E-Box Controller Setup Guide

E-Box Controller Setup Guide


Overview
The "E-Box" series controllers, including the CTLE and CTLA models, are designed for convenient side-of-pole mounting, providing easy access and integration. These fiberglass enclosures streamline the installation process and offer robust protection for internal components. The "E" signifies the unit's ability to withstand extreme environments, optimizing charging capacity and battery longevity.

Understanding CTLE and CTLA Models

CTLE Models

  • Description: Basic E-Box controllers that can be integrated with a solar panel.

  • Applicable Models:

    • M75-SA300-CTLE

    • M75-SA300-CLBE

    • M75-DE0TS-CTLE

CTLA Models

  • Description: Similar to the CTLE models but configured with an AC Adapter for direct wiring.

  • Applicable Models:

    • M75-SA300-CTLA

    • M75-SA300-CLBA

    • M75-SA300-BSCA

    • M75-DE0TS-CTLA


Installation Guide

Installing a Fiberglass Enclosed Controller or Collaborator

This guide applies to all CTLE, CLBE, CTLA, CLBA, and BSCA models.

  1. Mounting the Enclosure

    • Location: Choose a location on the pole that is out of human reach to deter vandalism, ideally behind the sign to obscure visibility to approaching drivers. Ensure cable runs are considered to avoid overly long connections.
    • Mounting Method: The enclosure can be mounted to the side of a post using bands or bolts. The installation kit provided includes bolts and banding brackets, but banding material is not included.
    • Mounting Provisions: The enclosure features simple mounting provisions with two centered holes drilled on 1” spacing for direct application to a Telespar-style pole.
  2. Cabling and Connections

    • Peripheral Devices: Route all peripheral devices' cabling into the bottom of the cabinet.
    • Power Source: Route the AC line or solar panel cable into the cabinet.
    • Antenna Positioning: Ensure the antenna has a clear view to the next device’s antenna and, ideally, a clear view to the controller.
  3. Internal Setup

    • Battery Installation: Inside the cabinet, you will find a single 12-volt battery (for “E” models) or an AC supply (for “A” models), ready to use with no assembly required.
    • I/O Panel: The integrated power supply includes an I/O panel with four 4-pin connectors and a blade fuse. All connections from external devices will terminate at these connectors.

Additional Resources

For more detailed instructions and maintenance information, refer to the following resources:

Conclusion
By following this guide, you can ensure a proper installation of your E-Box controller or collaborator, optimizing performance and reliability for your traffic control system.

    • Related Articles

    • S-Box Controller Setup Guide

      Overview The S-Box series controllers, including the CTLS and CLBS models, are designed for robustness and the ability to handle large-capacity batteries and solar panel units. These units are ideal for more complex integrations or to withstand ...
    • CTL2/CTL3 Controller Setup Guide

      Overview This guide provides step-by-step instructions for installing CTL2 and CTL3 models, which are Solar Engine-Integrated Controllers or Collaborators. These systems are designed for easy mounting to poles or existing infrastructure, featuring an ...
    • Power Maintenance Guide - CTLE & CTLA

      Overview This guide is designed to assist you in identifying and resolving power-related issues with the side-of-pole mounted E-Box. The E-Box can be configured for either Solar or A/C power. Note that our circuit boards require DC power; therefore, ...
    • How to Convert and Configure a Controller as a Collaborator

      Overview This guide details the process of converting a controller into a collaborator within specific systems. Follow these steps to enable your controller to work in harmony with other system components, enhancing overall functionality and system ...
    • Power Maintenance Guide - CTL2/CTL3 & BSC2/BSC3

      Overview This guide is designed to help you identify and resolve power-related issues in your TraffiCalm Flashing Sign System. It includes steps for checking system fuses, testing battery voltages, and ensuring proper solar panel connections. ...