiscuss your requirements ↗
  • Crane Manufacturer Henan Mine Crane Holds Production Mobilization for Harvest Season

    Crane Manufacturer Henan Mine Crane Holds Production Mobilization for Harvest Season

    Crane Manufacturer Henan Mine Crane Holds Production Mobilization for Harvest Season

    May 31, 2026, professional crane manufacturer Henan Mine Crane, held a three summer production mobilization meeting in the Intelligent Industrial Park.
    The enterprise coordinates the deployment of the summer harvest farming season of employee protection and production quality work.

    reliable industrial crane supplier

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    reliable industrial crane supplier

    The conference honored 118 model workers, quality craftsmen, technical experts and other advanced individuals.
    Setting up production and quality benchmarks to motivate all employees to improve craftsmanship and product quality.

    The enterprise distributed three-summer subsidies and welfare packages to all 5,200 employees.
    Employees who have summer harvest needs at home can return to their hometowns with pay to ensure that the grain is returned to the silo.

    As a collection of R & D, production in one of the source manufacturers of cranes, Henan Mine Crane has always taken into account employee care and product quality.
    During the busy agricultural period on duty production links, the implementation of more stringent quality control standards for the whole process.

    Enterprises require all employees on duty to strictly abide by the process specifications, to ensure that each factory lifting equipment of stable quality.
    With reliable self-research and self-produced products, we continue to serve the lifting needs of customers in various industries around the world.

    Humanistic care to build team cohesion, quality control and tamping manufacturing hard power.
    Henan Mine Crane will provide long-term stable lifting equipment supply to global customers with stable production capacity and reliable quality.

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    Henan Mine CraneDiscuss your requirements ↗
  • RMG Crane Suppliers: A Technical and Commercial Comparison Checklist

    RMG Crane Suppliers: A Technical and Commercial Comparison Checklist

    Technical guide

    RMG Crane Suppliers: A Technical and Commercial Comparison Checklist

    An RMG proposal needs to match the yard layout, container flow and automation interfaces. Compare the evidence behind each supplier's design, then clarify civil works, commissioning and long-term support responsibilities.

    Henan Mine CraneTechnical guide · Updated 2026Crane selection, project scope and operating requirements
    Henan Mine Crane Rail-Mounted Gantry (RMG)
    Henan Mine Crane Rail-Mounted Gantry (RMG)
    Project planning notes

    Key points for this crane project.

    1. Define the container task before comparing RMG
    2. Check the physical working envelope
    3. Clarify automation and terminal-system interfaces
    Read the technical guide

    Define the container task before comparing RMG suppliers

    Describe how containers move into, within and out of the yard block. Show storage positions, rail or vehicle transfer points and the required operating lanes. State the container handling modes and clarify the capacity definition used in the enquiry.

    Ask each supplier to show how the spreader and other suspended equipment are treated in the proposed load basis. Keep the same container cycle and yard arrangement for all offers so differences in the RMG concept can be understood.

    Check the physical working envelope

    Review the proposed rail-centre span, useful trolley travel and hook or spreader positions against the yard drawing. Identify the limits created by the crane structure, end approaches and adjacent equipment.

    The rail and civil teams need configuration-specific reactions and interface information. Confirm the rail requirements, power-supply arrangement and responsibility for any runway equipment. A nominal stacking description does not replace the dimensional review of the complete handling area.

    Clarify automation and terminal-system interfaces

    Define the required operating mode and identify which movements remain under direct operator control. For automated functions, agree how container identity, positions, transfer permissions and exceptional events are handled.

    Ask who supplies the detection equipment, communications and control interfaces, and who integrates them with the terminal systems. The proposal should describe the recovery process as well as the normal operating cycle. Integration assumptions belong in the technical scope, not in an unresolved list after delivery.

    Compare maintenance and infrastructure access

    Review how technicians reach the spreader, lifting equipment, travel drives and control equipment. Check that service access works within the yard layout and planned operating windows.

    Identify the division between crane equipment, rail works, power infrastructure and destination resources. These items can differ substantially between supplier offers even when the cranes appear to serve the same stacking block.

    Agree acceptance against representative yard tasks

    Set an acceptance basis around the operating duties agreed for the project. Define the relevant documents, functional checks, interface demonstrations and responsibility for correcting findings.

    Use the supplier shortlist to compare these deliverables and the support arrangements after handover. A strong RMG offer explains how the crane fits the yard and how the connected systems will be brought into operation; a generic supplier ranking cannot establish those points.

