G.I CABLE TRAY

G.I CABLE TRAY Specification

Max. Working Load
2500

Conductor Material
Aluminum

Surface Finish
GI Galvanized

Product Type
Ladder Tray

Power Rating
5

Standard Thickness
1.6 Millimeter (mm)

Length
50 Millimeter (mm)

Width
25 Millimeter (mm)

Side Rail Height
5 Millimeter (mm)

Weight
5 Kilograms (kg)

Dimension (L*W*H)
5 Millimeter (mm)

Rated Voltage
25 Milliamperes (mA)

Usage & Applications
BOX

Cable Type
BOX

Color
Colorless

Operating Temperature
2500 Planck temperature ()

Warranty
1

Display Type
BOX

Phase
BOX

Material
GI

Frequency
21000 Megahertz (MHZ)

Rated Current
2500 Teraampere (TA)

Features
BOX

Conductor
GI

G.I CABLE TRAY Trade Information

Minimum Order Quantity
1 Piece

Delivery Time
1 Days

About G.I CABLE TRAY

A GI Ladder Type Cable Tray is a robust and open cable management system used to support and organize electrical cables and wiring, primarily in commercial and industrial environments.¹

The key features and descriptions are derived from its name:

1. Material: GI (Galvanized Iron)²

GI stands for Galvanized Iron or Galvanized Steel.³ This means the base metal is coated with a protective layer of zinc.⁴
Purpose of Galvanization: The zinc coating is crucial as it acts as a sacrificial anode, providing excellent corrosion resistance against moisture, rust, and harsh environmental factors.⁵ This makes the tray suitable for both indoor and outdoor installations, including heavy-duty industrial settings.⁶
- Finish Types: Common galvanization methods include Pre-galvanized (or GI) and Hot-Dip Galvanized (HDG), with the latter offering a thicker, more durable coating for harsher conditions.⁷

2. Design: Ladder Type

The trays structure resembles a ladder, consisting of two parallel side rails (or stringers) connected by horizontal rungs (or cross members) at regular intervals (typically 250 mm or 300 mm apart).⁸
Benefits of the Ladder Design:
- High Load Capacity: The structural design with rungs makes it exceptionally strong, ideal for supporting heavy-duty power cables and large bundles of wiring.⁹
- Excellent Ventilation: The open structure provides maximum airflow, which helps dissipate heat from the cables, preventing overheating and extending their lifespan.¹⁰
- Easy Accessibility: The open bottom allows cables to enter or exit the tray easily at any point, simplifying installation, inspection, and maintenance.¹¹

3. Application and Use

GI Ladder Cable Trays are primarily used for routing high-voltage and heavy power distribution cables in large-scale settings where strength, load capacity, and ventilation are paramount.¹²
Typical Locations:
- Industrial facilities (factories, manufacturing plants, warehouses).¹³
- Power plants and electrical substations.¹⁴
- Oil & gas and petrochemical facilities.¹⁵
- Infrastructure projects (airports, tunnels, high-rise buildings).

Summary of Key Characteristics

Feature	Description	Benefit
Material	Galvanized Iron/Steel (Zinc Coated)	Corrosion resistance and durability.
Design	Two side rails connected by rungs	Resembles a ladder; high strength and rigidity.
Load	Heavy-duty	Ideal for large, heavy power cables.
Airflow	Excellent	Maximizes heat dissipation from cables.

Engineered for Durability and Versatility

Designed using premium GI steel, the cable tray safeguards cables while ensuring structural rigidity against heavy loads. Its corrosion-resistant galvanized surface enables it to withstand harsh industrial and commercial environments, offering a dependable solution for cable organization and protection.

Tailored for Safe and Efficient Cable Management

Precision in engineering allows for efficient organization of power and signal cables, minimizing electrical hazards and downtime. The standard size makes it easy to fit in compact spaces. Its rating for high frequency and current further underlines its suitability for advanced electrical applications.

FAQs of G.I CABLE TRAY:

Q: How does the galvanized finish benefit the cable tray?

A: The GI galvanized finish protects the cable tray from rust and corrosion, significantly extending its lifespan and making it suitable for both indoor and demanding outdoor environments.

Q: What is the recommended process for installing the G.I cable tray?

A: To install the G.I cable tray, securely mount it using appropriate brackets and fasteners, ensuring a stable alignment. Connectors may be used to join multiple tray sections, and cables should be evenly distributed within the tray to avoid overloading.

Q: Where can this cable tray be effectively used?

A: This cable tray is ideal for electrical cable management in industrial facilities, commercial buildings, and infrastructure projects, thanks to its durable construction and high load capacity.

Q: What materials are used in the construction of this tray?

A: The tray itself is made from galvanized steel (GI), with conductor options including both GI and aluminum, ensuring excellent mechanical strength and electrical conductivity.

Q: When should I consider using this cable tray in my project?

A: Choose this cable tray for projects requiring compact cable routing, excellent corrosion resistance, and support for high frequency and current applications, especially where reliability and safety are paramount.

Q: How does the IP5 rating influence its performance?

A: An IP5 rating means the tray provides good protection against dust ingress, which helps maintain the integrity of cables and connections housed within, reducing maintenance concerns.

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