Available across a 50 to 1,000 ton capacity range, the Haitai hydraulic platform transporter is a heavy-duty multi-axle trailer solution for oversize and overweight cargo handling. Whether transporting a prefabricated building module across a jobsite, loading a transformer onto a barge, or shifting a ship segment within a dry dock, the Haitai transporter is designed to allow cargo—typically requiring cranes, gantries, or custom rigging—to simply roll into position.

What Is Haitai Hydraulic Platform Transporter?

Haitai hydraulic platform transporter is commonly known in the industry as Hydraulic Platform Transporter (HPT). It covers capacities from 50 to 1,000 tons and features a modular multi-axle design, depending on its setup. Every axle line is equipped with its own hydraulic suspension, independent steering, and load-sensing mechanism, and multiple axle lines can be linked to create a unified, continuous deck.

Engineered as a modular, hydraulically towed multi-axle heavy-haul system, the Haitai Hydraulic Platform Transporter is built to transport loads between 50 and 1,000 tons across industrial facilities, ports, shipyards, and construction sites. Its foundation lies in independently steerable axle lines with hydraulic suspension, which evenly spreads concentrated loads over the ground—enabling it to carry cargo beyond the safe handling limits of standard trailers or cranes.

Thanks to its modular structure, axle lines can be connected side-by-side or end-to-end, adjusting both capacity and footprint precisely to suit the load—be it a wind turbine nacelle, a pressure vessel, a precast bridge girder, or an entire ship block. This adaptability defines the transporter: a project requiring 80 tons today may demand 400 tons next year, yet the same axle-line components can usually be reconfigured or expanded instead of necessitating a completely new unit.

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HT crane hydraulic platform transporter models’ each unit is factory-assembled, fully load-tested, and CE certifiedready for shipment. They centers on three core objectives critical to heavy-haul operators:

• 1. Even weight distribution—to prevent overloading either the cargo or the ground at any single point
• 2. Precise, low-speed maneuverability—to navigate crowded yards, narrow gates, and tight indoor spaces
• 3. Load stability on uneven surfaces—to keep the deck level and cargo secure even as individual axles traverse bumps, ramps, or inclines

Haitai Hydraulic Platform Transporter Structure and Components

A Haitai hydraulic platform transporter is built from a set of standardized modules that combine to form the complete transport system:

Working Principle of Haitai Hydraulic Platform Transporter

The Haitai hydraulic platform transporter works by converting a single massive, concentrated load into many small, evenly distributed loads spread across dozens of wheels — which is what makes it possible to move cargo that would otherwise crush a normal trailer axle or exceed a crane’s capacity.

• 1. Load distribution through modular axle lines.
  • Rather than relying on two or three heavy-duty axles, the transporter spreads the total weight across many axle lines connected in parallel and in series. Each line only bears a fraction of the total load — commonly in the 25–45 ton range per line — which keeps ground pressure and structural stress within safe limits.
• 2. Hydraulic suspension equalizes pressure automatically.
  • Every axle is fitted with hydraulic cylinders connected through a shared hydraulic circuit. As the transporter moves over uneven ground, this system continuously adjusts cylinder pressure at each wheel so the load stays level and no single axle is overloaded — similar in principle to how a fluid finds its own level, but actively controlled.
• 3. Independent, synchronized steering enables precision movement.
  • Each axle line can steer independently, and the control system synchronizes them so the entire platform can move in a straight line, crab sideways, travel diagonally, or pivot in place — all without changing the orientation of the cargo. This is what allows the transporter to navigate through gates, around obstacles, and into tight assembly bays that a rigid-frame vehicle simply couldn’t enter.
• 4. Centralized hydraulic and electronic control.
  • A single operator, typically using a wireless remote control unit, commands the entire platform. The control system continuously monitors axle pressure, steering angle, and deck level, adjusting in real time to keep the cargo stable throughout the move — from pickup, to transit, to precise final positioning.
• 5. Modular scaling for different tonnages.
  • Because axle lines couple together both side-by-side and end-to-end, the same basic components can be reconfigured into a smaller platform for a 50-ton load or a much larger one for a 1,000-ton load, without redesigning the system from scratch.

Hydraulic Platform Transporter Features

• Wide Load Range (50-1,000 Tons): A single modular platform family covers everything from mid-size industrial equipment to massive infrastructure components, reducing the need for multiple specialized machines.
• Even Weight Distribution: Independent hydraulic suspension across all axle lines keeps ground pressure balanced, protecting both the cargo and the surface being traveled on.
• Superior Maneuverability: Multi-directional steering (straight, crab, diagonal, pivot) lets the transporter operate in confined shipyards, plant floors, and construction sites where conventional trailers can’t turn.
• Modular, Scalable Design: Axle lines can be added, removed, or reconfigured to match project-specific tonnage and dimensions, extending the useful life and versatility of the equipment.
• Terrain-Adaptive Stability: Hydraulic self-leveling compensates for uneven ground, ramps, and gradients, keeping sensitive or fragile cargo stable throughout the move.
• Centralized, Synchronized Control: A single operator can coordinate every axle line from one control point, improving precision and reducing the crew size needed for complex moves.
• High-Strength Structural Frame: Reinforced steel construction is engineered to handle concentrated heavy loads without deformation, supporting long-term reliability under repeated heavy-duty use.
• Adjustable Deck Height: Hydraulic lift capability allows the platform to raise or lower cargo for load transfer between different height levels (e.g., onto a barge, foundation, or storage stand).

