VH5110
Our Specialist for CCS Charging CommunicationEasy Analysis of CCS Charging Communication
With VH5110 – also called "CCS Listener" - you can analyze the communication between a charging station (EVSE) and an e-vehicle (EV) based on CCS protocols. The VH5110 "listens" to the data communicated on the Control Pilot Line (CP) via Powerline Communication (PLC) and converts them into Ethernet packets that are interpreted in CANoe. In addition, the PWM parameters of the basic communication are measured and displayed in CANoe as system variables.
Advantages
- Very compact size for optimum use directly on the e-vehicle or the charging station
- Easy handling without complex man-in-the-middle set-up
- Neutral behavior, therefore no influence on communication
- Seamless listening to the communication between the e-vehicle and the charging station
- Flexible connection to the Control Pilot (CP) signal via:
- direct connection
- indirect connection by means of inductive coupler around the charging cable
Event Highlight
MAY 4, 2022 - LIEDERHALLE, STUTTGART (GERMANY)
Vector E-Mobility Symposium 2022
Profound expertise and know-how on e-mobility on May 4, 2022! Take the chance for a successful exchange of knowledge and experience as well as the opportunity to expand your network in the field of electromobility with interesting contacts. On the following day, you are invited to bring your device to the first vTESTival for interoperability testing of vehicle and charging station controllers, as well as test systems.
Gallery
Application Areas
Neutral, seamless listening of the CCS communication between e-vehicle and charging station:
- in the vehicle for testing during ECU integration
- in the field, when analyzing interoperability problems or interrupted charging
- in the test vehicle for continuous recording of the charging processes in connection with a data logger
KNOW-HOW VIDEO
... supported by VH5110 hardware - just go to video sequence 02:39 min.
(video duration 11 min.)
Functions
- Measurement of voltage, frequency and duty cycle of PWM communication according to IEC 61851
- Listening to PLC communication and convert to Ethernet packets for display and analysis in CANoe
- Seamless listening of SLAC and V2G messages of the DIN 70121 and ISO 15118 protocols
- Full compliance with the HomePlug Green PHY specification
- Listening to the HomePlug specific communication between the PLC nodes
Technical Data
| VH5110 | |
| Power supply connections | 1x MQS (connection cable included in delivery) |
| Connections for communication | 1x BNC for CP signal 1x Ethernet (10/100 Mbit/s) for CANoe |
| Power supply | 12 V DC (±10 %) |
| Power consumption | Typ. 1,000 mW |
| Operating system requirements | Windows 10 (32 bit or 64 bit) |
| Software requirements | CANoe (version 12.0 SP3 or higher) CANoe Option Ethernet |
| Supported standards | HomePlug Green PHY v1.1 |
| Temparature range | Operation: 0 °C … +85 °C |
| Dimensions (LxWxH, incl. BNC connector) | Approx. 115 x 110 x 35 mm |
| Weight | Approx. 230 g |
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