DC Charger Testing / Field Service / Laboratory Testing
ST-9980EA-HPC
European DC EV Charger High-Power Comprehensive Tester
Portable CCS2 DC charger tester for field acceptance, interoperability validation and high-power charger diagnostics up to 1000 V and 500 A.
Product Overview
European DC EV Charger High-Power Comprehensive Tester
ST-9980EA-HPC is a portable tester for European non-vehicle conductive DC chargers. It is designed for field testing, product acceptance, R&D and third-party inspection, replacing a test vehicle with a repeatable instrument that improves test coverage and avoids vehicle damage caused by charger faults. The trolley-case system supports CCS2 charging, ISO 15118 and DIN SPEC 70121 communication testing, live charger monitoring and optional waveform and PLC data analysis.
ST-9980EA-HPC gives European DC charger teams a portable alternative to vehicle-based acceptance testing. It combines a CCS2 interface, live charging data, EVCC simulation and optional PLC and waveform diagnostics for commissioning and interoperability work.
Choose the right test configuration
Interface and workflow
CCS2 charger commissioning and communication diagnosis with a 1000 V / 500 A socket. Confirm ISO 15118 or DIN SPEC 70121 versions and the required test cases.
External load and connection limits
The 500 A socket rating is not a confirmed complete load-system rating. Agree the energy-handling arrangement, load-path limits, cables, cooling and duration for the proposed configuration.
Options and accessories
PLC packet capture, multi-channel waveform acquisition and Wi-Fi remote testing are optional. Specify which raw captures and signals must be saved with the test results.
Procurement checklist
Confirm the delivered configuration before ordering
Interface and standards
Confirm the connector, market, protocol and exact standard editions required by the charger and test plan.
Electrical and load path
Separate socket, cable and measurement ratings from the source or external load used during sustained power tests.
Evidence and options
List required metering accuracy, message or waveform capture, fault cases, report fields and optional modules.
Acceptance and support
Agree supplied accessories, software, factory acceptance checks, commissioning, training and support boundaries.
Key Features
Designed for reliable EV charger validation.
- 01A portable trolley-case design keeps the tester compact, light and protected for field acceptance, commissioning and inspection work.
- 02One CCS2 vehicle socket supports DC 1000 V and 500 A charging test connections.
- 03The tester follows ISO 15118 and DIN SPEC 70121 charging communication requirements for charging-sequence and interoperability validation.
- 04A 10.1-inch touch interface displays charging voltage, current, CP state and other charger information in real time. PC software configures charging parameters and outputs current message data.
- 05Optional multi-channel high-precision high-speed waveform acquisition captures charging voltage, current and pilot signals. Vehicle-control-pilot simulation and dedicated calibration terminals support signal verification.
- 06EVCC parameters and EVSE parameters can be displayed and configured, with charging voltage, current, power, status, sequence diagrams and optional waveform diagrams.
- 07Optional Wi-Fi enables remote wireless testing. Optional HomePlug Green PHY monitoring captures and saves PLC packets for lower-layer charging communication analysis.
Technical Specifications
Core specifications
| Connector Standard | CCS2 |
|---|---|
| Socket Rating | DC 1000 V, 500 A |
| Display | 10.1-inch touch screen |
| Software | PC software for charging parameter setup, status display and message output |
| Waveform Acquisition | Optional multi-channel high-precision high-speed capture |
| Wireless Testing | Optional Wi-Fi remote control |
| PLC Monitoring | Optional HomePlug Green PHY packet capture and storage |
| Reference Standards | IEC 61851-1:2017; IEC 61851-23:2014; ISO 15118-1:2013; ISO 15118-2:2014; ISO 15118-3:2015; DIN 70121:2014 |
Need this model configured for your charger?
Send the connector, target standard, voltage/current range and test workflow. The form below already includes ST-9980EA-HPC as the inquiry context.
Request a configuration reviewApplication Scenarios
Where this product is used
Product FAQ
Common questions about ST-9980EA-HPC
Which communication standards are supported?
The tester supports ISO 15118 and DIN SPEC 70121 charging communication workflows.
Can it inspect lower-layer PLC traffic?
Optional HomePlug Green PHY monitoring can capture and save PLC packets for detailed analysis.
What is the connector rating?
The CCS2 vehicle socket is rated for DC 1000 V and 500 A test connections.
Does the 500 A socket rating confirm a complete 500 A power-test system?
No. Confirm the configured load path, energy-handling arrangement, cables, cooling and test duration separately. The socket rating alone does not specify load capacity or sustained system power.
Reference application architectures
See how this equipment can fit into a laboratory, production or field workflow. Final configuration depends on the actual test scope.
Mobile EV Charger Commissioning and Maintenance Workflow →
A field workflow for bringing the correct charger interface, measurement tools and repeatable evidence process to installed charging sites.
PV, Energy Storage and EV Charging Test Architecture →
A project-planning architecture for coordinating photovoltaic generation, storage, grid conditions and DC charging tests without obscuring subsystem responsibilities.
Inquiry Form
Request pricing, lead time or technical support.
Include your target standard, voltage/current range and testing environment for a faster recommendation.