Heavy-Capacity-6-Meter-Lifting-Traveling-Cranes

• Customization: Available
• Certification: CE, ISO9001
• Condition: New
• Model NO.: BLC-300
• Maximum Lifting Weight: >200t
• Maximum Lifting Height: >40m
• Operation Form: Remote Control
• Lifting Mechanism: Electric Winch Trolley
• Lifting Speed: on Request
• Power Source: Local Actual Condition
• Color: Optional
• Maximum Longitudinal Slope: 5%
• Maximum Transverse Slope: 4%
• Application: Bridge Construction
• After Warranty Service: Accessories Sending
• After-sales Service Provided: Overseas Installation Services
• Transport Package: Container Loading
• Specification: Standard Packing
• Trademark: Huasui
• Origin: Henan, China
• HS Code: 8426193000
• Production Capacity: 5000pieces/Year
• Package Size: 24000.00cm * 8000.00cm * 800.00cm
• Package Gross Weight: 120000.000kg

Product Description

Product Description

Bridge Girder Launcher

Bridge Girder Launcher also known as a beam launcher or girder launcher, is a specialized crane used to lift, position, and install huge precast concrete or steel girders during bridge and road building. This heavy-duty equipment is essential for assembling bridge spans because it allows for exact positioning of girders over piers. Bridge girder erection cranes are widely used in highway, railway, and overpass construction, and they are critical for projects requiring great precision, efficiency, and safety while handling enormous structural components.

Product Features

Bridge Girder Launcher Features

High Lifting Capacity and Span
Bridge girder erection cranes are designed to handle extremely massive and heavy girders, weighing anywhere from 100 to over 1000 tons. They can also support broad spans between piers, making them ideal for large-scale bridge projects.

Segmental Lifting Mechanism
Equipped with dual lifting mechanisms that allow for precise lifting and placement of long bridge girders in segments, ensuring stability and reducing structural stress during the erection process.

Multiple Operation Modes
A range of operating modes are available, including front, rear, and side beam placement, allowing for flexible girder positioning to fulfill the special requirements of complicated bridge building layouts.

Self-Propelled Structure
The crane is frequently mounted on a self-propelled gantry system, which allows it to move along the bridge structure, reposition itself, and install several girders without requiring further transportation or setup.

Advanced Control Systems
Integrated with cutting-edge control systems, including remote and automatic control capabilities. These technologies let operators to precisely adjust movements and positions, which improves girder placement accuracy.

Modular Design
Huasui bridge girder erection cranes are designed with a modular structure that allows for simple assembly, disassembly, and transit between project sites, making them an economical choice for many projects.

Main Parts

Beam Laucher Structure

Lifting Trolley

The main girder of the bridge girder erection crane is a large horizontal beam that forms the backbone of the crane. It is built from reinforced steel, the main girder can withstand enormous loads and the stress of lifting and moving heavy bridge segments.

It contains dual hoists that lift each side of the girder for a balanced, stable lift. These hoists are built for the precise control necessary to safely install long, heavy girders. It moves smoothly along the main beam, providing precise positioning of the load.

Winch System

Gantry Structure

This system is responsible for lifting and lowering the girders using steel cables or ropes. It works in tandem with the hydraulic system to generate the required lifting force. These winches are designed to carry the weight of extremely heavy girders, ensuring safe lifting operations. The winch system includes load sensors to prevent overloads and improve lifting safety.

This framework holds the main girder in place above the construction site and is equipped with wheels or tracks that allow the crane to move along the bridge span. The Telescopic Legs support legs can be modified to different heights according on the site's requirements and the bridge's design, allowing the crane to handle bridges of various elevations.

Hydraulic System

Safety System

The hydraulic system drives the crane's movement operations and provides the force required to raise large bridge girders. This mechanism is placed in crucial places and allows for smooth, regulated, and strong movements. This hydraulic system enables for fine adjustments, which are essential for safe and correct girder positioning during installation.

A range of safety features are installed to ensure safe operation during heavy lifting jobs. The overload protection system protects the crane from lifting over its maximum capacity, lowering the danger of equipment failure or accidents. This technique keeps the weight stable during lifting and transit, reducing sway that could cause damage to the girder or nearby structures.

Specification

Bridge Girder Launcher Basic Parameters
Lifting Capacity	ton	160	140	120	100	80
Span	m	50	40	40	35	30
Crane Moving Speed	m/min	2.7	2.7	2.7	2.7	2.7
Trolley Moving Speed	m/min	4.5	4.5	4.5	4.5	4.5
Trolley lifting Speed	m/min	0.8	0.8	0.8	0.8	0.8
Girder-carrying speed of rear part	m/min	0-9	0-9	0-9	0-9	0-9
Skew Bridge Angle	Degree	45	45	45	45	45
Applicable curve radius	m	R350	R300	R300	R300	R300
Power	KW	96	96	96	96	96

Product Application

Highway Bridge Construction

Railway & Metro Line Projects

Segmental Bridge Construction

Company Information

Packing & Delivery

FAQ

Henan Huasui Heavy industry Machinery Equipment Co.Ltd. FAQ

1. What types of cranes do you offer?
As a manufacturer with over 20 years' experience, Huasui provide a range of cranes, including gantry cranes, overhead cranes, RTG cranes, jib cranes, and customized lifting solutions tailored to specific industry needs, such as for steel, precast concrete, and container handling.

2. How do I know which crane is suitable for my project?
Our team of experts is here to help! By understanding your lifting capacity requirements, operational environment, and usage frequency, we can recommend the ideal crane solution for your project. Contact us for a free consultation.

3. How to choose the right crane?
The following factors need to be considered when choosing a crane: Load capacity, Lifting height, Working environment, Frequency of operation.

4. What maintenance services do you offer?
We offer comprehensive maintenance plans, including preventive maintenance, inspection, repair, and spare parts replacement, to keep your crane running efficiently and safely. Our service team is available for scheduled and emergency support.

5. Are your cranes compliant with international safety standards?
Absolutely. Our cranes are manufactured in compliance with major international standards such as ISO, EN, and GB/T. Additionally, we ensure that each crane undergoes rigorous testing and inspection before delivery.

6. What are your delivery and installation timelines?
Delivery and installation timelines vary based on the type and customization of the crane. Generally, standard cranes can be delivered within 6-8 weeks, while customized solutions may require additional time. We aim to provide accurate timelines upfront to ensure smooth project planning.

7. Do you offer installation services?
Yes, we provide comprehensive training programs for crane operators, including safety training, maintenance guidelines, and operational best practices to ensure your team is fully prepared to operate the crane safely and efficiently.