    Discuss the crane arrangement for your project.

    An RMG proposal needs to match the yard layout, container flow and automation interfaces. Compare the evidence behind each supplier's design, then clarify civil works, commissioning and long-term support responsibilities. Share the load, available drawings, working cycle and site conditions with Henan Mine Crane so the required configuration and supply boundary can be discussed.

    Related crane configurations

    Rail-Mounted Gantry (RMG)

    View product parameters
    Lifting capacity: 35 t, 40.5 t, 50 tSpan: 18 – 35 mLifting height: 12.3 – 21 m

    Use an RMG for container transfer along a fixed rail layout. Select the lifting arrangement, yard coverage and positioning controls from the container flow and stacking requirements.

    Rail-Mounted Container Gantry Crane

    View product parameters
    Lifting capacity: 35 t, 40.5 t, 50 tSpan: 18 – 35 mLifting height: 12.3 – 21 m

    Handle containers along a fixed yard runway with a rail-mounted container gantry crane. Coordinate the spreader, stacking geometry, rail layout and transfer positions around the terminal operation.

    Updated 2026 · Henan Mine Crane

  • Professional Crane Manufacturer at China Tech Week Event|Henan Mine Crane

    Professional Crane Manufacturer at China Tech Week Event|Henan Mine Crane

    Professional Crane Manufacturer at China Tech Week Event|Henan Mine Crane

    2026 May 26th National Science and Technology Activity Week, Henan Mine Crane as a professional crane manufacturer, together with the China Hoisting Machinery Museum launched a series of science and technology popularization activities.

    Activities to show the development of China’s lifting industry, synchronized with the presentation of the core strength of the enterprise’s self-research and intelligent manufacturing.

    On May 28, the enterprise and the museum team participated in the main activities of Changyuan City Science and Technology Week.

    Through the popularization of science exhibition boards and publicity materials, explaining the crane five thousand years of development history, show Henan Mine Crane “14th Five-Year Plan” stage of scientific and technological innovation achievements.

    May 30th Museum Open Day to start immersive “intellectual journey” study.

    Explainer to the ancient pulley, windlass as a starting point, sorting out lifting equipment from manpower drive to electrification, intelligent technology evolution path.

    The site set up intelligent Crane 3D results exhibition, displaying a variety of Henan Mine Crane independent research and development and production of lifting equipment.

    Visitors can enter the Crane comprehensive performance laboratory to understand the whole machine and core components of the whole test and life verification process.

    As a deep-rooted in the industry for more than 20 years the source of the Crane manufacturer, Henan Mine Crane covers the whole chain of research and development, design, production, installation and service.

    Accumulated more than 700 national patents and provincial scientific and technological achievements, leading or participating in more than 100 international, national and industry standards revision.

    The core components of the enterprise are produced independently, the quality of the whole process can be controlled, and the products are widely used in metallurgy, wind power, ports, energy and other global scenarios.

    This activity is not only the popularization of industrial culture, but also to show the global customers the technical heritage and manufacturing capacity of domestic lifting equipment.

    Henan Mine Crane will continue to plow intelligent, green lifting technology research and development.

    With high-quality self-research and self-produced lifting equipment, to provide stable and reliable customized lifting solutions for global customers.

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    Henan Mine CraneDiscuss your requirements ↗
  • Henan Mine Crane 14 cranes batch exported to Vietnam

    Henan Mine Crane 14 cranes batch exported to Vietnam

    Henan Mine Crane 14 cranes batch exported to Vietnam

    On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project.
    The first batch of 14 sets of lifting equipment was fully loaded and formally shipped to Vietnam.

    On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project.

    The exported products strictly follow the standards of high-quality manufacturing, suitable for Vietnam’s local infrastructure and industrial conditions.
    After landing, the equipment will serve the construction of engineering projects in Vietnam and boost the development of local industrialization.

    On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project. On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project.

    Henan Mine Crane insists on scientific and technological innovation and strict control of product quality.
    Its various large-tonnage Cranes have completed the delivery of key projects at home and abroad.

    Grasp the development opportunities of the Belt and Road construction, the company continues to plow the Southeast Asian overseas market.
    For Vietnam and countries along the route to export complete sets of lifting equipment and full life cycle support services.

    On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project. On May 15, 2026, Henan Mine Crane held a ceremony for the shipment of cranes for the Vietnam project.

    In the future, Henan Mine Crane will continue to polish the intellectual products, and steadily develop markets around the world.
    High-quality lifting products to empower the global infrastructure, manufacturing quality upgrade.

