Low Headroom Single Girder Overhead Crane with Aside Hunging Hoist Trolley -LDP Series

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Low profile / low headroom bridge crane, with overhead crane hoist placed aside of single girder bridge for higher lifting & lower facility building cost.
√Overhead Crane Type: LDP, √ Capacity : 1~32 ton, √ Span: 7.5~22.5m, √ Working Class: A3, A4

Low Headroom Single Girder Overhead Crane with Aside Hunging Hoist Trolley -LDP Series

Product Type:	LDP
Lifting Capacity:	1~32 ton
Span:	7.5~22.5m
Lifting Height:	according your requirements
Working Class:	A3,A4
Ambient Temperature:	-20~40℃
Crane Price Rangs	More Inquiry Form
$2000-$120000
	[email protected] 008615038346929

Overview

Low Headroom Single Girder Overhead Crane | Compact EOT Crane Solutions

Low Headroom Single Girder Overhead Cranes. Compact design, FEM-compliant, ideal for low-ceiling workshops. Request a quote today.”

Low profileandlow headroom bridge crane, withoverhead cranehoist placed aside of single girder bridge for higher lifting & lower facility building cost. The LDP type low profile single girder bridge crane is a light duty overhead material handling equipment that is ideal for low profile workshop applications. The low profile bridge crane is designed with a special structure that places the overhead hoist on one side of the crane girder, increasing hook height and potentially lowering building height requirements and construction production costs.

Technical Specifications of Low Headroom Single Girder Overhead Crane

Choosing a low headroom overhead crane is easier when key specifications are clear. Focus on the practical numbers that affect your lifting work and workshop layout.

Parameter	Specification	Notes
Lifting capacity	1–20 tons	Max load per lift
Span range	3–28 m	Depends on workshop width
Headroom	Low headroom design	Saves space, increases hook height
Lifting height	3–20 m	Based on your building height
Duty class	A3 / A4	For light to medium use
Hoist type	Chain / Wire rope	Wire rope for heavier loads
Hoisting speed	0.8–8 m/min	Single or dual speed
Travel speed	5–30 m/min	Crane moving speed
Power supply	380V / 3Ph / 50Hz	Can be customized
Control method	Pendant / Remote	Remote is more flexible

Not every number needs detailed calculation. Focus on these four:

Capacity: Your heaviest load plus a safety margin
Span: Distance between runway beams or columns
Headroom: Critical for low ceiling workshops
Lifting height: Maximum hook height required

If these are correct, the rest can be configured accordingly.

A few quick checks prevent installation delays:

Include lifting tool weights (hooks, slings, beams)
Check power supply compatibility with the crane
Plan for future needs, not just current loads
Ensure sufficient installation and maintenance space

These small details save time and money later.

Low headroom single girder cranes can be adapted to your workshop and needs:

Different voltage options (e.g., 440V / 60Hz)
Outdoor use with rain protection
Variable speed control (VFD)
Special lifting tools if required

Mention special conditions early to get a precise solution.

Featured Projects of Sigle Girder Low Profile Bridge Crane

5 ton + 5 ton low headroom & low profile brdige crane project

Application of Low Profile Bridge Crane

Because of its distinct features and benefits, the LDP type single girder bridge crane is widely used in workshops where headroom is limited and a relatively higher hook height is required. They can be used in general machinery manufacturing workshops, assembling, and warehouses, among other places.

Yuantai Better Crane, a professional overhead crane manufacturer and supplier, is here to help. Yuantai Better Crane can provide you with an LDP type single girder low profile bridge crane with a rated load of 3- 20 tons, a span of 7.5m -22.5m, and a lifting height of 6 -2m, and a working class of A3-A4.

And also , the customizedlow profile overhead crane is available. Contact us today to get your customizedlow headroom crane.

Industries Applications

A low headroom overhead crane is usually chosen when space is tight but lifting work is still required. It's not about heavy-duty steel mills. It's more about everyday handling in workshops where height is limited but efficiency still matters.

