Cable Tray

Durable Cable Tray Systems

Cable trays are essential for managing and supporting electrical and data cables in commercial and industrial environments. These systems are designed to offer strength, easy installation, and long-term reliability across various applications.

Core Features of Bonn Metals Cable Trays

• Premium Construction: Made from galvanized steel, stainless steel, or aluminum, these trays resist corrosion and provide high load-bearing capacity in harsh conditions.
• Available Types: Options include ladder cable trays for heavy-duty cable runs and perforated trays for improved airflow and lightweight needs.
• Easy Installation: The trays feature standardized dimensions and compatible fittings, allowing quick and seamless installation and future maintenance.
• Safety Assurance: Designed to follow international standards, these trays offer structured cable routing that helps prevent overheating and reduce risks of electrical faults.
• Versatile Applications: Suitable for use in data centers, industrial plants, commercial buildings, and energy facilities. Designed for both indoor and outdoor installations.
• Complete Accessory Range: A full set of accessories including bends, junction boxes, and reducers enables customized layout and flexibility in every project.

Reliable Performance for Modern Infrastructure

Our cable tray systems support efficient and safe cable routing while improving the overall organization of electrical installations. They are built to handle the evolving requirements of infrastructure across multiple sectors.

Accessories for Cable Tray:

1. 90 Degree Bend

   

   A 90-degree bend in cable trays serves a crucial role in electrical and data management systems by facilitating changes in direction for routed cables. These bends are engineered with precision and durability to ensure efficient cable routing while maintaining the integrity and organization of the wiring infrastructure.

   Key features and considerations regarding the 90-degree bends in cable trays include:

   • Material and Construction: The bends are typically manufactured from the same high-quality materials as the cable trays themselves, such as galvanized steel, stainless steel, or aluminum. These materials offer strength, corrosion resistance, and longevity, ensuring reliable performance in various environmental conditions.
   • Design: Our 90-degree bends are designed to seamlessly integrate with their cable tray systems. They feature precise dimensions and standardized fittings that allow for straightforward installation and compatibility with other components of the tray system.
   • Functionality: The primary function of the 90-degree bend is to facilitate a smooth change in direction for cables within the tray system. This helps in efficiently routing cables around corners or obstacles while maintaining a neat and organized wiring layout.
   • Compatibility: Bends are designed to be compatible with a range of accessories and fittings, such as straight sections, reducers, tees, and junction boxes. This compatibility allows for flexible configurations and adaptations to suit specific installation requirements and project needs.
   • Installation: Installing a 90-degree bend in cable trays involves securely attaching it to the existing tray sections using appropriate connectors or fasteners. Proper installation ensures that the bend maintains structural integrity and supports the weight of the cables without compromising the overall stability of the tray system.
   • Applications: 90-degree bends are utilized in a variety of applications across industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential for efficiently navigating corners and directional changes in complex wiring layouts while adhering to safety and operational standards.

   Overall, Cable trays with 90-degree bends exemplify precision engineering and functionality in managing electrical and data cables. They contribute to the reliability, efficiency, and organization of wiring systems, ensuring seamless operation and maintenance in diverse industrial and commercial environments.

2. Cross

   

   A cross in a cable tray system, plays a pivotal role in enabling organized and efficient cable management within electrical and data infrastructure. This component allows cables to transition smoothly across different directions within the tray system, maintaining the integrity and organization of the wiring layout.

