Ladder Type Cable Tray
- Home
- Products
Our Product
Ladder Type Cable Tray
Introduction: The Importance of Cable Management
Introducing our Ladder Cable Trays in two exceptional designs: Rolled Flanged and Embossed Rolled Flange. These cable trays offer superior cable support, enhancing stability and protection. The Rolled Flanged design ensures easy cable routing, while the Embossed Rolled Flange provides anti-slip properties and heightened cable security. Both designs are versatile, fitting various industrial settings, and can be customized for specific needs. With durability, cost-effectiveness, and installer safety at the forefront, our Ladder Cable Trays provide a comprehensive solution for efficient cable management.
Document Detail
Features of the New Model
1. Embossed Design: The embossed design of the cable tray offers various technical benefits.
The embossed pattern not only adds an attractive appearance but also contributes to the structural strength of the tray. This is achieved without significantly increasing its weight. The result is a cable tray that is both strong and lightweight, ideal for a range of applications.
The embossed design features ridges and grooves that help secure the cables in place. This minimizes the risk of cables shifting or becoming disorganized, ensuring a neat and organized cabling system.
The embossing adds rigidity to the tray, making it less prone to bending or flexing, especially when cables are being installed or adjusted. This rigidity is crucial for maintaining the cable tray's integrity.
2. Rolled Flange for Extra Strength: Rolled Flange for Extra Strength.
The rolled flange adds significant strength to the cable tray, enabling it to support heavier loads without deformation. This is particularly advantageous in industrial settings where heavy cables and equipment need to be accommodated.
The extra strength imparted by the rolled flange ensures the cable tray's long-term durability. It can withstand the wear and tear of daily use, reducing the need for frequent replacements and repairs.
The rolled flange reinforces the cable tray's structure, preventing sagging or bending over time. This structural integrity is crucial for maintaining the integrity of the cabling system.
3. No Welding: The absence of welding in the new Ladder cable tray model offers the following advantages.
Welding can introduce structural defects and vulnerabilities in traditional cable trays. By eliminating the need for welding, the new model reduces the risk of such defects, ensuring a more reliable and secure cabling system.
Welding-free construction simplifies the installation process. The modular components of the cable tray fit together seamlessly, reducing labor costs and installation time. This speed and ease of installation can be particularly beneficial in time-sensitive projects.
Welding joints are often susceptible to corrosion, which can compromise the longevity of traditional cable trays. The absence of welding in this model enhances its durability, reducing the need for maintenance and replacements.
XS Series
The rolled flange is a game-changer in cable safety. This ingenious design element acts as a protective barrier, preventing cables from coming into contact with sharp edges. It ensures the integrity of your electrical systems, preventing costly damage and downtime. The cable tray’s Rolled Flange design makes installation safer and more efficient with low-profile, rounded edges, and a smooth surface that reduces the risk of injuries and speeds up the installation process.
What is XS?
- eXtra Strength
- eXtra Stability
- eXtra Safe
eXtra Strength
eXtra Stability
eXtra Safe
Emboflange Series
The Emboflange Ladder cable tray model offers a trifecta of technical benefits that revolutionize cable management. Its rolled flange not only bolsters its load-bearing capacity, making it ideal for heavy-duty applications, but also enhances its overall durability, reducing maintenance costs and ensuring long-term reliability. Meanwhile, the embossed design provides an elegant touch while significantly improving the cable tray’s structural integrity, offering cable security, and increased rigidity. Additionally, the absence of welding eliminates the risk of defects, streamlines installation, and extends the tray’s lifespan, resulting in a versatile, resilient, and cost-effective cable management solution.
What is Emboflange ?
- Extra Strength
- Embossed Excellence
- Rolled Flanged
Extra Strength
Embossed Excellence
Rolled Flanged
Standard Series
The Standard Ladder type Cable Tray is a well-established solution for cable management. Its open design, characterized by parallel bars forming a ladder-like structure, offers excellent ventilation, reducing the risk of cable overheating. This design allows for easy access to cables for maintenance and adjustments. Standard Ladder trays are widely used in various industries due to their simplicity, cost-effectiveness, and adaptability to different environments. They are a reliable choice for routing and supporting cables in a structured and organized manner.