Application Scenarios of Hydraulic Platform Transporter

The Haitai hydraulic platform transporter is used wherever cargo is too heavy, too large, or too sensitive for conventional transport equipment:

• Shipbuilding and Marine Engineering — Moving prefabricated ship hull blocks and modules between assembly stages and into dry docks.
• Bridge and Infrastructure Construction — Transporting and positioning precast bridge girders, deck segments, and box girders for erection.
• Oil, Gas, and Petrochemical Industry — Relocating pressure vessels, reactors, distillation columns, and other heavy process equipment within refineries and plants.
• Power Generation — Handling large transformers, generator stators, turbine components, and wind turbine nacelles or tower sections.
• Steel and Metallurgy Plants — Moving heavy machinery, rolling mill components, and industrial equipment within production facilities.
• Port and Terminal Operations — Loading and unloading oversized project cargo between vessels, quaysides, and storage yards.
• Modular and Prefabricated Construction — Transporting large building modules, offshore platform components, and prefabricated structures across construction sites.
• Nuclear and Heavy Industrial Projects — Handling extremely heavy, high-value components that require precise, low-vibration transport.

Technical Parameters of Hydraulic Platform Transporter

Specifications vary by configuration (number of axle lines, deck width, and drive type), but the table below outlines the typical parameter range across the Haitai 50-1000 ton series.

Exact figures depend on the specific model and number of axle lines selected — contact Haitai’s technical team for a configuration matched to your project’s load, dimensions, and site conditions.

Why Choose HaiTai Crane?

Supported by its 20 years of manufacturing experience and exports to 80+ countries, HaiTai Crane delivers CE and ISO 9001:2015 certified lifting solutions to ports, shipyards, and marinas worldwide. From standard configurations to fully engineered custom builds, our technical team tailors every crane to your site conditions and operational requirements.

Specifications and configurations may vary by project requirements. For a transporter configuration matched to your specific load weight, dimensions, and site conditions, consult with Haitai’s engineering team directly.

10+ Years Exp.

5,000+ Customers

50+ Countries

Simon

Crane Solutions Specialist  ·  HT Crane

Specialized in Gantry Crane, Port Crane, Container Crane , Marine Boat Crane & Overhead Crane export solutions. 10+ years helping global clients with pre-sales consultation, capacity selection and site-specific configurations.

+86 136 7352 1295 info@cranehaitai.com Contact Us

What Is a Portable Gantry Crane?

A portable gantry crane is a mobile lifting system built around a steel frame supported by four detachable legs. These four legs can be bolted together without tools, allowing quick assembly, relocation, and disassembly. Therefore, this flexible portable gantry crane is ideal for workshops, warehouses, and temporary job sites where a fixed crane would be impractical.

The overhead bridge runs on rails or rollers, allowing smooth horizontal travel. A hoist (electric hoist, hydraulic hoist, or manual hoist available) raises and lowers loads up to 10 tons with a usable span of  2‑16 m and a lift height of 2‑12 m.

Configurations allow users to adjust leg length, spread, and accessories such as spreader beams or trolleys, making the portable gantry crane ideal for occasional lifts where a fixed crane would be impractical or costly.

Users can choose custom steel‑section sizes, leg configurations, and accessories such as spreader beams or trolley systems to match specific workflow requirements. This flexibility, combined with tool‑free assembly, provides a safe, efficient, and adaptable solution for a wide range of material‑handling tasks.

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Standard Portable Gantry Crane Specifications

Note: Non-standard dimensions, capacities, and finishes available — contact Haitai Crane with project requirements. All cranes supplied with load test certificate and CE declaration of conformity.

Portable Gantry Crane Capacity-to-Configuration Matrix

Use the table below to identify the standard configuration closest to your requirement. All dimensions can be adjusted within the ranges shown; non-standard configurations available on request.

Source: Haitai Crane standard product range, 2026. Unit weights are approximate and vary by span and height selection. Contact Haitai Crane engineering team for exact drawings and load calculations.

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Key Features & Design Advantages

Haitai portable gantry cranes have six key features in structure design, customizable parameters, and high working compatibility.

