Fluke FEV150 EV Charging Station Analyzer

The Fluke FEV350 is a complete solution for safety and performance testing of AC EV charging stations with Type 2 or Type 1 connectors.

Key features

Test the safety and functionality of AC electrical vehicle charging stations with the all-in-one solution
Pass/fail test results
Auto control pilot (CP) with waveform analysis
Compatible with TruTest™ Data Management Software

Fluke FEV350 Datasheet

Click here to Make an Enquiry / Calibration

If you would like more information regarding this product, simply email us here.

Categories: EV Charger Testers, FLUKE, Test Equipment For Transport Tags: Electric Vehicle Charging Station Tester, INSTALLATION AND EVSE SAFETY TESTER

Fluke FEV350 EV Charging Station Analyzer

The FEV350 is a complete solution for safety and performance testing of AC EV charging stations with Type 2 or Type 1 connectors. Designed for technicians required to perform and document multiple tests quickly and efficiently without carrying multiple tools.

Spend less time processing test results and compiling reports with TruTest^™

Easily manage measurement data from EVSE inspections
Quickly create inspections and reports
Control Pilot waveform analysis with easy pass/fail visuals
Compare site data to previous site data to see changes over time
Quickly access the latest firmware to update your FEV350
Download a free 60-day demo version of TruTest^™. Purchase a software key to unlock the Lite or Advanced version.

The solution includes TruTest EV Charging software module for documentation and reporting. The solution performs the available measurements below in addition to the supporting measurements with Fluke’s compatible multifunction installation testers for installation certification/inspections via wireless Bluetooth connection, wiring configuration diagrams, and info screens for seamless integration with TruTest software for report generation. The Fluke FEV350 provides predetermined test plans and pass/fail indications on measurement results to simplify analysis and time spent testing. The FEV350 EV Charging Station Analyzer is designed in accordance with IEC/EN 61851-1 and IEC/HD 60364-7-722.

Available measurements:

PE (protective) earth pre-test to ensure no dangerous voltage is present
Visual Inspection
30 Ma Rcd + 6 Ma Rdc-Dd Trip Test
Nominal Voltage + Phase Sequence
Auto Control Pilot (Cp) with Waveform Analysis
Proximity Pilot
Error Testing

Supported measurements with compatible Fluke multi-function testers:

Earth Bond
Insulation
Loop/Line Impedance

See Models tab for different kits including FEV350 for the best package for your needs. Compatible with Bluetooth 5.0

Specifications

Fluke FEV350 EV Charging Station Analyzer

Test function specifications

The operational error specification reference for digit counts is defined as ±(% of reading + digit counts). The operational error for other specifications that reference a % are defined as the % of the reading unless otherwise specified. The operational error specification reference temperature for all readings is 23 °C ±5K temperature coefficient of 0.1 %/°C.

Test/function	Display range	Measurement range	Operational error	Nominal values
PE pre-test
Touch voltage, safe range	≤50 V AC/DC		-50%	—
Touch voltage, dangerous range	>50 V AC/DC		+0%	—
Visual inspection	See checklist
Earth bond, R_LO^[1]	—			@ >200 mA I_test
Insulation, R_INS^[1]	—			@ 500 V U_nom
Loop/Line impedance^[1]	—			no trip loop
RCD/RDC-DD pre-test
U_f	5V to 110V		-(0 % + 0 digits), +(10 % + 3 digits)	^{@ I}test 0.33 x IΔN AC
R_e	166 Ω to 3667 Ω		-10 % to +15 %
RCD test (IΔN 30 mA)
RCD type A, B/B+, RDC-PD	—			@ mains 100 V AC to 253 V AC
RCD trip time with AC, half wave, DC (0°, 180°)
x0.5 (30 mA)	0 ms to 510 ms		±(2 % + 3 ms)
x1 (30 mA)	TN: 0 ms to 310 ms TT @120 V: 0 ms to 310 ms TT @230 V: 0 ms to 210 ms
x5 (30 mA)	0 ms to 50 ms
Ramp current (0°, 180°)
AC @RCD type B/B+	12.0 mA to 36.0 mA, 17 steps with 1.5 mA		±1.5 mA
AC half wave @RCD type A and RCD-PD	7.5 mA to 48.0 mA, 28 steps with 1.5 mA
DC @RCD type B/B+	12.0 mA to 66.0 mA, 37 steps with 1.5 mA

