FLUKE FEV500 DC EV Charger Tester
Advanced EV Charger Testing for Fast DC Charging Stations
Take full control of EV charger performance, safety and compliance with the FLUKE FEV500. This advanced EV charger tester is designed specifically for fast DC charging infrastructure and enables efficient, accurate and repeatable EV charger testing in the field.
The FLUKE FEV500 allows technicians and engineers to test, validate and document EV charging stations without the need for a vehicle on site, improving productivity and reducing downtime.
The FLUKE FEV500 is ideal for EV industry professionals, offering versatility across a wide range of applications. It supports EV charger installation and commissioning, preventative maintenance and fault finding, EVSE network management, and electrical inspection and compliance testing. With reliable and repeatable performance, it ensures accurate EV charger testing at every stage of the charger lifecycle.
▶ FLUKE FEV500 has been launched!
Why Choose the FLUKE FEV500 EV Charger Tester?
As EV infrastructure expands, the demand for reliable EV charger testing continues to grow. The FEV500 provides a complete solution for modern testing requirements.
- All-in-one EV charger testing solution
- Built-in EV simulation with no vehicle required
- Designed for fast DC charger environments
- Supports ISO 15118 and DIN 70121 standards
- Automated reporting and data management
This is a purpose-built EV charger tester that simplifies complex testing processes and performs as a true ev charging station analyser.
Comprehensive EV Charger Testing Capabilities
The FLUKE FEV500 combines performance testing, communication analysis and electrical safety checks in a single portable unit, making it a powerful piece of evse testing equipment for professionals working across installation, maintenance and inspection.
EV Charger Performance Testing
- Load testing including voltage, current and power
- CCS charge state verification
- Power line communication testing
- Signal Level Attenuation Characterisation (SLAC)
Electrical Safety Testing
- Insulation resistance testing in accordance with IEC 61557-2
- Continuity and low impedance testing to IEC 61557-4
- Insulation Monitoring Device (IMD) testing
- Residual voltage measurement in line with IEC 61851-1
Communication and Protocol Testing
- CCS communication validation
- ISO 15118 and DIN SPEC 70121 compliance testing
- Control Pilot and Proximity Pilot analysis
All essential EV charger testing functions are integrated into one device.
Built-In EV Simulation
Traditional EV charger testing often requires a physical vehicle, which can slow down operations and limit flexibility. The FLUKE FEV500 removes this requirement.
- Simulates real EV charging sessions
- Enables testing without a vehicle on site
- Allows repeatable and controlled test scenarios
- Supports testing in remote or restricted locations
This capability is particularly valuable for fast dc charger testing, where efficiency and uptime are critical.
Streamlined EV Charger Testing Workflow
The FEV500 is designed to simplify testing from start to finish.
- Connect to the EV charging station using the CCS connector
- Run automated test sequences using the Autotest function
- Review clear pass or fail results on the display
- Export data for reporting and compliance
There is no need for multiple instruments or complex configurations.
Automated Reporting and Data Management
Manual recording of test results can lead to delays and errors. The FEV500 addresses this with integrated data management features.
- Automatic capture and storage of test results
- Seamless integration with TruTest software
- USB-C connectivity for quick data transfer
- Tracking of EVSE and connection point identifiers
This ensures accurate documentation and supports compliance reporting.
Portable and Field-Ready Design
The FLUKE FEV500 is engineered for use in demanding environments.
- Rugged wheeled hard case for easy transport
- Integrated handle for mobility
- Battery-powered operation with no external power required
- Up to 10 hours of runtime
- Operating temperature range from -20°C to 50°C
This makes it suitable for on-site EV charger testing in all conditions.
Key Specifications
| Features | |
| Voltage measurement | Up to 1000 V DC |
| Current measurement | Up to 10 A |
| Power testing capability | Up to 10 kW |
| Display | 7 inch high-brightness touchscreen display |
| Weight | Approximately 26 kg |
| Battery | Lithium-ion battery with around 10 hours runtime |
| Connectivity | USB-C, Wi-Fi and Bluetooth connectivity |
What comes with the FLUKE FEV 500?
- FLUKE FEV500 DC EV Charger Analyser
- TP165X remote control probe
- Li-ion Battery
- USB-C to USB-A cable
- Extra with the PRO version: TruTest™ Software License
❓ Frequently Asked Questions (FAQ)
Q1: What is an EV charger tester?
A. It checks the safety, performance and communication of EV charging stations to ensure they are working correctly and meet standards.
Q2: Can the FEV500 test without a vehicle?
A. Yes. It includes built-in EV simulation so you can carry out full testing without a car on site.
Q3: What chargers can it test?
A. It is designed for fast DC chargers using CCS1 and CCS2 connectors.
Q4: Does it support compliance testing?
A. Yes. It supports key standards including ISO 15118, DIN 70121 and IEC safety requirements.
Q5: What tests can it perform?
A. It covers load testing, insulation, continuity, IMD, residual voltage and communication testing.
Q6: Is it suitable for field use?
A. Yes. It is portable, battery-powered and built for on-site testing.
Q7: How are results recorded?
A. Results are captured automatically and exported via USB-C to TruTest software (If you’d like the software included with your purchase, please make sure to select FLK-FEV500/CCS2 PRO from the dropdown menu).