Lifting spreader beam (for reference)
Spreader beam are mainly used for dock loading and unloading, can be directly attached to the use of upper frames or head blocks.
20 feet/40 feet container spreader is designed for the handling of 20feet/40feet ISO container with single or double hook cranes, in ports or on vessels. The twistlocks are activated by landing and lifting the spread, from the container by the crane operator. No hydraulic or elecctric systems are needed.
|Model||Lifting spreader beam|
|Rated lifting load||20-70 T|
|Surface Treatment of structures|
|Pre-treatment of steel||Blasting, protective painting|
|Painting of structure||Two coats of Epoxy zinc-rich primer,
One coat of middle
Two coats of chlorinated rubber facings
Min. film thickness in microns: 220
|For operation with ISO standard 20’/40′ containers|
|Rated lifting load||35t/40t|
|Allowable load eccentricity||±10%|
|Twistlock mode||ISO floating twist lock, driven by a automatic spring|
|Flipper device||No power, fixed flipper|
|Application||Portal crane, gantry crane, crane in plant|
Port Cargo Lifting Beam Technical Parameters
|For Operation With ISO Standard 20′ Container||For Operation With ISO Standard 40′ Container|
|Rated Lifting Load||35t||Rated Lifting Load||40t|
|Allowable Load Eccentricity||10%||Allowable Load Eccentricity||10%|
|Spring Stroke||100mm||Spring Stroke||100mm|
|Ambient Temperature||-20ºC~ +45ºC||Ambient Temperature||-20ºC~ +45ºC|
|Twist lock Mode||ISO Floating Twist lock, Driven by a Automatic Spring||Twist lock Mode||ISO Floating Twist lock, Driven by a Automatic Spring|
|Flippers Device||No Power, Fixed Flippers||Flippers Device||No Power, Fixed Flippers|
|Application||Portal Crane, Gantry Crane, Crane in the Plant||Application||Portal Crane, Gantry Crane, Crane in the Plant|
Container Cargo Lifting Beam Technical Parameters
|Table Size (mm)||Length(L)||2000||4000||5500||6500||10000|
|Rail Inner Gauge(mm)||1200||1435||1435||200||2000|
|Wheel Diameter (mm)||270||350||500||600||600|
|Running Speed (m/min)||0-25||0-20||0-20||0-20||0-18|
|Running Time When Full Load||4.32||4||3.3||3.2||2.9|
|Running Distance for One Charge(km)||6.5||4.8||4||3.8||3.2|
The horizontal lifting beam series is a versatile lifting tool designed to facilitate the lifting and moving of heavy loads in a variety of industries. The lifting beam is made of high-strength steel and is available in various lengths and capacities to suit different lifting needs. The beam is designed to distribute the load evenly across its length, minimizing stress concentration and reducing the risk of damage to the load or lifting equipment.
The horizontal lifting beam series features adjustable lifting points that can be positioned along the length of the beam, allowing for precise attachment to the load. The lifting points are fitted with shackles or hooks that can be connected to the lifting equipment, such as cranes, hoists, or forklifts.
The lifting beam is also equipped with lifting lugs or handles that can be used for manual lifting or positioning of the load. The beam can be used for both horizontal and vertical lifting applications, making it a versatile and cost-effective lifting solution.
The horizontal lifting beam series is designed to meet or exceed industry standards for safety and performance, and it is tested and certified to ensure its reliability and durability. It is essential to follow best practices for its safe and efficient use, including regular inspection and maintenance to ensure that it is in good condition and free from defects.
In conclusion, the horizontal lifting beam series is a reliable and versatile lifting tool that is suitable for a wide range of applications. Its high-strength construction, adjustable lifting points, and dual lifting capabilities make it an ideal choice for lifting and moving heavy loads safely and efficiently.
The horizontal lifting beam series refers to a range of lifting beams specifically designed for horizontal lifting operations. These beams are commonly used in industries such as construction, manufacturing, logistics, and material handling to facilitate safe and efficient lifting of heavy loads in a horizontal direction.
Key Features of Horizontal Lifting Beam Series:
- Design and Construction: Horizontal lifting beams are typically constructed from high-strength steel or alloy materials to ensure robustness and durability. They are designed with a specific weight capacity and configuration to handle different load sizes and shapes.
- Load Distribution: The design of horizontal lifting beams focuses on distributing the load evenly across the beam’s length to prevent stress concentrations and ensure balanced lifting. This feature helps to maintain load stability and reduce the risk of accidents or damage during horizontal lifting operations.
- Versatile Attachment Points: Horizontal lifting beams are equipped with multiple attachment points, such as lifting lugs, shackles, or hooks, to secure the load and connect to lifting equipment such as cranes or hoists. These attachment points are strategically positioned to optimize load control and balance.
- Adjustable Span: Some horizontal lifting beams offer adjustable span capabilities, allowing the beam to accommodate various load widths. This adjustability provides flexibility and versatility when lifting loads of different sizes, eliminating the need for multiple lifting beams.
- Safety Features: Horizontal lifting beams often include safety features such as load-rated shackles, safety latches, or locking mechanisms to ensure secure load attachment and prevent accidental disengagement during lifting operations. Additionally, they may be equipped with anti-slip surfaces or padding to enhance load stability and protect the load from damage.
- Compliance and Certification: Horizontal lifting beams are designed and manufactured in compliance with relevant industry standards and regulations, such as ASME B30.20 and EN 13155. They are tested and certified to meet specific weight capacity and safety requirements, providing assurance of their reliability and performance.
- Customization Options: Manufacturers of horizontal lifting beams may offer customization options to tailor the beam’s specifications to meet specific application needs. This can include modifications to the length, attachment points, or additional features based on customer requirements.
When selecting a horizontal lifting beam, it is essential to consider factors such as the maximum weight capacity, load dimensions, operating environment, and compatibility with lifting equipment. Adhering to recommended safety guidelines, regular inspections, and maintenance of the lifting beam is crucial to ensure safe and efficient horizontal lifting operations.
The horizontal lifting beam series provides a reliable solution for lifting heavy loads horizontally, enabling efficient material handling and increased productivity across various industries.