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CC613 Laderegler

CC613 charge controller

  • Integrated dynamic load management (DLM)
  • Integrated Powerline Communication (PLC) in accordance with ISO 15118
  • Integrated emergency opener
  • 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 (patented) enables the use of an RCD type A, no RCD type B required
  • Ethernet interface and integrated 4G modem

The next generation of smart charge controllers – VDE certified

The CC613 is the next-generation intelligent charge controller. Just like its predecessor CC612, the CC613 is the brain of an intelligent charging station: It communicates with the vehicle and the backend, monitors the internal hardware of the charging system, the user interfaces as well as the connection between the charging station and the vehicle.

The new CC613 charge controller generation further extends the range of functions of Bender charge controllers. A modified enclosure design integrates an Ethernet interface, which now makes the use of a USB Ethernet adapter no longer necessary. Despite the modified shape of the enclosure, the dimensions of the CC613 are the same as those of the CC612, making it easy to fit into existing charging stations.

The CC613 also features Powerline Communication (PLC) according to ISO 15118 for the implementation of plug & charge as well as DC fault current detection with an externally connected current transformer. In addition, free software updates will be available to extend the functions.

The charge controller features a further developed integrated dynamic load management (DLM), which can also be controlled by a higher-level system. This allows larger charging infrastructures to be managed either locally via the controller or by an existing building management system.

Additional monitoring – increased electrical safety

The CC613 now also has an integrated emergency opener so that, in the event of a power failure of the charging station, the plug can be removed from the vehicle or charging station without having to integrate an additional component in the charging station. This saves space and thus allows the CC613 to be installed in small and compact wallboxes.

To increase protection against electric shock, the CC613 provides PE monitoring, in which the connectivity of the PE connection is regularly monitored. Furthermore, the CC613 offers an integrated weld check detection, which outputs an error message in case of a "welded" contactor or load switch.

The software for controlling all processes of the charge controller can be updated. This makes the CC613 future-proof. Updates (typically quarterly) can be easily installed via USB, Ethernet or over-the-air (OTA). If a vulnerability is detected in the software, it can be reported here.


  • Charge controller in accordance with IEC 61851-1 (mode 3 charging)
  • Master and slave operation configurable
  • Future proof, encoded and standardised networking with EMS through the EEBUS communication protocol
  • Setting up charging stations with two charging points: 1 charge controller as data gateway with 4G modem and 1 charge controller as slave without 4G modem
  • Dynamic load management to optimally distribute the available power among all charging points and signal the maximum power to the vehicle
  • Patented residual direct current monitoring module (external RCD type A required), different cable lengths can be selected (Patents: EP 2 571 128 / US 9,397,494 / ZL 201210157968.6 / CN 103001175, EP 2 813 856)
  • Integrated emergency opener for motor control (locking/unlocking) and monitoring of the 12 V supply voltage
  • OCPP 1.5 and OCPP 1.6 compliant with JSON and SOAP
  • Supported mobile networks: 4G (LTE), 3G (UMTS) and 2G (GSM) with an integrated 4G modem
  • 3 USB interfaces:
    - 1 CONFIG interface for local configuration and installation of software updates
    - 2 USB host interfaces
  • Control Pilot and Proximity Pilot communication
  • Configurable support for additional SCHUKO socket-outlets
  • Meter interface: Modbus TCP and RTU
  • User interface modules for customer-specific applications (e.g. RFID, LED, antenna)
  • An additional digital input and an additional digital output
  • Internal temperature sensors to reduce the charging current regardless of the ambient temperature
  • ISO/IEC-15118 Powerline Communication (PLC) for plug & charge and load management systems


  • Electric vehicle charging stations, wallboxes or street light charging points

CC613 charge controller Variant(s)

TypeModemOCPPInterfaceRDC-M*external ModbusLEDPLC**User interfaceArt. No.
CC613-ELM4PR4G1.5/1.6Modbus, Ethernet--STATUSB94060026
CC613-ELPR--1.5/1.6Modbus, Ethernet--STATUSB94060027
CC613-ELM4PR-M4G1.5/1.6Modbus, EthernetSTATUSB94060020
CC613-ELPR-M--1.5/1.6Modbus, EthernetSTATUSB94060021

