Description

The Fluke FEV500 is a fast DC EV charging station analyzer designed for technicians and engineers to perform comprehensive tests on EV charging stations. With its advanced features and easy-to-use interface, this analyzer ensures the safety and efficiency of EV charging systems.

Compliant with IEC standards, the Fluke FEV500 provides accurate and reliable test results, making it an essential tool for EV charging station maintenance and troubleshooting.

Fluke FEV500 Key Features

The Fluke FEV500 features a range of key tests, including CCS Low-Level Communication and SLAC Test, Continuity Test, Insulation Resistance Test, Load Test, IMD Test, and Residual Voltage Test.

CCS Low-Level Communication and SLAC Test: Tests the communication between the EV and the charging station
Continuity Test: Checks for continuity between the EV and the charging station
Insulation Resistance Test: Measures the insulation resistance between the EV and the charging station
Load Test: Tests the load capacity of the charging station
IMD Test: Tests the insulation monitoring device
Residual Voltage Test: Checks for residual voltage on the charging station

Who Needs the Fluke FEV500?

The Fluke FEV500 is designed for technicians and engineers who need to perform comprehensive tests on EV charging stations. Whether you’re responsible for maintaining and troubleshooting EV charging systems or simply want to ensure their safety and efficiency, this analyzer is the perfect tool for the job.

Fluke FEV500 Applications

EV Charging Station Maintenance: Use the Fluke FEV500 to perform regular maintenance tests on EV charging stations to ensure their safety and efficiency.
EV Charging System Troubleshooting: Use the Fluke FEV500 to troubleshoot EV charging systems and identify any issues that may be affecting their performance.
EV Charging Station Installation: Use the Fluke FEV500 to test EV charging stations during installation to ensure they are functioning correctly.
EV Charging Station Testing: Use the Fluke FEV500 to perform comprehensive tests on EV charging stations to ensure their safety and efficiency.
EV Charging System Commissioning: Use the Fluke FEV500 to commission EV charging systems and ensure they are functioning correctly.

Why Buy Fluke FEV500 from MME?

At MME, we offer the Fluke FEV500 at competitive prices, along with excellent customer service and support. Our team of experts is always available to help you with any questions or concerns you may have about the Fluke FEV500 or any other product.

Fluke FEV500 Specifications

Electrical Specifications
Auto-Test Sequence
Performed Tests	CCS Low-Level Communication and SLAC Test, Continuity Test, Insulation Resistance Test, Load Test (including Cable Check Voltage Measurement), IMD Test, Residual Voltage Test
Continuity Test (RLO)
Measurement	Test probe to PE pin of CCS 1/2 socket
Open-Loop Voltage	Max 5 V
Test Current	Max 10 A (up to 0.2 Ω)
Test Method	DC test with alternating polarity
Live Circuit Detection	Inhibits test if test probe voltage > 60 V
Test Probe Zeroing	Select ZERO in user interface to zero the test probe resistance.
Standard	IEC61557-4
Test Current	R_LO Range	Resolution	Accuracy
Max 10 A	2 Ω	<1Ω: 0.1 mΩ ≥1Ω: 0.0001Ω	≤ 20 mΩ: ± (8% + 0.8 mΩ) ≤ 200 mΩ: ± (4% + 4 mΩ) > 200 mΩ: ± (4% + 40 mΩ)
Insulation Resistance (RISO)
Measurements	Insulation Resistance DC+ to PE and DC- to PE
Test Voltage	Max EVSE Voltage ≤ 500 V: 500 V +10% / -0% Max EVSE Voltage > 500 V: 1000 V +10% / -0%
Max Short Circuit Current	2 mA
Standard	IEC61557-2
Test Voltage	R_ISO Range	Resolution	Accuracy
500 V	10 kΩ to 20 MΩ	0.01 MΩ	± (5 % rdg + 2 digit)
1000 V	10 kΩ to 20 MΩ	0.01 MΩ	± (5 % rdg + 2 digit)
CCS Communication Test – Control Pilot (CP)
Parameters	Voltage CP high, Voltage CP low, Frequency, Duty Cycle
Simulation of states	A, B, C, D, E (simulation and validation)
Digital Protocol	DIN SPEC 70121, ISO 15118
Parameter	Range	Resolution	Accuracy
CP High, CP Low	-15 V to +15 V	0.01 V	± (0.4 % rdg + 2 digit)
Frequency	DC, 900 to 1100 Hz	1 Hz	0.1 % rdg or 1 digit
Duty Cycle	2 to 98 %	0.10%	± 5 digit
SLAC	0 dB to 20 dB	1 dB
CCS Communication Test – Proximity Pilot (PP)
Parameter	Range	Resolution	Accuracy
PP Resistor	50.0 to 499.9 Ω	0.1 Ω	± 0.5 %
PP Resistor	500 to 5000 Ω	1 Ω	± 0.5 %
Load Test
Parameters	Cable Check Voltages: VDC+ to PE, VDC- to PE Load Test: Voltage DC+ to DC-, Current, Power, Duration
Parameter	Range	Resolution	Accuracy
Voltage	1000 V	0.1 V	± (0.2 % rdg + 4 digit)
Current	10 A	0.01 A	± (0.5% rdg + 5 digit)
Power	0 to 3.75 kW	0.001 kW	± (0.7% rdg + 15 digit)
Insulation Monitoring Device (IMD) Test
Auto-Test	No trip test, trip test Test Resistor no trip test: 250 kΩ (DC+ to PE) Test Resistor trip test: 95 kΩ (max. EVSE Voltage >500 V dc), 45 kΩ (max. EVSE Voltage ≤500 V dc) (DC- to PE) Duration: max 15 s for each test
Test Resistor Range	19.5 kΩ to 3 MΩ, 256 values
Standard	IEC61557-8 / IEC 61557-18

Datasheet

Datasheet (PDF)PDF

User Manual

User manual (PDF)PDF

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