Buy Fluke 5363645 FEV300/KIT DE Test adapter 1 pc(s)

Electronic measuring tool set with tester, cables, and carry cases, arranged on a white background.

Datasheet (PDF)

1 Piece(s)

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Technical specifications

Type: FEV300/KIT DE

Product type: Test adapter

Documents & Downloads

Datasheet

Datasheet 2692588 Fluke 5363645 FEV300/KIT DE Test adapter 1 pc(s)

User & Safety Instructions

User & Safety Instructions 2692588 Fluke 5363645 FEV300/KIT DE Test adapter 1 pc(s)

Description

The FEV300 & 1664FC DE kit includes a test adapter for EV charging stations along with a multifunction installation tester. The adapter simulates an electric vehicle and enables the user to perform safety and functional tests in combination with suitable test instruments such as an installation multifunction tester, a digital multimeter or an oscilloscope. Use the FEV300 to install stations and to test station functionality after installation, during regular maintenance, or during troubleshooting if the station does not provide appropriate charging power.

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Features

Suitable for electric vehicle charging stations with charging mode 3
Suitable for type 2 charging stations with socket and adapter for type 2 and type 1 charging plugs
PE pretest With this safety function, PE conductors can be tested for the possible presence of dangerous voltages to earth
Status of the proximity pilot PP (cable simulation): For simulation of different current carrying capacities of charging cables, can be selected via the rotary switch PP-status
Contact Pilot CP status (vehicle simulation): To simulate all charging modes, selected with the CP status rotary switch
Displays the phases by three LEDs for easy checking whether there is voltage at the charging output
Measurement connections L1, L2, L3, N and PE for the connection of a measuring device, e.g. an installation tester, for performing safety and functional tests
Compatibility: Compatible with Fluke measuring devices thanks to direct connection via the measurement connections of the FEV
CP signal output connections to check communication between adapter (=simulated electric vehicle) and charging station. This can be measured with a ScopeMeter® or multimeter. The voltage value determines the charge modes, and the duty factor of this PWM signal (pulse width modulated) determines the maximum possible charge current
Simulation of the CP error state "E"
Simulation of the PE fault state "F" (grounding error)

Scope of delivery

1X TEST ADAPTER
1X TYPE 2 CABLE
1X SOFT CASE
1X USER MANUAL
1X INSTALLATION TESTER
1X MAIN CORD
1X ZERO ADAPTER
1X INFO PACK
1X HARD CASE
1X CARRY STRAP
6X AA BATTERY
1X REMOTE PROBE
1 TEST LEAD SET
1X STATEMENT OF CAL

Description

Features

Suitable for electric vehicle charging stations with charging mode 3
Suitable for type 2 charging stations with socket and adapter for type 2 and type 1 charging plugs
PE pretest With this safety function, PE conductors can be tested for the possible presence of dangerous voltages to earth
Status of the proximity pilot PP (cable simulation): For simulation of different current carrying capacities of charging cables, can be selected via the rotary switch PP-status
Contact Pilot CP status (vehicle simulation): To simulate all charging modes, selected with the CP status rotary switch
Displays the phases by three LEDs for easy checking whether there is voltage at the charging output
Measurement connections L1, L2, L3, N and PE for the connection of a measuring device, e.g. an installation tester, for performing safety and functional tests
Compatibility: Compatible with Fluke measuring devices thanks to direct connection via the measurement connections of the FEV
CP signal output connections to check communication between adapter (=simulated electric vehicle) and charging station. This can be measured with a ScopeMeter® or multimeter. The voltage value determines the charge modes, and the duty factor of this PWM signal (pulse width modulated) determines the maximum possible charge current
Simulation of the CP error state "E"
Simulation of the PE fault state "F" (grounding error)