    Henan Mine CraneDiscuss your requirements ↗
  • 10-Ton Overhead Crane Cost: What to Include in Your Quotation

    10-Ton Overhead Crane Cost: What to Include in Your Quotation

    Technical guide

    10-Ton Overhead Crane Cost: What to Include in Your Quotation

    A 10-ton rating does not define the complete purchase price. Set out the span, hook travel, operating cycle and site work so competing quotations cover the same equipment and installation boundary.

    Henan Mine CraneTechnical guide · Updated 2026Crane selection, project scope and operating requirements
    Henan Mine Crane Single-Girder Bridge Crane
    Henan Mine Crane Single-Girder Bridge Crane
    Project planning notes

    Key points for this crane project.

    1. Define what the ten-ton requirement includes
    2. Separate crane arrangement from the capacity label
    3. Show the dimensions that affect the quotation
    Read the technical guide

    Define what the ten-ton requirement includes

    State whether the requested load is the item alone or the complete suspended load. List the weight of slings, a spreader, a magnet or another attachment separately, and explain how the item will be picked up and placed.

    The proposed crane must also suit the normal operating cycle. Give suppliers the typical load pattern, lifts per hour and hours of use. Two ten-ton offers may use different lifting mechanisms or working-duty assumptions even before the building dimensions are considered.

    Separate crane arrangement from the capacity label

    A ten-ton project can be developed around different structural and hoist arrangements. Compare the proposed single- or double-girder concept with the required hook envelope, working duty and runway interfaces.

    Request the actual dimensional drawing rather than treating a broad catalogue range as the size of the quoted machine. The relevant questions are whether the hook reaches each required position, whether the crane fits the bay and which support reactions the building team must review.

    Show the dimensions that affect the quotation

    Provide the runway rail-centre span, required long travel and high and low hook positions. Add the roof level, runway elevation and obstructions that affect headroom or hook coverage. Identify dimensions that are estimates and provide a drawing or survey where available.

    Height and span change the proposed arrangement and should be held consistent when offers are compared. A lower equipment figure is difficult to interpret if it assumes a different lifting range or working area.

    Split the budget into equipment and site work

    Ask for a written boundary covering the crane structure, lifting mechanism, drives, controls and attachment. List rails, runway beams, conductor systems and the building electrical connection separately so each item has an identified supplier.

    Installation can involve assembly, lifting resources, site labour, electrical work, inspections and commissioning. Clarify which of these services are included and what the purchaser must provide. Packing, transport and the agreed delivery point also belong in the project comparison.

    Compare figures only after the scope is aligned

    Published equipment listings can describe different configurations and supply boundaries. They do not establish the delivered cost of a crane for a particular workshop. Use them as background to a defined enquiry, then obtain a quotation tied to the project drawing and scope.

    For each offer, mark optional items and provisional assumptions. Compare the crane configuration, site work, delivery, documentation and support together before deciding which total represents the required project.

    Prepare the information needed for a budget quotation

    Send the maximum load and attachment details, a workshop plan, the required hook positions and a description of daily use. Include the site power supply and destination, together with the installation and support services you expect.

    Ask Henan Mine Crane to identify the proposed arrangement, unresolved technical inputs and boundary of supply. This provides a clearer purchasing basis than assigning a fixed price to every crane carrying the same ten-ton label.

    Discuss the crane arrangement for your project.

    A 10-ton rating does not define the complete purchase price. Set out the span, hook travel, operating cycle and site work so competing quotations cover the same equipment and installation boundary. Share the load, available drawings, working cycle and site conditions with Henan Mine Crane so the required configuration and supply boundary can be discussed.

    Related crane configurations

    Single-Girder Bridge Crane

    View product parameters
    Lifting capacity: 1–20 tSpan: 7.5–31.5 mLifting height: 6, 9, 12, 18, 24 or 30 m; capacity-dependent

    Use an LDA single-girder bridge and electric hoist for general workshop material handling. Select the lifting capacity, runway geometry and hoist duty around the building and load.

    LH Electric Hoist Double Girder Crane

    View product parameters
    Lifting capacity: 3, 5, 10, 16, 20 tSpan: 10.5–31.5 mLifting height: 6, 9, 12 or 18 m

    Use an LH double-girder bridge with an electric-hoist trolley for workshop lifting, assembly and maintenance. Match the hoist arrangement to the suspended load, hook travel and available building space.

    Updated 2026 · Henan Mine Crane