Test/function	Display range	Measurement range	Operational error	Nominal values
RDC-DD test (IΔN +6 mA EV)
Trip time (0°, 180°)				@ mains 100 V AC to 253 V AC
+3 mA DC	0.000 s to 10.100 s		±(2 % + 3 ms)
+6 mA DC
+60 mA DC	0 ms to 310 ms
+200 mA DC	0 ms to 110 ms
Ramp current (0°, 180°)	smooth ramp 2.0 mA to 6.0 mA		±0.6 mA
Mains voltage
L-N, L-PE, N-PE	0 V to 280 V	0V to 253 V	±(3 % + 3 digits)	R_IN L-N: >30 MΩ, R_IN L-PE: >10 MΩ, 40 Hz to 70 Hz, crest factor 2, V_{max peak}: 560 V
L-L	0 V to 490 V	0 V to 440 V		R_IN L-L: >30 MΩ, 40 Hz to 70 Hz, crest factor 2, V_{max peak}: 980 V
Frequency	40.00 Hz to 70.00 Hz		±0.20 Hz	—
Phase sequence	right, left, none	—	voltage imbalance: <20 % voltage difference between phases, phase imbalance: 120° ±10°	50 V to 280 V phase to N
CP signal analysis
Voltage	-15.000 V to 15.000 V	-15.000 V to -2.000 V, 2.000 V to 15.000 V	±0.5 %	R_IN: 1 MΩ 0.9000 kHz to 1.1000 kHz; U_CP+ >2.000 V, U_CP- <-2.000 V
PWM duty cycle	2.0 % to 98.0 %	3.0 % to 97.0 %	±5 digits
Current indication	0.0 A to 80.0 A	—	Based on duty cycle^[3]
Frequency	0.9000 kHz to 1.1000 kHz		0.001
CP state indication	A, B, C, D	—	Based on voltage^[2]
	x1, x2	—	Based on frequency^[2]

Test/function	Display range	Measurement range	Operational error	Nominal values
CP state simulation	A	—	>900 kΩ ±0.2 %	—
	B		Upper level: 4610 Ω ±0.2 %^[2] Nominal level: 2740 Ω ±0.2 %^[2] Lower level: 1870 Ω ±0.2 %^[2]
	C		Upper level: 1723 Ω ±0.2 %^[2] Nominal level: 1300 Ω ±0.2 %^[2] Lower level: 909 Ω ±0.2 %^[2]
	D		Upper level: 448 Ω ±0.2 %^[2] Nominal level: 270 Ω ±0.2 %^[2] Lower level: 140 Ω ±0.2 %^[2]
PP state simulation	open	—	>900 kΩ	—
	13 A		1500 Ω ±1.5 %^[2]
	20 A		680 Ω ±1.5 %^[2]
	32 A		220 Ω ±1.5 %^[2]
	63 (70) A		100 Ω ±1.5 %^2]
	Error		<60 Ω (56 Ω ±5 %)
Fault simulation	PE error (earth fault/PE open)	—	—	—
	CP error E @ 0 Ω or 120 Ω		-0 Ω/ +2 Ω, 120 Ω ±1.5 %^[2]
	Diode short		—
	Error D
PP voltage measurement (Type 2 with socket)	0.10 V to 15.00 V		±(1.0 % + 3 digits)	R_IN: 1 MΩ

Test/function	Display range	Measurement range	Operational error	Nominal values
PP resistor measurement
Type 2 with cable (R_c)	50.0 Ω to 499.9 Ω 500 Ω to 5000 Ω		±1.0 %	—
Type 1 with cable (S3, R6, R7)
CP resistor measurement (R1)	800 Ω to 1200 Ω		±1.0 %	—
[1] The test requires a multi-function tester (MFT). See the documentation of the MFT for the display range, measurement range, and operational error or accuracy values. [2] According to IEC 61851-1. [3] According to table A.8 of IEC 61851-1.

General Specifications
Input electrical ratings				1 Φ: 250 V max 3 Φ: 230/400V max, 50/60 Hz, max 1 A
Internal power consumption				3 W max
Size (H x W x D)				~(263 mm x 123 mm x 63 mm) ~(10.35 in x 4.84 in x 2.48 in), without the TY1 or TY2 plug
Weight				~0.9 kg, without the TY1 or TY2 plug ~1.4 kg, with the TY1 or TY2 plug
Battery				4 x AA/IEC LR6 alkaline or IEC HR6 NiMH
Temperature
Operating				-10 °C to 40 °C (14 °F to 104 °F)
Storage				-20 °C to 50 °C (-4 °F to 122 °F)
Relative humidity
Operating				10 % to 85 %, 0 °C to 40 °C (32 °F to 104 °F), non-condensing
Storage				up to 95 %
Wireless radio, Bluetooth 5.0
Frequency range				2412 MHz to 2462 MHz
Output power				<100 mW
Altitude				3000 m
Safety				IEC 61010-1: Pollution Degree 2, IEC 61010-2-030, CAT II 300 V, Protection Class II
Performance				IEC 61557-1, IEC 61557-6, IEC 61557-7, IEC 61557-10
Ingress protection				IEC 60529: IP40

Electromagnetic Compatibility (EMC)
International IEC 61326-1: Basic Electromagnetic Environment, CISPR 11: Group 1, Class A
Group 1: Equipment has intentionally generated and/or uses conductively-coupled radio frequency energy that is necessary for the internal function of the equipment itself.
Class A: Equipment is suitable for use in all establishments other than domestic and those directly connected to a low-voltage power supply network that supplies buildings used for domestic purposes. There may be potential difficulties in ensuring electromagnetic compatibility in other environments due to conducted and radiated disturbances.
Caution: This equipment is not intended for use in residential environments and may not provide adequate protection to radio reception in such environments. Emissions that exceed the levels required by CISPR 11 can occur when the equipment is connected to a test object.
Korea (KCC) Class A Equipment (Industrial Broadcasting & Communication Equipment)
Class A: Equipment meets requirements for industrial electromagnetic wave equipment and the seller or user should take notice of it. This equipment is intended for use in business environments and not to be used in homes.