Image of the DCC-9-3R
Image of the DCC-9-3RInside of the DCC-9-3R shell.Diagram of the DCC-9-3R with sub panel.dcc 9 wiring with main disconnect

DCC-9-3R 50 amp

Model: DCC-9-50A-3R

Product Highlights

DCC-9 allows the connection of any EV charger to a fully loaded panel by managing the energy available at any given time.

  1. DCC does a real-time reading of the total power consumption of a home or condo electrical panel;
  2. It detects when the total power consumption of the main circuit breaker exceeds 80% and temporarily de-energizes the charger.
  3. When DCC detects that the total power consumption of the electrical panel is less than 80% for more than 15 minutes it automatically re-energizes the charger.

$1,215.00

  • Description
  • Specifications
  • Product Manual

DCC-9 is an EV Energy Management System, specifically designed to allow the connection of a charger to the main feeder of a panel without affecting the load calculation.

DCC-9 is proudly manufactured in Canada by Thermolec.

*If your main power supply is over 125A (150A or 200A) use the DCC-11

OPERATION

  • Real-time reading of the total power consumption of a panel with pre-wired current transformers (CT)
  • Detects when the total power consumption exceeds 80% of a main circuit breaker capacity and temporarily de-energizes the charger
  • Automatically re-energizes the charger when the total power consumption of the main circuit breaker capacity is less than 80% for more than 15 minutes

FEATURES

  • Ideal for when no additional breaker slots are available in a panel
  • Does not affect the load calculation of a panel
  • Automatic utility billing of electricity consumer (particularly important for condo installations)
  • Can be mounted on the wall or ceiling
  • Gen-3 of the DCC-9 has the ability to receive and transmit load shedding instructions from an external energy management system via a dry contact input and output.

INCLUDED

  • Charge Controller
  • Splitter box (Max 125A)
  • EV Charger Breaker (Max 60A)
  • pre-wired current transformers (CT)

To learn more about implementing EV charging in multi-unit residential buildings, visit: Murbly.com.