- Know-how
- Applications
- eMobility
- Future-proof charging infrastructure with the new CC613 charge controller
- Applications
- Future-proof charging infrastructure with the new CC613 charge controller
- Manufacturers
- Electricians / Installers
- Planner
- Operators
- Real estate industry
- Home user
- ePush
- Checklist ePush
- From the operating theatre to the charging infrastructure in car parks
- Cologne hotel installs the first version of ebee charging points
- The ‘Street lamp charger’ is coming
- Solar filling station Euskirchen
- High-voltage test stations and component qualification for electric and hybrid vehicles
- Intelligent charging of electric vehicles in compliance with the German calibration law
Future-proof charging infrastructure with the new CC613 charge controller
With the new generation CC613 charge controllers, Bender provides the brain of an AC charging station or wallbox that has major safety and cost benefits.
The compact design combined with a variety of integrated interfaces and functionalities allows a versatile and cost-optimised use of the controller from networked charging infrastructures through to compact wallboxes.
Here you will find information for:
Your benefits at a glance:
- Optimal and efficient distribution of the available energy among all vehicles to be charged through integrated dynamic load management (DLM)
- Direct communication between the vehicle and the charging station with the integrated Powerline Communication (PLC) according to ISO 15118
- Save space in your charging station with the integrated emergency opener and the 230-volt control relay
- Smart-Grid-capable through OCPP 1.5 and 1.6 (JSON and SOAP), as well as the future-proof EEBUS protocol
- Integrated 6 mA DC fault current detection/monitoring enables the use of an RCD type A, no RCD type B required
- Easy networking of the charge controllers thanks to the integrated Ethernet interface and the 4G modem
- Compliant with the new IEC 62955 standard for DC residual current monitoring