Application Scenarios of Portable Gantry Crane

• Workshop and Manufacturing Facility Maintenance: Permanent overhead crane infrastructure is not always justified for maintenance bays and small production cells. A portable gantry crane fills this gap: it sits in a corner when not needed, rolls to the machine being serviced, and returns to storage in minutes. For facilities with multiple scattered maintenance points, a single portable gantry replaces multiple fixed jib cranes at a fraction of the capital cost.
• Construction and Contractor Sites: On construction projects, portable gantry cranes handle pre-cast concrete elements, structural steel sections, HVAC plant, and mechanical equipment at locations where a mobile crane cannot access or where the lift duration does not justify crane hire cost. The crane assembles in under two hours on site, relocates between floors or building zones on its casters, and transports between sites in a standard pickup or van.
• Field Service and Offshore Maintenance: Equipment service technicians use Haitai portable gantry cranes for field engine overhauls, pump and motor exchanges, and equipment installation in locations with no fixed lifting infrastructure. The crane’s bolt-together steel frame disassembles into manageable sections — 1t–2t models can be transported and handled by two technicians without additional equipment.
• Temporary Production Line Lifting: Production expansions, line reconfigurations, and equipment changeovers often require temporary overhead lifting that would take weeks to install as a permanent system. A portable gantry crane is operational in hours, can be repositioned as the production layout evolves, and relocated or sold when the project concludes — preserving capital rather than converting it to a fixed structural asset.
• Shipyard and Marine Maintenance: Portable steel gantry cranes rated 2t–5t are widely used in shipyard dry dock operations, engine room maintenance, and coastal construction where outdoor durability is mandatory. Hot-dip galvanized finish provides long-term corrosion resistance in salt-air environments; stainless steel hardware package is available on request.

4 Types of Hoists Available for Portable Gantry Cranes

Haitai Crane supplies the portable gantry crane as a crane-only unit or as a complete lifting package with matched hoist. The following hoist types are compatible and available as factory-fitted options:

All hoists supplied with CE marking, load test certificate, and hook latch. Hoist beam trolley is included; push-type (manual) or motorized geared trolley available.

Customization Portable Mobile Gantry Crane Options

Haitai Crane’s standard portable gantry range covers the large majority of applications. Where standard configurations do not fit your requirement, our engineering team provides custom design within a 5-working-day quotation turnaround.

• Non-standard span or height outside published range
• Intermediate capacity steps (e.g. 1.5t, 4t, 6t)
• Low-headroom trolley configuration (reduced below-beam clearance for height-constrained spaces)
• Fixed (non-adjustable) frame for maximum rigidity at a specific dimension
• Extended caster base for improved lateral stability at maximum span
• Outrigger feet option (replaces casters where mobility is not required; and increases rated capacity by 15–25%)
• RAL colour matching to facility or brand standard
• Stainless steel hardware package for marine / food-grade / chemical environments
• Explosion-proof electric hoist integration (ATEX Zone 1 or 2)
• Load cell integration for weighing during lift

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Safety, Standards & Compliance of HT Portable Gantry Cranes

Every Haitai portable gantry crane is designed, manufactured, and tested to the following standards:

All portable gantry cranes are proof load tested at 125% of Safe Working Load before dispatch. Load test certificate, CE Declaration of Conformity, and assembly/operation manual are supplied as standard. Inspection and re-certification service available annually.

Assembly, Operation & Maintenance

Assembly Procedure

• Lay out all frame sections and hardware on a flat surface
• Assemble vertical legs to base spreader feet — 4 bolted connections per leg
• Lift beam sections into leg saddles and secure with through-bolts and safety pins
• Fit caster wheels to base feet — no tools required on standard models
• Set span and height to required positions; engage all locking pins
• Install hoist trolley on beam bottom flange; connect hoist if electric
• Perform pre-use inspection per supplied checklist before first lift

Typical assembly time: 2 persons, 1–2 hours (dependent on span and height). Full illustrated assembly manual supplied with every crane.

Pre-Use Inspection Checklist

• All bolted connections tight; no missing fasteners
• Span and height locking pins fully engaged
• Caster brakes functional on all four wheels
• Hoist chain/rope free of kinks, corrosion, or visible damage
• Hook latch closes and latches correctly
• Load is within rated crane capacity at set span
• Crane is on firm, level surface with adequate bearing capacity

Maintenance Guide

Portable gantry cranes require minimal maintenance under normal use. Recommended intervals:

• After every use: inspect structural connections, check caster wheel condition, and remove any debris from joints and bolt connections
• Monthly: re-torque all structural bolts to specification (torque values in assembly manual); lubricate caster wheel bearings; inspect hoist chain or rope per hoist manufacturer schedule
• Annually: full structural inspection per EN 13135 or local regulation; load test re-certification if required by site HSE policy; replace any worn or damaged components before returning to service

Ordering Information

To request a quotation, please provide the following:

• Required lifting capacity (tonnes)
• Required span between legs (metres)
• Required lifting height (metres)
• Surface finish preference (hot-dip galvanized / powder coat / RAL colour)
• Hoist requirement (manual chain hoist / electric chain hoist / crane only)
• Operating environment (indoor / outdoor / marine / hazardous area)
• Compliance standard required (CE / ASME / other)
• Quantity and delivery location

Standard lead time: 2–4 weeks for standard configurations. Custom designs: 4–6 weeks from drawing approval.