You'll often see this type of single girder overhead crane in buildings where the height is fixed and increasing it is not an option.

Many older workshops weren't designed for cranes initially. Later, lifting becomes necessary, and headroom is the main limitation.

Lifting small to medium machinery during installation or repair
Moving steel parts, plates, and components between workstations
Handling maintenance tasks without forklifts
Improving workflow in limited vertical space

In practice, this reduces manual handling and keeps production moving smoothly.

In automotive workshops, space is often crowded with equipment and production lines, leaving limited headroom. A compact EOT crane fits well in these conditions.

Lifting engines, gearboxes, and assemblies
Moving parts along assembly lines
Positioning components with better accuracy
Supporting maintenance of production equipment

Operators here value smooth, precise movement more than speed.

In machining shops, lifting is frequent but loads are moderate. Control and positioning matter more than raw lifting power.

Loading and unloading CNC machines
Handling molds, dies, and tools
Moving semi-finished metal parts
Supporting daily production with repeated lifting tasks

It's simple but highly practical once installed.

Not all warehouses rely solely on forklifts. For bulky loads or vertical lifting, a low clearance overhead crane makes better use of limited height.

Lifting and stacking heavy goods or pallets
Handling long or irregular materials like pipes and beams
Loading and unloading in tight storage areas
Reducing reliance on ground equipment

This setup improves space usage and organization in constrained areas.

Across industries, a low headroom single girder overhead crane lifts a wide range of materials depending on daily requirements.

Machinery and equipment
Metal parts and steel components
Molds, tools, and dies
Palletized goods and bulk materials

Listing typical loads by weight, size, and frequency helps configure the crane for maximum efficiency.

Main Parts and Components of low headroom overhead crane

Main girder of low profile bridge crane

End carriages of low profile bridge crane

Electric hoist of low profile overhead crane

Power supply of low headroom overhead crane

Electric motors of low headroom bridge crane

Electric cabinets of low profile bridge crane

Features & Benefits of Low Headroom Single Girder Overhead Crane

Low headroom single girder cranes are designed for workshops or factories where ceiling height is limited but lifting work still needs to be done efficiently. These cranes are practical, durable, and energy-efficient.

In many projects, the building height is fixed. Raising the roof or lowering the floor is usually not possible. A low headroom overhead crane is a practical solution.

Maximizes hook height in limited spaces
Reduces wasted space between girder and hook
Suitable for low ceiling factories, warehouses, and workshops
Ideal when upgrading existing buildings without structural changes

Hoist positioning alongside or closer to the girder increases the usable lifting height.

The crane structure is built to last, reducing maintenance needs over time. A low headroom single girder crane follows FEM / ISO standards for stability and durability.

Main girder made from high-strength steel plates
Designed according to FEM / ISO standards
Stable performance under repeated load cycles
Suitable for light to medium duty applications (A3–A4 typical)

Power efficiency becomes important in daily operation. Modern low headroom EOT cranes use efficient motors, optimized transmission, and optional VFDs to save energy and reduce wear.

Efficient electric wire rope or chain hoist options
Lower power consumption during lifting and traveling
Optional VFD control for smooth acceleration and deceleration
Reduced mechanical wear due to controlled movement

For workshops running multiple shifts, energy savings add up noticeably.

A compact overhead crane must move loads steadily without sudden swings. Precision is crucial for equipment, molds, or finished products.

Smooth hoisting with minimal load sway
Stable cross travel along the girder
Precise positioning for assembly or handling work
Suitable for both manual pendant control and remote control

Operators notice the difference immediately: control feels easier and work efficiency improves.

Each workshop has different span, lifting height, and power requirements. A low headroom single girder crane can be customized to fit these conditions.

Compact structure reduces overall installation space
Flexible span and lifting height design
Compatible with different workshop layouts and runway beams
Can be configured for indoor or semi-outdoor use

Advantages of Low Profile Bridge Crane

Low profile bridge cranes are designed to make the most of limited vertical space while keeping operations safe, efficient, and cost-effective. These cranes are ideal for workshops, warehouses, or factories with low ceilings.

