HOT PRODUCTS

LDZ Electric Single Girder Crane

fWBwZyNjC.webp
fWBwBuVyd.webp
fWBwO7gNa.webp
fWBwee5wo.webp
fWNYnsA5B.webp
fWNYxENxv.webp
fWNY8wbfl.webp
fWNYjSDpw.webp
fWBwZyNjC.webp
fWBwBuVyd.webp
fWBwO7gNa.webp
fWBwee5wo.webp
fWNYnsA5B.webp
fWNYxENxv.webp
fWNY8wbfl.webp
fWNYjSDpw.webp
Authentication mark:
ccc
ce
ABS
11
12
This crane is mainly used in light manufacturing workshops, warehouses, machining shops, assembly lines, and maintenance areas.
Capacity:
1 t – 20 t customizable
Lifting Height:
6 m – 18 m (customizable based on building clearance)
Span:
7.5 m – 22.5 m customizable
Voltage/Hertz:
3 Phase 380V 50hz
Working Class:
A3, A4, A5 (Light to medium duty)
Get A Free Quote quote

Introduction

Application Scenario

Advantages

Structural Diagram And Parameter Table

INTRODUCTION

What is this?

The LDZ electric single girder crane is a cost-effective overhead lifting solution featuring a single main beam structure with an electric wire rope hoist or CD/MD electric hoist. The hoist travels along the bottom flange of the I-beam or box-section girder, achieving precise lifting and handling of light to medium loads such as machinery parts, raw materials, finished goods, tools, and assembled components. Designed with a compact structure and lower headroom requirement, this crane is ideal for workshops with standard building height where budget and efficiency are key considerations. If you need a reliable, economical overhead crane for daily lifting tasks under 20 tons, this product is designed for you.

Why choose an LDZ single girder crane over a double girder crane?

Compared to double girder overhead cranes, the LDZ single girder solution offers four core advantages:

First, lower investment cost – simplified single beam structure reduces manufacturing cost by 30%-40%, making it the most economical choice for light to medium lifting applications.

Second, faster installation – lighter self-weight with simpler rail requirements, installation and commissioning completed within 5-7 days, saving valuable production time.

Third, greater headroom – the single girder with bottom-running hoist occupies less overhead space, providing higher effective lifting height under the same building clearance.

Fourth, easier maintenance – fewer moving parts, fewer failure points, and modular hoist design result in lower daily maintenance costs and reduced downtime.

Get reliable overhead lifting with the most economical investment.

What can we do for you?

We understand that every customer has different building structures, different capacity requirements, and different working areas. Therefore, we offer flexible customization options: lifting capacity from 1 ton to 20 tons; span from 7.5 meters to 22.5 meters; hoist types of CD electric hoist (single speed) or MD electric hoist (dual speed); control options of pendant, remote radio, or cabin; VVVF speed control optional for smooth start/stop. Whether your workshop is for machining, assembly, warehousing, or maintenance, we can match the most suitable span and lifting height to maximize your operational efficiency.

Unsure? Don't know?

Not sure what lifting capacity suits your daily workload? Don't know what span fits your workshop width? No problem. Just tell us: your building clearance height, your workshop span, and the maximum weight of the objects to be lifted. Our engineers will provide you with an accurate quote and CAD drawings within 24 hours. Click the button below or contact us via WhatsApp/email to get your customized solution.

💡 Tip: We offer free selection consulting. Even if you are unsure about specific parameters, feel free to describe your workshop structure and handling needs, and we will calculate for you.

APPLICATION SCENARIO

[1] Light Manufacturing Workshops – Handling raw materials, semi-finished products, tools, and assembled components in plastics, electronics, textiles, and general manufacturing industries.

[2] Warehouses and Distribution Centers – Loading/unloading goods from trucks, moving pallets and cartons to storage racks, and efficient order picking operations.

[3] Machining Shops – Lifting workpieces, engine blocks, gearboxes, castings, and machine parts between lathes, mills, grinders, and other equipment.

[4] Assembly Lines – Moving components, motors, pumps, subassemblies, and finished products along the production line for efficient assembly processes.

[5] Maintenance Workshops – Servicing equipment parts, motors, pumps, gearboxes, and heavy tools in plant maintenance areas.

[6] Metalworking Shops – Handling steel bars, plates, pipes, welded structures, and fabricated components in fabrication and metalworking facilities.

ADVANTAGES

[1] Cost-Effective Design – Single girder structure reduces overall cost by 30%-40% compared to double girder cranes.

[2] Compact Headroom – Bottom-running hoist design maximizes lifting height under limited building clearance.

[3] Fast Installation – Lightweight structure with simple rail requirements allows quick installation, typically 5-7 days.

[4] Easy Maintenance – Modular hoist design with standard components allows quick replacement and simple daily inspection.

[5] Flexible Control Options – Available with pendant control, remote radio control, or cabin control for operator convenience.

[6] Smooth Operation – Optional VVVF frequency control provides smooth start/stop and accurate load positioning.

STRUCTURAL DIAGRAM AND PARAMETER TABLE

Parameter Specification
Working Class A3, A4, A5
Capacity 1 t – 20 t
Span 7.5 m – 22.5 m
Lifting Height 6 m – 18 m
Lifting Speed 4 – 12 m/min
Trolley Travelling Speed 20 – 35 m/min
Crane Travelling Speed 20 – 45 m/min
Control Method Pendant control / Remote radio control / Cabin control
Power Supply 380V / 50Hz / 3-phase
Temperature -20°C to +50°C
Hoist Type CD electric hoist (single speed) / MD electric hoist (dual speed)
Girder Type Single girder – I-beam or box-section with bottom-running electric hoist