Category: Electric Vehicle Testers

Electric Vehicle Testers

Electric Vehicle Testers are multifunctional analysers dedicated to the diagnostics of electric vehicle charging cables and stations. It performs a set of tests and generates a professional report.

  • Electric Vehicle Multifunctional Analyser EVSE

    Electric Vehicle Multifunctional Analyser | EVSE

    R95,743.00 ex vat

    Electric Vehicle Multifunctional Analyser  - Overview

    This multifunctional analyser is an instrument dedicated to the diagnostics of electric vehicle charging cables and stations. Using a single device, it performs a set of tests and generates a professional report. Through appropriate simulation of CP and PP circuits, the meter can put the station into various operating states. This allows the verification of the control system and performs measurements in the field of electric shock protection. It completes the verification of functionality and safety by simulating errors on the power supply side, i.e. the charging station (ICCB), and charging side of the vehicle (CP circuit).

    Electric Vehicle Multifunctional Analyser  - Features

    • Simulation of PP cable parameters:
      • open circuit
      • 13 A, 20 A, 32 A, 63 A, 80 A.
    • Simulation of CP communication:
      • state A – vehicle not connected
      • state B – vehicle connected, not charging
      • state C – vehicle connected, charging without ventilation
      • state D – vehicle connected, charging with ventilation
    • Safety measurements:
      • measurement of short circuit loop Z
      • measurement of parameters of RCD circuit breakers (AC, A, B, 6 mA DC)
      • measurement of insulation resistance RISO
      • measurement of RCONT
      • phase sequence indication
      • resistance of coding resistor RC
      • measurements of grounding RE
    • EVSE analysis – diagnostics:
      • CP+, CP- voltage
      • frequency f (PWM)
      • signal filling D (PWM)
      • maximum charging current IMAX
      • graph of CP+, CP-, f, D, IMAX
      • toff off time
      • ton on time
    • EVSE analysis – simulation of errors (ICCB, EVCS):
      • CPsh – short circuit of CP to PE
      • Dsh – diode short circuit
      • PEop – interruption in PE
    • EVSE analysis –simulation of power supply circuit faults (ICCB):
      • L1op – interruption in phase L1
      • L2op – interruption in phase L2
      • L3op – interruption in phase L3
      • Nop – interruption in N
      • PEop – interruption in PE
      • L↔PE – interchanged L and PE wires
      • UEXT(PE) – voltage on PE wire
    • EVSE analysis – transition time between states