NVENT HOFFMAN CTS66PCSS Cross Perforated 6x6

NVENT HOFFMAN CTS66PCSS Cross Perforated 6×6

nVent HOFFMAN CTS66PCSS stainless steel perforated cross cable tray section designed for flexible cable routing and distribution systems.

SKU: CTS66PCSSMPN: CTS66PCSS
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Why Choose the nVent HOFFMAN CTS66PCSS Perforated Cross Section?

The nVent HOFFMAN CTS66PCSS is a durable perforated cross cable tray section designed to create four-way cable routing connections within professional cable management systems. Manufactured by nVent HOFFMAN, this stainless steel cable tray accessory provides a reliable solution for complex cable pathway layouts in industrial, commercial and infrastructure applications.

Constructed for strength and long-term performance, the CTS66PCSS features a stainless steel design that provides excellent corrosion resistance and mechanical durability. Its perforated construction supports flexible cable installation while allowing efficient branching and distribution of cable routes.

With a 6 x 6 configuration and dimensions of 152 x 152 mm, the nVent HOFFMAN CTS66PCSS provides a practical solution for expanding cable tray networks where multiple routing directions are required.

Key Advantages

  • Reliable nVent HOFFMAN stainless steel cable tray accessory.
  • Designed for four-way cable tray intersections.
  • Manufactured from corrosion-resistant stainless steel.
  • Perforated design supports flexible cable installation.
  • Suitable for demanding industrial cable management environments.
  • Helps create organised and efficient cable routing systems.

Key Features

  • nVent HOFFMAN CTS cable tray system component.
  • Perforated cross section design.
  • Material: Stainless steel.
  • Height: 152 mm.
  • Width: 152 mm.
  • Configuration: 6 x 6.
  • Designed for compatible CTS cable tray assemblies.
  • Provides flexible cable pathway expansion and branching.

Reliable Cable Management for Industrial Systems

The nVent HOFFMAN CTS66PCSS perforated cross section enables efficient expansion of cable tray layouts by connecting multiple cable pathways within a single component. Its stainless steel construction provides dependable performance in environments where durability and corrosion resistance are essential.

Designed for use with CTS cable tray systems, this cross section helps engineers and installers develop structured cable management networks while maintaining professional installation standards across industrial facilities.

Typical Applications

  • Industrial cable management systems.
  • Automation and manufacturing facilities.
  • Electrical distribution installations.
  • Control rooms and technical areas.
  • Infrastructure and commercial projects.
  • Stainless steel cable tray networks.

Technical Specifications

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Material Stainless Steel 304
Manufacturer nVent HOFFMAN
Series CTS Cable Tray System
Model CTS66PCSS
Product type Perforated cross cable tray section
Height 152 mm
Width 152 mm
Configuration 6 x 6
Application Cable tray routing and distribution systems

Frequently Asked Questions

What is the nVent HOFFMAN CTS66PCSS used for?

The CTS66PCSS is a perforated cross cable tray section used to connect multiple cable routing paths within a cable management system.

What material is the CTS66PCSS made from?

The cable tray cross section is manufactured from stainless steel for durability and corrosion resistance.

What are the dimensions of the CTS66PCSS?

The CTS66PCSS has a 152 mm height and 152 mm width.

What is the benefit of a perforated cross section?

A perforated cross section allows flexible cable routing and enables multiple tray directions to be connected within a single installation.

Where is the CTS66PCSS typically installed?

The CTS66PCSS is typically installed in industrial, commercial and infrastructure cable management applications.

Trusted by Industrial Cable Management Professionals

nVent HOFFMAN cable management solutions are trusted by engineers, installers and industrial professionals worldwide for reliable cable routing, protection and efficient electrical system organisation.