Coulomb ChargePoint Networked Charging Stations

The ChargePoint CT500 charging station is a 7.2 kW single output station designed for single and multi-family homes, apartments and condominium buildings. The station delivers Level 2 (208/240 V @ 30 A) charging and is compatible with plug-in electric vehicles that comply with the SAE J1772™ plug-in electric vehicle charging standard.

Model Application Level Power Connector Mounting Options Region Photo
CT500
Fleet and Residential Level 2 208/240 VAC
SAE J1772™ Wall North America
Australia
CT500

Features

Intelligent Power Control
Ensure power is delivered only when a driver is authorized and the EV cord is properly inserted.

Vacuum Florescent Display with Multiple Language Support
Display instructive, advertisement, and greeting messages in many languages on the bright, easy-to-read display.

Integrated Fault Detection

  • Ground Fault Detection: Integrated hardware ground-fault detection circuitry with auto retry and driver notifi cation.
  • Over-Current Detection: Disconnects power to prevent nuisance breaker trips at service panel. Auto retry and driver notification.
  • Plug-Out Detection: Algorithm disengages power and notifi es the driver when a plug is removed.

Over-the-Air Station Upgrade
Keep charging station current with future and evolving EV needs by upgrading station fi rmware remotely over-the-air.

Utility Grade Energy Meter
Provide accurate bi-directional energy measurement with integrated power metering circuitry.

Remote Diagnostics and Control
Minimize the need for on-site maintenance with real-time remote alarm monitoring and control.

Network Interface
Wireless and cellular network interfaces allow seamless integration with the ChargePoint Network and ChargePoint Network application services.

Benefits

Drivers can set SMS and email alerts for:

  • Vehicle Fully Charged
  • Plug-Out Detection
  • Ground Fault Detection (GFCI Trip)
  • Over-Current Detection

Drivers can also view all usage history for home and public charging including:

  • Start and End Times
  • Energy (kWh) Used
  • Greenhouse Gases Saved
  • Occupied Time
  • Location