Installing the hoist on one side of the bridge girder increases the hook height.

Reduces the minimum factory height requirement
Makes lifting taller loads possible without structural changes
Helps lower production and construction costs

The hoist trolley moves quietly and steadily thanks to its thoughtful design.

Wide tread ensures stable movement along the girder
Tight structure and strong rigidity minimize sway
Reduces wear on components, increasing long-term reliability

Low profile bridge cranes are designed for practical, everyday use.

Supports frequent lifting tasks in workshops and warehouses
Easy to operate with pendant or remote control options
Adaptable to different load sizes and industrial processes

These cranes are built to last and keep workers safe.

Stable performance under repeated cycles
High safety standards for both hoist and bridge components
Low maintenance due to robust construction

Low profile cranes are priced reasonably, offering a practical choice for budget-conscious workshops.

Good value for daily lifting needs
Reduces factory modification costs compared to standard cranes
Energy-efficient operation keeps running costs low

Production Features of Low Profile Bridge Crane

The LDP series of low profile bridge cranes are engineered for smooth, stable, and safe operation. These features focus on reducing wear, improving reliability, and maximizing performance in low ceiling workshops or limited-height facilities.

Incorporating a counterweight keeps the center of gravity of the side-mounted trolley body close to the main girder.

Prevents imbalance toward the cross-arm ends
Reduces wear between trolley and crane components
Improves long-term reliability of the low headroom hoist crane

A roller at the bottom of the main beam assembly improves stability for the side-mounted trolley.

Eliminates unstable fixing of the trolley body
Reduces deviation from the track
Ensures smooth and predictable movement along the crane span

Side rollers minimize contact friction between the trolley and main beam.

Reduces wear on both trolley and girder sides
Improves efficiency and lifespan of low headroom cranes
Enhances smooth operation even with frequent lifting cycles

The crane is easy to operate, even in workshops with limited space.

Stable movement for low ceiling applications
Low labor intensity for operators
Reliable performance over repeated use

Designed and manufactured according to GB/T 3811-2008 and JB/T 1306-2008 standards.

Ensures safe and reliable operation
Compliant with industrial lifting and crane safety regulations
Trusted quality for low headroom hoist crane applications

The crane comes with a dual-speed motor that can switch between CD1 and MD1 modes.

Allows flexible lifting and positioning speeds
Adjustable to match your load type and workshop needs
Improves productivity and reduces wear on mechanical parts

Crane operation can be adapted to your facility and workflow.

Control options include ground control, remote control, or both
Non-standard or customized designs are available for unique setups
Span length and lifting height fully customizable for your workshop
Optimized for low ceiling spaces and varied industrial loads

Video of LDP Headroom Overhead Crane 10 Ton

10 ton single girder low profile bridge crane for use in workshop and warehouse

Headroom Measurement Guidance

Selecting the right low headroom overhead crane isn't just about picking the heaviest capacity. If you get the details wrong, it can cause installation headaches or reduce efficiency. Here's a practical guide to help you choose.

Headroom is the most important factor when selecting a low headroom overhead crane. If it's measured incorrectly, your crane may not fit properly, lifting height will be reduced, and the operation could become unsafe or inefficient. Getting this right at the start saves time, money, and headaches later.

Start by measuring the distance from the bottom of your runway beam down to the floor level. This gives the total vertical space for the crane.

Use a tape measure or laser tool for accuracy.
Take multiple measurements along the span, as floors can have slopes or variations.
Record the lowest measurement—that's your real limiting height.

Look for objects that reduce usable height; even small obstructions can block the hook or trolley.

Lighting fixtures hanging from the ceiling
Pipes, ducts, or sprinkler systems
Overhead cables or conduits
Ventilation systems or crane rails in multi-level setups

Subtract these from the total vertical height. The remainder is the true headroom available for the crane.

Measuring the crane girder alone isn't enough—you must account for the hook and lifting attachments.

