Megger EVCC300 |- Comprehensive Electric Vehicle Charger Checker with Essential Safety and Operational Checks

AUD $1,850.00 .( AUD $2,035.00 inc. GST )


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    Megger

    Discover the pinnacle of EV charger safety and performance checks with the Megger EVCC300 Charger Checker. Specifically designed for Electric Vehicle chargers, this all-encompassing tool performs essential safety and operational checks on mode 2 and single-phase mode 3 chargers with SAE J1772 Type 1 and Type 2 connectors. With the ability to conduct four key safety checks and four operational checks, the EVCC300 provides unmatched assurance of your charger’s functionality and safety. Nuisance tripping will no longer disrupt your EV charging experience. Bring precision, reliability, and peace of mind to your EV charging routine with the Megger EVCC300 Charger Checker.

    PDF download   Megger EVCC300 EV Charger Tester Datasheet

     

    Megger EVCC300 – EV Charger Checker

    Revolutionize your maintenance, repair, and manufacturing check routines with the all-new Megger EVCC300 Charger Checker. Designed specifically for Electric Vehicle chargers, this advanced tool offers a streamlined and user-friendly solution for checking the safety and operation of mode 2 and single-phase mode 3 chargers.

    Key for those seeking to perform fault-checks post-manufacture, post-repair, or as part of a regular maintenance schedule, the EVCC300 brings convenience and reliability to your fingertips.

    Unmatched Features for Comprehensive Checks

    The EVCC300 delivers on four pivotal safety checks, ensuring a hazard-free charging experience. These include a PE touch pad for grounding and voltage checks, a PE resistance test for exposed metal work grounding, an essential touch voltage test, and an RCD/GFCI protection check that validates the device tripping speed.

    Moreover, our unique product helps to identify potential nuisance charger supply tripping which could disrupt your EV charging experience.

    Delivering Operational Excellence

    The EVCC300 stands apart with its four key EV charger operation checks. These include proximity detection operation check, control pilot operation check conforming to IEC61851-1 requirements, control pilot signal check, and EV charger output check.

    Key Features At-a-Glance

    • Compatible with mode 2 and single-phase mode 3 chargers
    • Compatible with SAE J1772 Type 1 and Type 2 connectors
    • Effective in performing four essential EV charger safety checks
    • Ensures four crucial EV charger operation checks
    • Assists in identifying if nuisance tripping or RCD/GFCI is likely to occur
    • Reads control pilot state response from EV Charger to IEC61852-1 standards

    Invest in the Megger EVCC300 Charger Checker for a seamless, safe, and efficient EV charging experience. Elevate your EV charger maintenance and safety checks to the next level today!

    Weight 1 kg

    SPECIFICATIONS

    SPECIFICATIONS

    EVSE STANDARD   IEC 61851-1:2017

    EVSE SUPPLY OPTIONS (set in settings)

    1. 230 V single phase (EU / UK)
    2. 120 V single phase (US)
    3. 208 V / 240 V two phase (US)

    SUPPLY MEASUREMENT

    Voltage range:     5 V to 300 V

    Voltage resolution:   1 V

    Voltage accuracy:    ± 5%, ± 2 digits

    Voltage measurement:  L to N, L to PE and N to PE

    Reverse polarity indication: L to N, for single phase option only

    Frequency range    45 Hz to 65 Hz

    Frequency resolution:  1 Hz Frequency accuracy   ± 1 digit

    EVSE INTERFACE (EV charger function) tests:

    1. Proximity detection (PP) states

    Read only

    2. Control pilot (CP)

    No proximity

    Proximity detected, unlatched Proximity detected, latched

    Set and read states:   State A – Disconnected

    State B – Connected State C – Charging

    State D – Charging without ventilation

    State E – CP short to PE

    Read only state    State F – EVSE charger fault condition

    Maximum voltage   ± 14 V

    Frequency range    940 Hz to 1040 Hz

    Duty cycle range    8% to 97%

    Maximum charging current indication according to IEC 61851-1:2017, tables A.7 and A.8

    RESISTANCE OF EARTH PROTECTIVE CONDUCTOR (RPE)