Volume orders and framework agreements available, contact Haitai Crane’s export sales team for pricing now.

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Related Products

• Fixed Single / Double Girder Gantry Crane — 1t to 100t, permanent installation, all spans
• Rubber Tired Gantry Crane (RTG crane) — container yard and logistics applications
• Electric Chain Hoist — 0.5t to 20t, compatible with portable gantry beam
• Electric Wire Rope Hoist — 1t to 100t, for higher duty cycles and longer lift heights

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Contact our engineering team with your span, load, hook height, and building structure details. We will provide a complete technical proposal and the structural load documentation your building engineer needs for the assessment.

10+ Years Exp.

5,000+ Customers

50+ Countries

Simon

Crane Solutions Specialist  ·  HT Crane

Specialized in Gantry Crane, Port Crane, Container Crane , Marine Boat Crane & Overhead Crane export solutions. 10+ years helping global clients with pre-sales consultation, capacity selection and site-specific configurations.

+86 136 7352 1295 info@cranehaitai.com Contact Us

Haitai floor mounted jib crane is a free-standing pillar jib crane anchored directly to the workshop floor via a reinforced concrete foundation. Fitted with an electric chain hoist or wire rope hoist on a motorized trolley, it provides 360° or 270° slewing coverage across a working radius of up to 8m.

Its special structure and flexible rotation makes it the standard lifting solution for dedicated workstations, assembly cells, production lines, and maintenance bays where a full overhead crane is either unavailable or impractical.

Unlike wall-mounted or column-mounted jib cranes, the floor-mounted pillar design imposes no load on building structure. We install it independently of the building frame, so we can position it anywhere on the factory floor and relocate it when the production layout changes. We can position floor-mounted jib cranes at a production machine, a loading dock, a welding bay, and a material transfer point.

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Structural Design & Engineering Details

Column and Base Flange

The main column is a structural steel circular hollow section (CHS) manufactured from Q345B plate, rolled and seam-welded to dimensional tolerance. The base flange is a thick-plate machined steel disc full-penetration welded to the column base. Anchor bolt holes are drilled to the foundation drawing pattern. The standard configuration shown in the Haitai engineering drawing uses φ406 mm column OD and φ820 mm base flange — sized for 3t capacity at 3,000 mm working radius. Column height ≤2,600 mm (to jib bottom flange) is the standard range; taller columns require engineering review.

Jib Arm Design

The jib arm (horizontal boom) is a welded box section or I-beam fabricated from Q345B structural steel. The arm connects to the column rotator housing via a flange plate bolted joint, allowing controlled rotation. The hoist trolley runs on the bottom flange of the jib beam. Jib tip deflection under rated load is calculated to remain below L/400 (where L is the jib length) — this limit prevents the trolley from migrating to the tip under gravity, which would create uncontrolled load movement.

Slewing Mechanism

The slewing assembly consists of a slewing ring bearing (external or internal tooth), a helical bevel gearmotor, and a drive pinion engaging the ring gear. The slewing ring carries both the rotation moment and the overturning moment from the jib and suspended load. The drive provides smooth, continuously variable rotation speed with dynamic braking on stop. On 270° models, adjustable mechanical stops and limit switches define the rotation limits and cut power to the slewing motor at the end positions, preventing cable damage.

Standard Specifications of Column Jib Crane

Dimensions extracted from Haitai Crane engineering drawing: total jib span 3,500 mm; inner jib shoulder at 1,890 mm; working radius 3,000 mm (example configuration shown). Column section φ406 / base φ820 per standard drawing. All parameters subject to project-specific engineering confirmation.

Key Features & Engineering Advantages of Floor Mounting Jib Cranes

Application Scenarios of Floor Mounted Jib Cranes

Dedicated Machine-Side Workstation

The most common floor mounted jib crane application: a single crane serves one CNC machining centre, press, injection moulding machine, or welding station. The crane’s working radius covers the machine’s load zone and the adjacent material staging area. The operator controls all motions from a pendant, handling component loading, part rotation, and finished part transfer without leaving the workstation. A single 1t–5t jib crane at each machine station replaces the need for overhead crane time on routine production lifting tasks.