* The charge controller only works in combination with the measuring current transformer, which must be ordered separately.
** Powerline Communication acc. ISO/IEC15118

Optional Accessories for CC613 charge controller

DescriptionArt. No.
RFID105-L1 B94060105
RFID114 with RJ45 cable (length 500 mm)B94060114
RFID117-L1 with RJ45 cable (length 500 mm)B94060117
Measuring Current transformer* CTBC17 (PCB variant)B98080070
Connection cable CTBC17-Cable1470 incl. clip housing (cable length 1470 mm)B98080542
Connection cable CTBC17-Cable325 incl. clip housing (cable length 325 mm)B98080541
Connection cable CTBC17-Cable180 incl. clip housing (cable length 180 mm)B98080540
DPM2x16FP (display module)B94060120
Plug kit CC613 (to be ordered separatly)**B94060129
Plug kit CC613 bulk pack ELM4PR-M, ELPR-M (50x)B94060128
Plug kit CC613 bulk pack ELM4PR, ELPR (50x)B94060126

* The measuring current transformer has an internal diameter of 17 mm.
** Not included in the scope of delivery of the CC613.

Downloads for CC613 charge controller

CE Declarations of conformity CC613-ELM4xx 94.0 KB 2022/08/12 06:17:2412.08.2022 06:17:24
Datasheets CC613 490.2 KB DE2021/09/24 05:30:0424.09.2021 05:30:04D00381
Datasheets CC613 486.4 KB EN2021/09/24 05:30:1024.09.2021 05:30:10D00381
Datasheets CC613 490.3 KB ES2021/09/24 08:36:4524.09.2021 08:36:45D00381
Datasheets CC613 492.0 KB FR2021/09/24 08:36:5224.09.2021 08:36:52D00381
Manuals CC613 1.7 MB DE2021/07/23 10:32:5123.07.2021 10:32:51D00381
Manuals CC613 1.7 MB EN2021/07/23 10:32:5723.07.2021 10:32:57D00381
Flyer CC613 - Die nächste Generation des smarten Ladecontrollers 192.6 KB DE2021/09/07 09:02:0607.09.2021 09:02:06D00381
Flyer CC613 - The next generation of smart charge controllers 286.4 KB EN2021/09/07 09:02:3407.09.2021 09:02:34D00381
Flyer CC613 - La nouvelle génération de contrôleurs de charge intelligents 193.9 KB FR2021/09/07 09:03:1607.09.2021 09:03:16D00381
Flyer CC613 - La siguiente generación de controladores de carga inteligentes 199.7 KB ES2021/09/07 09:02:5707.09.2021 09:02:57D00381
Flyer CC613 Charge Controller 983.9 KB EN2022/05/24 09:56:0324.05.2022 09:56:03D00381
Flyer Bender Laderegler sprechen EEBUS 364.3 KB DE2021/02/02 15:46:0102.02.2021 15:46:01
Tender texts Laderegler CC613 117.5 KB DE2022/07/26 11:54:5326.07.2022 11:54:53D00381
Tender texts Controlador de carga CC613 79.1 KB ES2022/07/26 11:55:4226.07.2022 11:55:42D00381
Tender texts Régulateur de charge CC613 117.3 KB FR2022/07/26 11:56:0826.07.2022 11:56:08D00381
Tender texts Charge Controller CC613 113.7 KB EN2022/07/26 11:55:1426.07.2022 11:55:14D00381
Manuals CC613 - Stecker-Kit 667.3 KB DE2020/10/08 05:43:3808.10.2020 05:43:38D00381
Manuals CC613 - Plug kit 667.3 KB EN2020/10/08 05:43:3808.10.2020 05:43:38D00381
Technical information Stellungnahme Prüfung 6mA DC Fehlerstrom 450.2 KB DE2022/06/07 12:37:3207.06.2022 12:37:32
Technical article Fachbeitrag: CC613 - Sicherer Laden mit der neuen Generation 796.5 KB DE2020/06/05 05:52:0505.06.2020 05:52:05
Technical article Safer Charging with the New Generation CC613 772.9 KB EN2020/06/05 04:46:0705.06.2020 04:46:07