   Here are the key aspects and functionalities of a cross in cable trays:

   • Purpose and Functionality: The primary function of a cross in a cable tray is to facilitate the intersection of cables traveling in perpendicular directions within the tray system. It enables cables to traverse across without the need for separate pathways or additional fittings, thus optimizing space utilization and ensuring a tidy installation.
   • Material and Construction: Like other components of cable trays, crosses are typically constructed from robust materials such as galvanized steel, stainless steel, or aluminum. These materials provide durability, corrosion resistance, and structural integrity, ensuring long-term reliability in various environmental conditions.
   • Design and Compatibility: Our crosses are designed with precision to integrate seamlessly with their cable tray systems. They feature standardized dimensions and fittings that allow for easy installation and compatibility with other components such as straight sections, bends, reducers, and tees. This design flexibility enables versatile configurations to meet specific project requirements.
   • Installation: Installing a cross in a cable tray involves securely attaching it to the existing tray sections using compatible connectors or fasteners. Proper installation ensures that the cross maintains stability and supports the weight of cables crossing through different directions without compromising the overall structural integrity of the tray system.
   • Applications: Crosses in our cable trays find widespread application across industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential for efficiently managing cable routes where cables need to cross each other in a controlled and organized manner, minimizing the risk of interference or damage.
   • Safety and Compliance: METAR Brand crosses comply with international standards and regulations for electrical installations, ensuring safety and reliability. They are engineered to support proper cable segregation, prevent cable sagging, and facilitate easy access for maintenance and inspection purposes.

   In summary, a cross in cable trays exemplifies precision engineering and functionality in managing the intersection of cables within electrical and data infrastructure. It contributes to efficient cable routing, organization, and space optimization while adhering to stringent safety and operational standards in diverse industrial and commercial environments.

3. TEE

   

   Tee for cable trays is an essential component designed to facilitate branching and distribution of cables in electrical and data management systems. This specialized fitting allows cables to be routed in three directions from a single point, optimizing space utilization and maintaining a neat and organized wiring layout

   Here are the key features and functionalities of the Tee for cable trays:

   • Purpose and Functionality: The primary function of the Tee fitting is to enable cables to branch off in perpendicular directions within the cable tray system. It serves as a junction point where cables can transition smoothly without the need for additional pathways, reducing installation complexity and enhancing cable management efficiency.
   • Material and Construction: Our Tees are typically constructed from durable materials such as galvanized steel, stainless steel, or aluminum. These materials offer strength, corrosion resistance, and longevity, ensuring reliable performance in various environmental conditions and applications.
   • Design and Compatibility: Our Tees are engineered with precision to seamlessly integrate with their cable tray systems. They feature standardized dimensions and fittings that allow for easy installation and compatibility with other components such as straight sections, bends, crosses, and reducers. This design flexibility enables versatile configurations to meet specific project requirements.
   • Installation: Installing a Tee in a cable tray involves securely attaching it to the existing tray sections using compatible connectors or fasteners. Proper installation ensures that the Tee maintains stability and supports the weight of cables branching off in multiple directions without compromising the overall structural integrity of the tray system.
   • Applications: Tees are used in a wide range of applications across industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are particularly useful in scenarios where cables need to be distributed to different areas or equipment from a central point while maintaining efficient cable routing and organization.
   • Safety and Compliance: Our Tees comply with international standards and regulations for electrical installations, ensuring safety and reliability. They are designed to support proper cable segregation, prevent cable sagging, and facilitate easy access for maintenance and inspection purposes.

   In summary, Tee for cable trays exemplifies functionality, durability, and efficiency in managing cable distribution and branching within electrical and data infrastructure. It plays a critical role in optimizing space, maintaining organization, and ensuring reliable cable management in diverse industrial and commercial environments.

4. Riser

   

   The Riser cable trays is a crucial component designed to facilitate vertical cable management within electrical and data infrastructure systems. This specialized fitting allows cables to transition smoothly between different levels or floors while maintaining organization and efficient routing.