Production Line Transfer Point

At transfer points between production line segments — between a machining cell and a washing station, between a press and an assembly fixture, between a painting booth and a curing oven — a jib crane provides dedicated transfer capacity without blocking overhead crane travel. Multiple jib cranes along a production line allow the overhead bridge crane to be reserved for heavy lifts and maintenance tasks.

Assembly Pit and Turntable Operations

Image 2 shows a Haitai 360° floor mounted jib crane serving an assembly pit with a circular turntable. The crane’s full-rotation capability and centrally positioned column allow the spreader and hoist to follow the turntable’s full arc, placing components precisely at any angular position on the rotating workpiece. This configuration is common in engine assembly, turbine assembly, and large valve production.

Automated Production Line Assistance

Image 3 shows a Haitai jib crane integrated alongside an automated production line in a large manufacturing facility. The jib crane handles component loading and unloading at the automated line’s feed and discharge points — tasks that require precise positioning and frequent short lifts, which floor-mounted jib cranes are optimally designed for. The crane’s compact footprint does not interfere with AGV paths or automated equipment travel zones.

Maintenance Bay and Service Workshop

In maintenance facilities — engine overhaul bays, hydraulic repair workshops, electrical equipment service centres — a floor mounted jib crane provides lifting at the specific service bench or pit position where work is performed. Unlike overhead cranes, the jib crane is available exclusively to the technician at that station, without competing with adjacent bays for crane time. This increases maintenance throughput and reduces wait time significantly in multi-bay facilities.

Jib Crane Safety, Standards & Certification

Every crane is proof load tested at 125% of Safe Working Load before dispatch. Load test certificate, CE Declaration of Conformity, foundation drawing, and operation & maintenance manual are supplied as standard contract deliverables.

Capacity & Configuration Selection Matrix

Use the table below as a starting point. All combinations are subject to structural verification — radius and height interact with capacity to determine column section, foundation design, and slewing drive torque requirements.

Source: Haitai Crane standard engineering parameters, 2026. Larger radius at higher capacity requires upgraded column section and foundation — contact engineering for project-specific confirmation.

Floor Mounted Jib Crane Foundation Requirements

The floor mounted jib crane’s column transfers its entire load — vertical (crane and hoist dead weight plus rated load) and horizontal (slewing torque and cantilever overturning moment) — through the base flange to the foundation. The foundation must be designed to the specific crane configuration.

Every Haitai floor mounted jib crane order includes a certified foundation design drawing as a standard deliverable. The drawing specifies: concrete grade (typically C30 minimum), foundation plan dimensions, depth, reinforcement layout, anchor bolt diameter, grade, and embedment depth, and required bolt-down torque. Do not pour foundation concrete before receiving and reviewing the Haitai foundation drawing for your specific crane configuration.

Foundation dimensions are indicative only and vary with soil bearing capacity, jib radius, and actual crane configuration. Haitai Crane provides project-specific foundation drawings for every order. All anchor bolt installations must be verified by a qualified civil/structural engineer at the installation site.

270° Vs. 360° Slewing: Which Jib Crane’s Configuration to Choose?

The slewing angle is determined by the installation environment and the physical constraints around the crane’s location. Both configurations use the same column, jib, and hoist hardware; only the slewing drive stop arrangement and control logic differ.

Floor Mounted Jib Crane’s 4 Hoist Options For You

The floor mounted jib crane is supplied as a complete lifting package (crane + hoist + trolley) or as a crane-only unit for customers integrating their own hoist. Factory-matched hoist options:

FEM hoist duty class M3–M5 maps to crane duty class A3–A4 for the jib crane structure under typical operating patterns. Confirm actual cycle frequency with Haitai engineering to verify hoist selection.

Installation & Commissioning Guide On Your Floor Mounted Jib Crane

Installation Sequence

1. Receive and review Haitai foundation drawing; confirm anchor bolt positions with civil engineer
2. Prepare reinforced concrete foundation to drawing specification; install anchor bolts in template before pour
3. Allow concrete to cure to specified strength (minimum 28 days for full design strength; 14 days minimum before crane installation)
4. Lift column assembly onto anchor bolts; check plumb with precision level; install levelling nuts
5. Tighten anchor bolts to specified torque in cross pattern; grout under base flange
6. Install jib arm onto column slewing assembly; torque all structural bolts to specification
7. Install hoist trolley and hoist on jib beam bottom flange
8. Connect power supply to crane control panel; check cable routing and segregation
9. Commission all motions — hoist up/down, trolley travel, slewing rotation — confirm limit switches operational
10. Perform proof load test at 125% SWL; record and retain test certificate

Pre-Use Inspection Checklist

• All structural bolts tight; anchor bolts at specified torque
• Column plumb within 1:1000 tolerance
• Hoist chain or rope free of kinks, damage, or corrosion
• Hook latch closes and latches correctly
• All limit switches functional — hoist upper/lower, trolley end-of-travel, slewing stops (270° models)
• Pendant cable undamaged; all buttons labelled and functional
• Slewing drive operates smoothly in both directions; brakes hold on stop
• Load within rated crane capacity at operating radius

Maintenance Guide On Your Floor Mounted Jib Cranes

Floor mounted jib cranes require structured preventive maintenance to achieve their rated service life and maintain CE certification. The following intervals are the minimum requirement:

Source: EN 13135:2013 – Cranes Safety: Design Requirements for Equipment; IEC 60204-32:2023. Intervals are minimum requirements — high-duty cycle applications (approaching A4 upper limit) should increase inspection frequency accordingly.