Advantages
Ladder type cable trays offer several advantages over other cable management solutions. Here are some key benefits:
Embossed Design
The embossed pattern enhances structural strength and cable security while adding an elegant touch.
Rolled Flanges
Rolled flanges provide extra strength and durability, ideal for heavy loads and long-term use.
No Welding
The absence of welding eliminates the risk of defects, streamlines installation, and extends the tray's lifespan.
Enhanced Cable Protection
The open rung design of ladder type cable trays allows for proper air circulation, preventing cable overheating. This design also enables easy identification, access, and maintenance of cables.
Technical
The side members of ladder type cable trays are the structural elements that form the sides or the rails of the tray. These members are typically made of metal, such as steel or aluminum, to provide strength and durability. The side members are designed to withstand the weight of the cables and any additional loads imposed on the tray. They also offer support to the rungs and secure the cables in place, preventing them from sagging or falling.
Rungs are the horizontal cross-members that connect the side members of a ladder type cable tray. They create a ladder-like structure, hence the name. Rungs are essential for providing support and maintaining the spacing between the side members. They are also responsible for supporting the weight of the cables and ensuring their stability. Rungs can be either solid bars or perforated to allow for better ventilation and cable visibility.
Rung spacing refers to the distance between each rung in a ladder type cable tray. The spacing can vary depending on the specific requirements of the installation. Smaller rung spacing provides better support and prevents cable sagging, while larger spacing allows for easier cable installation and maintenance. The appropriate rung spacing should be determined based on factors such as the weight and size of the cables, as well as the environmental conditions.
The length of a ladder type cable tray refers to its overall span or the distance between two supporting points. This measurement is crucial for determining the size and positioning of the cable tray within a given space. The length of the cable tray should be carefully planned to accommodate the cables and any necessary bends or turns. It is important to consider factors like cable length, routing requirements, and the available space when determining the length of the tray.
The width of a ladder type cable tray is the dimension that determines the space available for cable routing. It defines the inside clearance between the side members of the tray. The width should be selected based on the number and size of the cables to be installed. Sufficient width is necessary to ensure proper cable spacing and to accommodate future cable additions or modifications. It is essential to consider the cable diameter and any necessary clearance when determining the width of the tray.
The overall width of a ladder type cable tray includes the width of the side members and the additional space required for cable routing. It is the total width of the tray, including any accessories or fittings. The overall width is crucial for assessing the compatibility of the cable tray with the available space and ensuring proper installation. It is essential to consider any clearance requirements and potential obstacles when determining the overall width of the tray.
Ladder type cable trays are integral to efficient cable management in electrical and data communication installations. Understanding their technical details is essential for selecting the appropriate tray for a specific application. In this article, we explored the side members, rungs, rung spacing, length, width, and overall width of ladder type cable trays. By considering these specifications, one can make informed decisions regarding cable tray selection, ensuring safe and organized cable routing.
The load capacity of ladder type cable trays varies depending on factors such as tray size, material, and configuration. It is important to consult the manufacturer's specifications for accurate load capacity information.
Yes, ladder type cable trays can be used outdoors. However, the choice of material and coating should consider the environmental conditions and the level of corrosion protection required.
Ladder type cable trays themselves are not inherently fire-resistant. However, they can be combined with fire-resistant coatings or accessories to enhance their fire protection capabilities. Always adhere to local fire safety regulations and consult with fire protection experts to ensure compliance and safety.
Yes, ladder type cable trays can be customized to meet specific project needs. Customization options may include tray size, material, finishes, and additional accessories. Contact your cable tray supplier or manufacturer to discuss your customization requirements.
Ladder type cable trays are widely used in various industries and applications, including power plants, manufacturing facilities, data centers, commercial buildings, hospitals, transportation systems, and telecommunications infrastructure. They provide efficient cable management solutions for both indoor and outdoor installations.