Measure from the floor to the maximum lift height you require.
Add a safety margin for load swing or future adjustments (100–300 mm recommended).
Consider attachments like hooks, lifting beams, or grabs.

This ensures the crane can reach maximum lift without hitting ceilings or obstacles.

Workshops evolve over time, so plan for taller loads or new equipment.

Leave extra headroom if taller equipment may be introduced.
Consider adjustable trolley heights for multiple load types.
If expansion is possible, plan span and hook height to accommodate larger loads.

Accurate headroom measurement ensures your low headroom crane operates safely and efficiently.

Maximizes usable lifting height in limited spaces.
Reduces risk of collisions or damage.
Ensures smooth operation and longer service life.
Improves safety for operators and nearby workers.

FAQ – LDP Low Headroom Single Girder Crane with Aside Hoist

These FAQs address practical concerns of buyers considering low headroom cranes, low ceiling cranes, or low headroom hoist cranes, including workshop conditions, typical loads, and purchasing considerations.

A low headroom crane is an overhead crane designed to maximize lifting height in workshops with limited vertical space.

The low headroom hoist crane positions the hoist closer to the girder, saving space.
Perfect for older workshops, low-rise factories, or warehouses with limited ceiling height.
Allows lifting machinery, steel parts, pallets, or other typical loads without building modifications.

It provides higher hook height in restricted spaces while maintaining lifting capacity.

The aside hoist allows flexible load positioning along the girder.
Compact girder design makes it ideal for low ceiling industrial workshops.
Efficient operation without compromising safety or reliability.

Yes, it is suitable for light to medium loads in machining, manufacturing, and assembly shops.

Lifts machinery, molds, tools, steel plates, and palletized materials.
The aside hoist helps with long or uneven loads that need precise positioning.
Widely used in automotive assembly, small steel fabrication, and low ceiling production lines.

Measure the distance from the runway beam to the floor and check the required hook height.

Subtract obstacles like lighting, pipes, or ducts to get usable vertical space.
Include lifting attachments such as hooks, beams, or grabs.
Plan for future taller loads to avoid restricting operations.

Yes, it can be customized for semi-outdoor or outdoor conditions.

Weatherproof hoist covers and corrosion-resistant materials are available.
Electrical systems can be adapted for higher humidity or coastal environments.
Ideal for low ceiling sheds, semi-covered yards, or light outdoor lifting areas.

Options include pendant, remote, or cabin control.

Pendant control is cost-effective and easy for small spans.
Remote control keeps operators clear of moving loads.
Cabin control may be used for larger spans or high-frequency operation.

Base it on the heaviest load you lift and the full coverage area required.

Include the weight of hooks, beams, or lifting attachments.
Span should cover the workspace without blind spots.
Consider duty cycle for efficient and safe operation.

Yes, many low headroom single girder cranes offer variable or dual-speed options.

Variable frequency drives (VFD) allow smooth acceleration and deceleration.
Reduces load sway and mechanical wear, improving safety and energy efficiency.

Regular inspections and lubrication are usually sufficient for safe long-term use.

Check the hoist, trolley, and girder periodically.
Inspect brakes, limit switches, and electrical connections.
Proper maintenance ensures smooth operation and reduces downtime.

Prices vary depending on lifting capacity, span, lifting height, and optional features.

Smaller, light-duty cranes are more affordable.
Higher capacities, longer spans, or outdoor adaptations increase the price.
Request a customized quote for an accurate price estimate.

Yes, low headroom cranes are designed to fit most existing spaces.

Requires level runway beams with adequate strength.
Usually doesn't need ceiling modifications or floor reinforcement if duty class matches loads.
Minimal downtime during installation compared to full building changes.

It allows off-center lifting for better flexibility and easier handling of irregular loads.

Ideal for long or uneven materials, molds, or machinery components.
Reduces the need to reposition the crane frequently.
Commonly used in low ceiling manufacturing, machining shops, and automotive assembly lines.