FLEX® SYSTEM

For installation under carpet tile

Updated: 01.26.2022

How We Can Help

Online

Build your own Flex® raceway system using our innovative web tool on the Connectrac website. Click around and play in this online experience while learning the basics of how Flex works. Visit: connectrac.com/build-your-own

[Image: Screenshot of the Connectrac online system builder tool showing a floor plan with raceway components.]

Design Team Services

Connectrac® believes in providing exceptional customer service by offering unique resources like our Design Team. These industry specialists are available to help you specify the best Flex solution for your next project. Visit: connectrac.com/design-services

[Image: A person working at a desk with computer monitors displaying Connectrac system designs.]

General Info & Questions

Contact us any time! | Phone: 877.480.5637 | Email: info@connectrac.com | Website: connectrac.com

What is Flex®?

Connectrac Flex® is a floor-based power and data distribution system that allows users to quickly add connectivity or change power locations in a snap. It is designed for use in any space, any building, any time.®

[Image: An office space with different zones labeled "HUDDLE", "MEET", "WORK", showing the Flex system integrated into the floor under carpet tiles.]

How it Works

The Flex system utilizes several key components to provide flexible power and data distribution:

[Diagram: An overview of the Flex system components, showing an Entrance Fitting, Raceway segments, Power Hubs, and various Devices (Power and Data) connected together.]

Get Started

Plan Flex Raceway System

TIP: Visualize how your space might adapt and evolve over time. Consider:

  • What is the current use of this space?
  • What else might it be used for in the future?
  • How might furniture be rearranged?

[Image: Illustrations showing different office layouts and how the Flex system can be adapted to them.]

Optimize Your Raceway

Increase your system's adaptability by adding more points of power access. The number of Power Hubs determines the number of access points.

GOOD: 2 Power Hubs

BETTER: 3 Power Hubs

BEST: 4 Power Hubs

TIP: For greater flexibility at minimal cost, add more Power Hubs and connect shorter Powertracs.

[Image: Diagrams illustrating three configurations: GOOD (2 Power Hubs, 2x 6' Powertracs), BETTER (3 Power Hubs, 2x 6' Powertracs, 2x 3' Powertracs), and BEST (4 Power Hubs, 4x 3' Powertracs).]

Flex Data Capacity

Determine the amount of data connectivity needed for your space:

[Image: Three circular diagrams showing increasing numbers of cables within the Flex raceway, corresponding to 0-4, 5-14, and 15-24 cable counts.]

FLEX EXAMPLE RUN: 0-4 Data Cables

This section details a typical installation example for the Flex system supporting 0-4 data cables.

[Diagram: A detailed view of a Flex system run, showing an Entrance Fitting (A), Raceway segments (B), Power Hubs, and Devices (C) like Receptacle Device and Data Device. Includes a list of components: A1.15 In-Wall Entrance Fitting (15' pre-wired conduit), B.FX1.4 4' Powertrac (x2), B.HUB Power Hub (x2), C.HUBCAP Hubcap (x1), C.PW1.12 Receptacle Device (x1), C.DT2 Data Device (x1).]

Components for 0-4 Data Cables:

[Image: A visual breakdown of the Flex system components, including Entrance Fittings, Raceway segments, Power Hubs, Hubcaps, Receptacle Devices, and Data Devices.]

FLEX EXAMPLE RUN: 5-14 Data Cables

This section details a typical installation example for the Flex system supporting 5-14 data cables.

[Diagram: A detailed view of a Flex system run for 5-14 data cables, showing an Entrance Fitting (A), Raceway segments (B), Power Hubs, and Devices (C) like Receptacle Device and Data Device. Includes a list of components: A1.15 In-Wall Entrance Fitting (15' pre-wired conduit), B.FX2.4 4' Powertrac (x2), B.HUB Power Hub (x2), C.HUBCAP Hubcap (x1), C.PW1.12 Receptacle Device (x1), C.DT2 Data Device (x1).]

Components for 5-14 Data Cables:

[Image: A visual breakdown of the Flex system components for 5-14 data cables, including Entrance Fittings, Raceway segments, Power Hubs, Hubcaps, Receptacle Devices, and Data Devices.]

FLEX EXAMPLE RUN: 15-24 Data Cables

This section details a typical installation example for the Flex system supporting 15-24 data cables.

[Diagram: A detailed view of a Flex system run for 15-24 data cables, showing an Entrance Fitting (A), Raceway segments (B), Power Hubs, and Devices (C) like Receptacle Device and Data Device. Includes a list of components: A1.15 In-Wall Entrance Fitting (15' pre-wired conduit), B.FX3.4 4' Powertrac (x2), B.HUB Power Hub (x2), C.HUBCAP Hubcap (x1), C.PW1.12 Receptacle Device (x1), C.DT2 Data Device (x2).]

Components for 15-24 Data Cables:

[Image: A visual breakdown of the Flex system components for 15-24 data cables, including Entrance Fittings, Raceway segments, Power Hubs, Hubcaps, Receptacle Devices, and Data Devices.]

Optional Accessories

Enhance your raceways with additional options:

[Image: Illustrations of optional accessories: a desk with a Vertical Wire Manager, a Rough-In Frame, and an Extra Hubcap.]

Complete Raceway Example Dimensions:

Shown with Top Covers, Transition Ramps, and End Ramps installed. Typical runs consist of segments like 4'-0" + 8'-0" + 4'-0". The width varies by cable capacity:

Models: Flex System, Flex

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