Customization Jib Crane Options

Standard configurations cover the large majority of applications. Where standard parameters do not match, Haitai Crane’s engineering team provides custom design within a 5-working-day quotation turnaround — at no charge for qualified procurement projects.

• Non-standard capacity steps (e.g. 1.5t, 4t, 6t, 12t)
• Extended radius beyond 8m (requires upgraded column, foundation, and slewing drive — engineering review required)
• Extended column height for high-bay facilities (>2,600 mm column height)
• Dual-speed hoist (standard speed and creep speed for precision placement)
• Variable frequency drive (VFD) on hoist, trolley, and slewing for fully variable speed operation
• Radio remote control in lieu of pendant (standard or ATEX-rated for hazardous area)
• Explosion-proof (ATEX Zone 1 / Zone 2) hoist and electrical equipment
• Stainless steel hoist chain and hook for food-grade or chemical-resistant applications
• Load cell and digital display for weighing during lift
• Anti-sway control (trolley positioning with load swing damping)
• RAL colour options; customer livery painting
• Hot-dip galvanized finish for outdoor or marine environments

Ordering Information Need to Provide

Standard lead time: 3–5 weeks for standard configurations. Custom or high-capacity designs: 5–8 weeks from drawing approval. Foundation drawing issued within 5 working days of order confirmation. Contact Haitai Crane jib crane specialist —— Mr. Simon now.

10+ Years Exp.

5,000+ Customers

50+ Countries

Simon

Crane Solutions Specialist  ·  HT Crane

Specialized in Gantry Crane, Port Crane, Container Crane , Marine Boat Crane & Overhead Crane export solutions. 10+ years helping global clients with pre-sales consultation, capacity selection and site-specific configurations.

+86 136 7352 1295 info@cranehaitai.com Contact Us

Related Products

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• Portable Gantry Crane — 1t to 10t; free-standing, relocatable on casters; no foundation
• KBK Monorail System — ceiling-mounted light crane system; covers areas beyond jib crane radius
• Electric Chain Hoist — 0.5t to 20t; compatible with Haitai jib crane beam section
• Wire Rope Electric Hoist — 1t to 50t; for higher duty cycles and longer lift heights

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Haitai wall traveling jib crane is a wall-mounted, slewing-boom crane that mounts directly to a structural wall or building column. It consumes no floor space and imposes no foundation requirement on the workshop floor.

The jib crane’s truss-section horizontal boom carries an electric chain hoist on a motorized trolley. It ensures operators’ precise three-axis load control across a working radius of up to 12 meters and a slewing arc of up to 360°.

Working grade A5 classifies this cantilever jib crane for sustained, moderate-to-high duty operation. For example, it suits to production lines, fabrication workshops, assembly bays, and loading zones where lifting frequency is regular and consistent throughout the shift.

With a lighter structural profile than a floor mounted jib crane of equivalent radius, the wall traveling jib crane is the correct choice where floor space is at a premium, where multiple cranes must share a wall-line, or where the building structure provides a suitable and cost-effective mounting point.

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Structural Design: Engineering Details

Truss Boom

The boom (cantilever arm) uses a welded steel truss design, as detailed in this following structure image. The top and bottom chords are structural steel sections (T-section or flat bar); the web members are welded between chords at a defined angle to form the triangulated lattice. This structural form is chosen specifically for long-radius cantilever applications because it achieves much lower tip deflection than a solid beam of equal weight — a critical requirement for maintaining trolley positioning and preventing the hoist from running to the boom tip under its own weight on the down-slope created by deflection.

The hoist trolley travels on the bottom chord of the truss, with the bottom chord profile machined or rolled to a standard bottom flange section (per BS 4 / DIN 1025) to accept standard electric chain hoist or wire rope hoist push or motorized trolleys.

Wall Bracket and Travel Rail

The wall bracket assembly consists of: an upper mounting plate bolted to the wall with anchor bolts (minimum embedment ≥500 mm per engineering drawing); a lower guide bracket; and the slewing pivot housing. The travel rail — width 1,200 mm (per view A of engineering drawing) — is welded to the bracket and extends along the wall to the limits of the crane’s travel zone.

