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.
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.
Type | Modem | Interface | RDC-M | External Modbus | OCCP- capable | PLC* | User interface | I/O extension | Art. No. |
---|---|---|---|---|---|---|---|---|---|
CC613-ELM4PR-M | 4G | Modbus, Ethernet | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | B94060020 |
CC613-ELPR-M | -- | Modbus, Ethernet | ✓ | ✓ | ✓ | ✓ | ✓ | ✓ | B94060021 |
CC613-ELM4PR | 4G | Modbus, Ethernet | ✓ | -- | ✓ | ✓ | ✓ | ✓ | B94060026 |
CC613-ELPR | -- | Modbus, Ethernet | ✓ | -- | ✓ | ✓ | ✓ | ✓ | B94060027 |
CC613-HEM-X2 | -- | Modbus, Ehternet | ✓ | -- | -- | ✓ | -- | -- | B94060028 |
* Powerline Communication acc. to ISO/IEC 15118
The charge controller with residual direct current monitoring module (RDC-M) only works in combination with a measuring current transformer (to be ordered separately). Different cable lengths are available.
Description | Art. No. |
---|---|
RFID105-L1 | B94060105 |
RFID114 with RJ45 cable (length 500 mm) | B94060114 |
Measuring current transformer CTBC17P-03-K0325* (cable variant, cable length 325 mm) | B98080071 |
Measuring Current transformer CTBC17* (PCB variant)** | B98080070 |
Connection cable CTBC17-Cable1470 incl. clip housing (cable length 1470 mm) | B98080542 |
Connection cable CTBC17-Cable600 incl. clip housing (cable length 600 mm) | B98080543 |
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, HEM-X2 (50x) | B94060126 |
* The measuring current transformer has an internal diameter of 17 mm.
** The PCB-variant can be combined with the connection cables of different lengths.
*** Not included in the scope of delivery of the CC613.
Name | Category | Size | Language | Timestamp | D-/B-Number |
---|---|---|---|---|---|
CC613 | Product Brochures | 1.9 MB | EN | 2023/07/2121.07.2023 | |
Dynamic Load Management | Flyer | 429.0 KB | EN | 2023/07/2121.07.2023 | |
The IEC 62955 standard at a glance | Flyer | 325.9 KB | EN | 2023/11/2929.11.2023 | |
We are your eMobility partner! | Flyer | 262.3 KB | 2023/11/2929.11.2023 | ||
CC613 Beiblatt | Manuals | 86.4 KB | DE | 2023/02/0202.02.2023 | D00381 |
CC613 Supplementary sheet | Manuals | 86.4 KB | EN | 2023/02/0202.02.2023 | D00381 |
CC613 | CE Declarations of conformity | 70.2 KB | 2023/11/2222.11.2023 | ||
CC613 | Datasheets | 534.8 KB | DE | 2023/03/0808.03.2023 | D00381 |
CC613 | Datasheets | 531.4 KB | EN | 2023/03/1010.03.2023 | D00381 |
CC613 | Datasheets | 538.0 KB | ES | 2023/03/0808.03.2023 | D00381 |
CC613 | Datasheets | 539.9 KB | FR | 2023/03/0808.03.2023 | D00381 |
CC613 | Manuals | 6.9 MB | DE | 2023/03/0606.03.2023 | D00381 |
CC613 | Manuals | 6.9 MB | EN | 2023/03/0606.03.2023 | D00381 |
CC613 - Die nächste Generation des smarten Ladecontrollers | Flyer | 192.6 KB | DE | 2021/09/0707.09.2021 | D00381 |
CC613 - The next generation of smart charge controllers | Flyer | 286.4 KB | EN | 2021/09/0707.09.2021 | D00381 |
CC613 - La nouvelle génération de contrôleurs de charge intelligents | Flyer | 193.9 KB | FR | 2021/09/0707.09.2021 | D00381 |
CC613 - La siguiente generación de controladores de carga inteligentes | Flyer | 199.7 KB | ES | 2021/09/0707.09.2021 | D00381 |
CC613 Charge Controller | Flyer | 983.9 KB | EN | 2022/05/2424.05.2022 | D00381 |
Bender Laderegler sprechen EEBUS | Flyer | 337.9 KB | DE | 2023/11/2929.11.2023 | |
Laderegler CC613 | Tender texts | 117.5 KB | DE | 2022/07/2626.07.2022 | D00381 |
Controlador de carga CC613 | Tender texts | 79.1 KB | ES | 2022/07/2626.07.2022 | D00381 |
Régulateur de charge CC613 | Tender texts | 117.3 KB | FR | 2022/07/2626.07.2022 | D00381 |
Charge Controller CC613 | Tender texts | 113.7 KB | EN | 2022/07/2626.07.2022 | D00381 |
CC613 - Stecker-Kit | Manuals | 667.3 KB | DE | 2020/10/0808.10.2020 | D00381 |
CC613 - Plug kit | Manuals | 667.3 KB | EN | 2020/10/0808.10.2020 | D00381 |
Stellungnahme Prüfung 6mA DC Fehlerstrom | Technical information | 450.2 KB | DE | 2022/06/0707.06.2022 | |
Fachbeitrag: CC613 - Sicherer Laden mit der neuen Generation | Technical article | 796.5 KB | DE | 2020/06/0505.06.2020 | |
Safer Charging with the New Generation CC613 | Technical article | 772.9 KB | EN | 2020/06/0505.06.2020 |