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Cable tray systems are metal infrastructure systems used to carry power, control, automation, data and low-voltage cables safely, systematically and accessibly in factories and industrial facilities. They protect cables from mechanical effects, simplify maintenance access and support controlled management of electrical infrastructure.
Each system is engineered specifically according to cable type, total weight, fill ratio, route, support spacing, environmental conditions, fire penetrations and future capacity requirements.
A cable tray is a modular metal carrying system that supports and protects electrical and automation cables along horizontal or vertical routes.
Depending on project requirements, the system may include:
Keep power, control and communication cables on fixed routes and reduce crushing, cutting and sagging risks.
Allow cable groups to be separated according to function and voltage level.
Accessible routes make inspection, additional cable installation and fault detection faster.
Perforated and ladder-type systems allow airflow and help limit heat accumulation.
Tray systems designed with spare capacity can be extended when the facility grows.
Help prevent cables from being left loosely on floors, machinery and access routes.
Versatile systems used for light- and medium-density power, control and data cables.
Preferred for heavy power cables, long spans and applications requiring high airflow.
Provide fast installation and easy direction changes for data, automation and light cable routes.
Protect cables in areas exposed to dust, liquid splash or mechanical impact.
Secure cables on vertical routes between floors, platforms and machinery levels.
Reinforced for dense cable loads, large conductors, long spans and non-standard routes.
Each project is evaluated individually according to cable load, route and site conditions.
Cable types, cross-sections, total weight, start-end points, mounting surfaces and existing infrastructure are evaluated.
Tray type, dimensions, support spacing, bends, rises and drops, brackets, anchors and spare capacity are determined.
Sheet metal, profiles, brackets, hangers and custom connection components are cut, drilled, bent and assembled according to project dimensions.
Powder coating, pre-galvanized sheet, hot-dip galvanizing or stainless steel is selected. Dimensions, connections and surface quality are inspected.
Hangers, brackets, trays, route fittings and covers are installed; alignment and connections are completed.
Route continuity, support spacing, connections, maintenance access and site compatibility are checked before handover.
New machinery, capacity increases or higher cable density may make existing systems insufficient. Deformation, corrosion, loose hangers, route sagging and uncontrolled cable additions can also reduce safety.
Following a technical inspection, the following works may be carried out:
Material and coating are selected according to corrosion level, hygiene requirements, outdoor exposure and chemical conditions.
Provides an economical and corrosion-resistant solution for indoor and semi-open industrial areas.
Provides long-term protection in outdoor, humid and highly corrosive environments.
Provides hygiene and high corrosion resistance for food, chemical, pharmaceutical and wash-down areas.
Can be used for indoor applications requiring corporate colors or visual separation.
Used for brackets, hangers, stands and main support structures with sections selected according to load calculations.
Fittings, dividers, covers, threaded rods, brackets, bolts and earthing components can be included.
Projects are not limited to standard cable-tray dimensions; they are prepared according to actual cable load, route, supporting structure, environmental conditions and future capacity requirements.
Site survey, technical design, steel fabrication, surface treatment and site installation are managed within a single process. Repair, reinforcement, route addition and capacity increase can also be carried out on existing systems.
It carries power, control, data and automation cables along safe, organized and accessible routes.
Standard sizes may be available, but routes, bends, hangers, brackets and custom parts are prepared according to the project.
Cable ladders or reinforced heavy-duty trays are generally preferred for heavy and large-section cables.
Yes. Hot-dip galvanized steel, stainless steel or project-specific protective coatings can be used.
Yes. New routes, trays, brackets and connection parts can be added after a suitability assessment.
Electrical continuity and earthing requirements for metal systems should be evaluated according to the electrical design and applicable standards.
Technical assessment and project engineering can be provided for a cable tray system suited to your cable density, route and facility conditions.
You can request a quotation for a new installation, modification of an existing route or capacity increase by sharing your project information.
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