The bracket is designed to transfer both the vertical load (crane dead weight + rated payload) and the horizontal overturning moment (from the cantilever boom) into the wall anchor system. The wall must be assessed by a qualified structural engineer to confirm it can carry these combined loads — Haitai provides bracket load calculation documents as a standard project deliverable.

Bogie Travel Assembly

The crane travels along the wall rail on a motorized bogie assembly. Per the engineering drawing, the bogie spans 2,000 mm (inner wheel centres), 3,200 mm, and 3,700 mm (outer dimensions). The bogie drive motor moves the complete crane assembly along the wall rail, allowing the operator to reposition the crane’s working zone along the wall. End-of-travel limit switches on the bogie prevent overrun at the ends of the rail.

Slewing Mechanism

The slewing assembly connects the boom to the wall bracket pivot and provides motorized rotation to the specified arc. The slewing drive uses a helical bevel gearmotor engaging a slewing ring gear, with dynamic braking for controlled stop. On 180° and 270° models, adjustable mechanical stops and limit switches define the rotation limits precisely, cutting power to the slewing motor at end positions and preventing cable wind-up on the pendant or festoon cable.

Specifications of Haitai Wall Traveling Jib Cranes

Dimension data extracted from Haitai Crane engineering drawing (Structure Image). All parameters subject to project-specific engineering confirmation.

Engineering Advantages of Haitai Wall Traveling Jib Crane

Installed Wall Traveling Jib Crane Application Examples

Image 1 — Dual Wall Traveling Jib Cranes, 2 Ton Each, Manufacturing Facility

Image 1 shows two Haitai 2t wall traveling jib cranes installed in parallel on the same structural wall of a large manufacturing facility. Each jib crane is independently motorized for slewing and trolley travel, with separate pendant controls. The yellow-painted truss booms are clearly visible mounted to a shared wall bracket rail system. Conductor bar power supply runs along the wall rail. This multiple jib cranes configuration is a cost-effective alternative to a full overhead bridge crane where coverage of a defined wall-side working zone, rather than the full bay width, is required. Each crane serves its designated production stations independently, without competing for shared crane time.

Image 2 — Multi-Level Wall Jib Crane Array, White Industrial Finish

Image 2 shows a high-specification Haitai installation featuring multiple wall traveling jib cranes at multiple levels in a large-span facility. The cranes are finished in white with orange conductor bars visible along the wall rail — indicating a cleanroom-adjacent or appearance-sensitive industrial environment. The yellow low-headroom wire rope hoists are matched to the available ceiling height. This installation demonstrates the system’s scalability: a single wall line can support multiple independent crane units, each with its own hoist, serving consecutive workstations along the production wall. The conductor bar supply system eliminates cable festoon management across multiple units.

Image 3 — 2-ton Red-Finished Wall Traveling Jib Crane, Machine Shop

Image 3 shows a single Haitai 2t wall traveling jib crane in a red polyurethane finish, serving a machine shop bay. The truss boom structure is clearly visible in this installation — note the triangulated web members providing stiffness across the full cantilever length. The crane’s motorized travel bogies are visible on the wall-mounted rail at the right. The green wire rope electric hoist with paired motors is matched to a 2t rated capacity. The rated capacity plate on the boom (2t yellow label) is clearly displayed per CE and local safety marking requirements. This installation serves CNC machining equipment requiring regular component loading and unloading — a classic A5 duty cycle application.

Image 4 — Light-Duty Wall Jib Crane, Instrument and Equipment Room

Image 4 shows a compact Haitai wall traveling jib crane in an instrument or equipment room, fitted with a light-duty electric chain hoist. This installation demonstrates the crane’s scalability to very light applications — equipment rack loading, instrument case handling, server or electrical equipment installation in enclosed technical spaces. The conductor bar (black, ceiling-mounted) manages the power supply to the hoist along the compact travel range. The boom-wall bracket assembly is compact enough to install in a standard-height room without civil modification. Tool cases and equipment cases are visible on the workbenches below — the crane serves a precision, low-frequency but ergonomically important lifting function.

Wall Traveling Jib Crane Configuration Selection Matrix

Use the table below to identify the standard configuration nearest to your requirement. Boom length (working radius) and capacity interact to determine boom section, bracket design, and wall load — all are verified by Haitai’s structural engineers before manufacture.

Source: Haitai Crane standard engineering parameters, 2026. Longer radius at higher capacity increases wall bracket load — structural engineering confirmation required.

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Jib Crane Wall Mounting Requirements

Critical: The wall or structural column on which the crane is mounted must be assessed and confirmed as structurally adequate by a qualified civil or structural engineer before installation. Haitai Crane provides bracket load calculation documents (vertical reaction, horizontal moment, anchor bolt forces) as a standard deliverable. Do not install without engineering sign-off on the mounting structure.

Haitai Crane provides bracket reaction force calculations (vertical load, overturning moment, horizontal shear) for every project. These documents must be reviewed by the site structural engineer before installation proceeds.