    Test current:      200 mA

    Resistance range:    0 to 10 Ω Resistance resolution:  0.01 Ω Resistance accuracy:   ± 5%, ± 2 digits

    RCD/GFCI TESTS:

    Trip time accuracy:   ± 1%, ± 1 ms

    Trip current accuracy:  ± 3% (apply to all RCD/GFCI tests)

    PERSONAL PROTECTION TESTS, 230 V SINGLE PHASE:

    1. RCD 30 mA AC TEST

    Test current:      31.5 mA AC

    (5% above nominal trip current) Test current accuracy:  ±1.0 mA

    Max. test time:     300 ms

    Polarity selection:    0° and 180° of an input sine wave

    1. RCD 6 mA DC TEST

    Test current ramp    up at rate of 6 mA in 2.5 s,

    then held at 6 mA DC Test current accuracy:  ±0.5 mA

    Ramp polarity:     positive and negative ramp

    Max. test time:     12.5 s

    Polarity selection:    0° and 180° of an input sine wave

    PERSONAL PROTECTION TESTS, 120 V SINGLE PHASE / 240 V TWO PHASE

    1. GFCI/CCID 5 mA AC test

    Test current:      6 mA AC Test current accuracy:  ±0.5 mA Max. test time:     5.59 s

    Polarity selection:    0° and 180° of an input sine wave

    1. GFCI/CCID 20 mA AC test

    Test current:      21 mA AC

    (5% above nominal trip current) Test current accuracy:  ±0.5 mA

    Max. test time:     5.59 s

    Polarity selection:    0° and 180° of an input sine wave

    NUISANCE TRIPPING TESTS, 230 V SINGLE PHASE

    1. RCD AC ramp test

    Test current      AC current ramp up to 30 mA in 2 mA steps

    Test current accuracy:  ±0.5 mA Step time:       300 ms

    Max. test time:     4.5 s

    1. RCD DC ramp test

    Test current ramp    up at rate of 6 mA in 2.5 s,

    then held at 3 mA DC.

    Max. test time:     11.25 s

    NUISANCE TRIPPING TESTS, 120 V SINGLE PHASE / 240 V TWO PHASE

    1. GFCI/CCID 5 mA AC test

    Test current      AC current ramp up to 6 mA in 0.5 mA steps

    Test current accuracy:  ±0.5 mA Step time:       100 ms

    Max. test time:     1.2 s

    1. GFCI/CCID 20 mA AC test

    Test current      AC current ramp up to 20 mA in 1 mA steps

    Test current accuracy:  ±0.5 mA Step time:       100 ms

    Max. test time:     2 s

    TOUCH VOLTAGE TEST

    Options:        25 V or 50 V limit

    Test current typically 1/3 of RCD nominal test current

    TOUCH CONTACT PAD TEST

    Dangerous voltage indication at PE conductor

    POWER SUPPLY

    Battery:        Four AA cells

    CONNECTIONS

    Type 2 male – main test connection

    4 mm shrouded socket on base of handle RPE test return connection

    LANGUAGES

    User Interface:    English, French, German and Spanish

    User guide:     English, French, German and Spanish

    DIMENSIONS AND WEIGHTS

    Dimensions are (L x H x W)

    24 x 18 x 8.6 cm.

    Weight (without batteries)

    583 g

    SAFETY

    Standards      IEC 61010-1:2010

    Safety category    CAT II 300 V

    ENVIRONMENT

    Operational temperature: 0 ºC to 40 ºC Storage temperature   -10 ºC to 70 ºC

    Operating humidity   90% R.H. at +40 °C max Maximum altitude:   2000 m

    Dust and moisture ingress: IP40 to IEC60529 in use

    APPLICATION

    • Safety and operation checks on mode 2 and single phase mode 3 charge points (level 1 and two phase level 2 in the USA)
    • Connects to SAE J1772 Type 1 and Type 2 charger connectors only
    • Checking charger following installation before hand over to customer. This cannot be used for Installation Certification without the use of the EVCA210 and MFT1741+
    • Checking charger as part of a regular maintenance schedule
    • Checking charger following repair before hand over to customer
    • Checking chargers following manufacturing as part of a QA inspection
    • Fault checking when customer reports charger issues to car dealership/service centre

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