   Here are the key features and functionalities of the Riser in METAR Brand cable trays:

   • Purpose and Functionality: The primary function of the Riser is to provide a vertical pathway for cables to move between levels within a building or facility. It allows cables to ascend or descend from one cable tray level to another, minimizing the need for separate vertical conduits or pathways.
   • Material and Construction: Risers are typically constructed from robust materials such as galvanized steel, stainless steel, or aluminum. These materials offer strength, durability, and corrosion resistance, ensuring long-term reliability in various environmental conditions and installations.
   • Design and Compatibility: Risers are designed with precision to integrate seamlessly with their cable tray systems. They feature standardized dimensions and fittings that allow for easy installation and compatibility with other components such as straight sections, bends, crosses, and tees. This design flexibility enables versatile configurations to meet specific project requirements.
   • Installation: Installing a Riser in a cable tray involves securely attaching it to the existing tray sections using compatible connectors or fasteners. Proper installation ensures that the Riser maintains stability and supports the weight of cables transitioning between different levels without compromising the overall structural integrity of the tray system.
   • Applications: Risers find application in various industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential in scenarios where cables need to be routed vertically from one floor to another while maintaining efficient cable management, organization, and safety.
   • Safety and Compliance: Our Risers comply with international standards and regulations for electrical installations, ensuring safety and reliability. They are engineered to support proper cable segregation, prevent cable sagging, and facilitate easy access for maintenance and inspection purposes.

5. Coupler

   

   Couplers in cable trays are essential components designed to connect and extend sections of cable trays, ensuring seamless continuity and structural integrity within electrical and data management systems. These fittings play a crucial role in facilitating efficient cable routing, organization, and maintenance across various industrial and commercial environments.

   Here are the key features and functionalities of couplers in cable trays:

   • Purpose and Functionality: The primary function of couplers is to join two sections of cable trays together, whether they are straight sections, bends, crosses, tees, or risers. This allows for the creation of longer cable tray runs or the extension of existing tray systems without compromising structural stability.
   • Material and Construction: Couplers are typically manufactured from durable materials such as galvanized steel, stainless steel, or aluminum. These materials provide strength, corrosion resistance, and longevity, ensuring reliable performance in various environmental conditions and applications.
   • Design and Compatibility: : Couplers are designed with precision to integrate seamlessly with their cable tray systems. They feature standardized dimensions and fittings that allow for easy installation and compatibility with other components. This design flexibility enables versatile configurations to meet specific project requirements and adapt to different installation scenarios.
   • Types: Couplers may come in various types to accommodate different installation needs. They include straight couplers for connecting straight sections of trays, angle couplers for joining trays at corners, and splice couplers for aligning and connecting tray sections precisely.
   • Installation: Installing couplers in cable trays involves securely attaching them to the ends of tray sections using compatible connectors or fasteners. Proper installation ensures that the couplers maintain stability and support the weight of cables and tray sections, ensuring a robust and secure connection.
   • Applications: Couplers find application across a wide range of industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential in expanding cable tray systems, creating new pathways for cables, and facilitating efficient cable management and organization.
   • Safety and Compliance: Couplers comply with international standards and regulations for electrical installations, ensuring safety and reliability. They are engineered to support proper cable segregation, prevent cable sagging, and facilitate easy access for maintenance and inspection purposes.

   In summary, couplers in cable trays exemplify functionality, durability, and efficiency in extending and connecting cable tray sections within electrical and data infrastructure. They play a critical role in maintaining seamless cable routing, organization, and structural integrity, contributing to optimized space utilization and reliable cable management in diverse industrial and commercial environments.

6. Reducer

   

   A Reducer in cable trays is a specialized component designed to facilitate the transition between cable trays of different sizes or capacities. This essential fitting ensures seamless continuity and efficient cable management within electrical and data infrastructure systems, particularly where varying tray sizes need to be interconnected.

   Here are the key features and functionalities of Reducers in cable trays:

   • Purpose and Functionality: The primary function of a Reducer is to adapt cable trays of larger dimensions to smaller ones or vice versa. This allows for the integration of different tray sizes within the same cable management system, accommodating changes in cable routing requirements while maintaining structural integrity.
   • Material and Construction: Reducers are typically manufactured from durable materials such as galvanized steel, stainless steel, or aluminum. These materials offer strength, corrosion resistance, and longevity, ensuring reliable performance in various environmental conditions and applications.
   • Design and Compatibility: Reducers are designed with precision to seamlessly integrate with METAR cable tray systems. They feature standardized dimensions and fittings that allow for easy installation and compatibility with other components such as straight sections, bends, crosses, tees, and couplers. This design flexibility enables versatile configurations to meet specific project requirements and adapt to different tray sizes.
   • Types: Reducers may come in various types to accommodate different size transitions. They include step-down reducers for transitioning from larger trays to smaller trays and step-up reducers for transitioning from smaller trays to larger trays. Each type ensures a smooth and efficient transition of cables while optimizing space and maintaining cable management efficiency.
   • Installation Installing Reducers in cable trays involves securely attaching them to the ends or intersections of tray sections using compatible connectors or fasteners. Proper installation ensures that the Reducers maintain stability and support the weight of cables and tray sections, ensuring a secure and reliable transition.
   • Applications: Reducers find application across a wide range of industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential in scenarios where cable tray systems of different capacities or sizes need to be interconnected, allowing for efficient cable routing, organization, and space optimization.
   • Safety and Compliance: Reducers in cable trays comply with international standards and regulations for electrical installations, ensuring safety and reliability. They are engineered to support proper cable segregation, prevent cable sagging, and facilitate easy access for maintenance and inspection purposes.

   In summary, Reducers in our cable trays exemplify functionality, durability, and efficiency in adapting cable tray sizes and capacities within electrical and data infrastructure. They play a critical role in maintaining seamless cable routing, organization, and structural integrity, contributing to optimized space utilization and reliable cable management in diverse industrial and commercial environments.

7. Cover

   

   Our cable tray cover is a critical accessory designed to provide protection, safety, and organization within electrical and data management systems. These covers are integral components that ensure cables housed within the tray system are shielded from external elements while maintaining accessibility for maintenance and inspections.

   Here are the key features and functionalities of the METAR Brand cable tray cover:

   • Protection and Safety: The primary purpose of the cable tray cover is to protect cables from physical damage, dust, moisture, and other environmental factors. By securely enclosing the cables within the tray system, the cover helps prevent accidental contact, abrasion, and interference, thereby enhancing the safety and longevity of the electrical installation.
   • Material and Construction: Cable tray covers are typically constructed from robust materials such as galvanized steel, stainless steel, or aluminum. These materials offer durability, corrosion resistance, and structural integrity, ensuring reliable performance in diverse indoor and outdoor environments.
   • Design and Accessibility: The design of cable tray covers incorporates features that facilitate easy access to cables for maintenance and troubleshooting. Some covers are designed with hinges or latches for quick opening and closing, allowing technicians to inspect or modify cables without removing the entire cover.
   • Ventilation and Heat Dissipation: Depending on the design, cable tray covers may feature perforations or ventilation slots. These elements promote airflow within the tray system, helping dissipate heat generated by cables and electronic equipment, which is crucial for maintaining optimal operating conditions.
   • Customization and Compatibility: METAR Brand offers a range of cable tray cover types and sizes to accommodate various tray configurations and installation requirements. Covers can be customized to fit specific dimensions or functionalities, ensuring compatibility with different cable management setups and project specifications.
   • Installation and Maintenance: Installing a cable tray cover involves securely attaching it to the tray system using compatible fittings or fasteners. Proper installation ensures that the cover remains securely in place, providing continuous protection and easy access for routine maintenance tasks.
   • Applications: Covers are widely used across industries including commercial buildings, industrial facilities, data centers, and telecommunications networks. They are essential in ensuring the integrity and reliability of cable management systems, particularly in environments where safety, organization, and accessibility are paramount.
   • Safety and Compliance: Cable tray covers comply with international standards and regulations for electrical installations, ensuring they meet safety requirements and operational standards. They are engineered to withstand environmental conditions and provide reliable performance over the lifetime of the installation.

   Our cable tray cover is designed to deliver reliable protection and organized cable management within electrical and data infrastructure. It helps prevent cable damage, supports easier maintenance and inspections, and enhances overall system safety and performance across a wide range of commercial and industrial environments.