Wall Traveling Jib Crane Slewing Angle Configuration Guide

The correct slewing angle is determined by the crane’s physical installation position and the coverage zone required. All configurations use the same boom and hoist hardware; the difference is in the slewing drive stop arrangement and cable management.

Note: 360° slewing requires cable reel or electrical slip ring to manage pendant and hoist power cables through continuous rotation. Haitai Crane engineers both solutions — specify preferred approach when ordering.

Hoist Options for Different Wall Traveling Jib Cranes

The wall traveling jib crane is supplied as a complete package (crane + hoist + trolley) or crane-only. All hoists are factory-matched to the boom beam section and working grade A5 requirement.

FEM hoist duty class M4–M5 aligns with crane working grade A5 under standard operating cycle assumptions. Confirm actual lift frequency with Haitai engineering to verify hoist selection for your specific application.

Safety, Standards & Certification

Every jib crane is proof load tested at 125% of Safe Working Load before dispatch. Load test certificate, CE Declaration of Conformity, wall bracket load calculation document, installation drawing, and operation & maintenance manual are supplied as standard contract deliverables.

Installation Sequence of Wall Traveling Jib Cranes After Delivery

1. Receive Haitai installation drawing and bracket load calculation document; submit to site structural engineer for wall assessment and written sign-off
2. Mark out wall bracket positions; confirm no services (electrical, plumbing, structure) conflict with anchor positions
3. Drill anchor bolt holes to Haitai-specified diameter, depth (≥500 mm), and pattern; install chemical or mechanical anchors to manufacturer specification
4. Lift wall bracket assembly onto anchor bolts; check level and plumb; torque anchor bolts to specified value in cross pattern
5. Install travel rail along wall at specified height; align and fix at each rail fixing point per installation drawing
6. Install conductor bar power track along rail (where specified); connect to facility power supply at designated feed-in point
7. Lift crane bogie assembly onto travel rail; confirm travel in both directions and end-of-travel limit switch function
8. Install slewing assembly and boom arm; torque all structural bolts to specification
9. Install hoist trolley on boom bottom chord; hang hoist; connect power and control cables
10. Commission all motions: hoist up/down, trolley travel, slewing, and gantry travel; confirm all limit switches and emergency stops functional
11. Perform proof load test at 125% SWL; issue and retain test certificate
12. Mark SWL and working radius on boom in accordance with CE marking requirements

Customization Options

Standard configurations address the large majority of applications. Haitai Crane’s engineering team provides custom design quotations within 5 working days — at no charge for qualified procurement projects.

• Non-standard capacity (e.g. 1.5t, 4t)
• Radius beyond 12m (engineering review required — boom section and wall bracket loads increase significantly)
• Custom slewing arc other than 180° / 270° / 360°
• Dual-speed hoist (rated speed + creep speed for precision placement)
• Variable frequency drive (VFD) on hoist, trolley, slewing, and/or gantry travel for full variable speed control
• Radio remote control in lieu of pendant — ATEX-rated options available for hazardous area
• Explosion-proof (ATEX Zone 1 / Zone 2) hoist and electrical equipment
• Anti-collision system for adjacent cranes on shared wall rail
• Load cell and digital display for weighing during lift
• Stainless steel hoist chain and hook for food-grade, pharmaceutical, or chemical environments
• RAL colour options; customer livery; white industrial finish (as installed in Image 2)
• Hot-dip galvanized steel components for outdoor or marine environments
• PLC-based control with SCADA integration for automated production line interface

Wall Traveling Jib Crane’s Ordering Information

To receive a technical proposal and quotation, provide the following:

• Required lifting capacity (tonnes)
• Required working radius / boom length (metres, from wall face to hook centreline at tip)
• Required lifting height (metres, hook below boom at lowest position)
• Slewing angle required: 180° / 270° / 360° / custom
• Wall or column type at installation (RC wall, RC column, steel column — section dimensions if known)
• Number of cranes required and wall travel length per crane
• Hoist type preference (electric chain hoist / wire rope hoist / low headroom option)
• Slewing: motorized (standard) or manual
• Control: pendant / radio remote
• Operating environment: indoor / outdoor / clean room / hazardous area / food grade
• Power supply voltage and frequency at installation site
• Compliance standard: CE (standard) / ASME / other
• Delivery location and required delivery date

Standard lead time: 3–5 weeks for standard configurations. Multi-unit orders or custom designs: 5–8 weeks from drawing approval. Wall bracket load calculation document and installation drawing issued within 5 working days of order confirmation.

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Simon

Crane Solutions Specialist  ·  HT Crane

Specialized in Gantry Crane, Port Crane, Container Crane , Marine Boat Crane & Overhead Crane export solutions. 10+ years helping global clients with pre-sales consultation, capacity selection and site-specific configurations.

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