Megger MFT-X1-EV Multifunction Installation Tester with EVCA210 EV Adapter —MyMeter Special Kit— | Low Voltage Electrical Testing Tool for PV & EV Charge Point | Confidence Meter™ Included

$3,995.00 .( $4,394.50 inc. GST )


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    The MyMeter Special Kit: Megger MFT-X1-EV Multifunction Installation Tester with EV Adaptor is the ultimate value pack for electrical professionals. This portable, user-friendly tool is perfect for accurate testing of low voltage installations, including EV charge points and photovoltaic systems. With its patented Confidence Meter™, colour display, and upgradeable software, it simplifies compliance while boosting efficiency. Get everything you need in one incredible kit—exclusively from MyMeter!

    PDF download MFT-X1 Multifunction tester Datasheet

    Download icon Electrical testing certification software

    SKU: MEG,MFT-X1-EV Category: Tag:

    Megger MFT-X1-EV Multifunction Installation Tester with EV Adaptor

    Includes EVCA210-AU EV Adapter and first 12 months Subscription CertSuite Certification Software (only available through MyMeter)

    The Megger MFT-X1-EV Multifunction Installation Tester is your go-to solution for testing low voltage electrical installations. Specially designed for the installation, maintenance, and fault diagnostics of low voltage setups—including Electric Vehicle (EV) charge points and domestic photovoltaic (PV) systems—this tester encompasses everything you need in a single, portable device.

    Megger Confidence Meter Technology: Faster and More Accurate Loop Testing

    The Megger Confidence Meter technology revolutionises loop impedance testing by delivering faster, more reliable results. Supporting all loop impedance ranges, this patented technology significantly reduces test times for non-trip loop testing—down to just 7 seconds on quiet circuits. It also optimises testing in noisy electrical supplies, ensuring accurate and stable results.

    The Confidence Meter actively monitors test progress and detects noise on the circuit, eliminating erroneous readings and providing consistent results every time.

    Easily Download and Manage Results with the MFT-X1 and CertSuite

    With the MFT-X1, installation test results can be tagged with circuit data and seamlessly transferred for efficient record-keeping. Combined with the CertSuite software, managing and certifying your test results has never been easier.

    Whether you need faster testing, accurate measurements, or simplified report management, Megger tools are designed to enhance your electrical testing workflow.

    Key Features

    • Multi-function Testing Capabilities
      The MFT-X1-EV consolidates essential building-wiring tests into one instrument, allowing electricians and technicians to efficiently assess a variety of systems. This multifunctional capability ensures that you can perform installation, maintenance, and troubleshooting tasks seamlessly and effectively.
    • Patented Confidence Meter™
      Unique to Megger, the Confidence Meter™ helps eliminate noise effects during Loop tests, providing you with accurate and reliable results every time. This feature enhances the quality of your testing and instills confidence in your measurements.
    • User-Friendly Interface and Colour Display
      The intuitive interface simplifies operations, reducing the learning curve for new users while also minimising operator error. The colour display provides clear visual feedback, ensuring that readings are easy to interpret.
    • Results Storage and Upgradeable OS
      The ability to store results and download them later is invaluable for maintaining records and ensuring compliance with current standards. The MFT-X1-EV is also equipped with an upgradeable operating system, keeping your device aligned with the latest regulations and enhancements in testing technology.
    • Ideal for Diverse Applications
      This multifunction tester is specifically tailored for photovoltaic (PV) testing, Electric Vehicle (EV) charge point assessments, and RCD installation and maintenance tasks. Its versatility makes it an essential tool for professionals working across various sectors.

    Specifications

    • Weight & Portability: Lightweight and portable design for ease of transport between job sites.
    • Durability: Built to withstand the rigours of daily use, ensuring longevity and reliability.
    • Certification Software: Comes with a 12-month subscription to Certsuite Certification Software, simplifying the certificate generation process.

    Why Choose the Megger MFT-X1-EV?

    Investing in the Megger MFT-X1-EV Multifunction Installation Tester means equipping yourself with a top-tier tool crafted by a leader in the electrical testing industry. The combination of accuracy, ease of use, and integration of EV and PV testing capabilities places this instrument ahead of competitors. Suitable for both seasoned professionals and newcomers, the MFT-X1-EV is designed to meet the evolving needs of the electrical industry.

    In summary, the Megger MFT-X1-EV isn’t just another tester; it’s an all-in-one solution that combines functionality, safety, and convenience. Elevate your testing capabilities and ensure compliance with high standards by choosing the Megger MFT-X1-EV Multifunction Installation Tester today.

    Weight .5 kg

    SPECIFICATIONS

    FUNCTIONAL SUMMARY

    Voltage measurement

    Voltage range

    0.001 V to 2 V (mV range) 2 V to 600 V (V range),

    1000 V DC (Non-CAT rated circuits)

    Voltage type:

    Trms, AC, DC

    Phase sequence

    Automatic phase sequence testing on detection of valid three phase supplies

    Current measurement (non-contact)

    AC Trms

    Using optional accessories: MCC1010 current clamp

    Measurement Range

    MCC1010: 1 mA to 300 A

    Continuity/Resistance

    Measurement range Digital display

    0.01 Ω to 999 kΩ Auto-ranging

    Measurement Range Analogue arc

    0 Ω to 1 MΩ log scale

    Test voltage

    4 V DC to 5 V DC

    Test current (Nominal)

    >200 mA 0 Ω >< 2 Ω

    10 mA

    Auto reduction on high resistance (actual current reported in display)

    Test polarities

    Forward polarity

    Buzzer resistance range

    > 0.01 Ω < 2 kΩ

    Buzzer threshold

    0.3, 0.5, 1, 2, 3, 4, 5, 10, 20, 30, 40, 50, 100, 200 Ω

    Insulation testing

    Measurement range Digital display

    0.001 MΩ to 999 MΩ Auto-ranging

    Measurement range Analogue arc

    0.001 MΩ to >1000 MΩ log scale

    Insulation test voltages

    50 V DC to 1000 V DC + Variable 50 V to 999 V

    Test current

    1 mA to 2 mA

    Stabilised output voltage

    Output test voltage stabilised to -0% +2% +2 V

    True Loop™ loop impedance testing

    2 Wire – all modes

    Test types

    Mode 1: Non-Trip

    Mode 2: High current

    Mode 3: High resolution

    Resolution

    Non-Trip:   0.01 Ω

    High current:  0.01 Ω

    High resolution: 0.001 Ω

    Voltage range

    Non-trip: 48 V AC to 280 V AC

    High current: 48 V AC to 550V AC

    High resolution: 48 V AC to 550 V AC

    Frequency range

    45 Hz to 65 Hz (all modes)

    3 Phase testing

    Non-trip: Single phase only

    High current: Three phase

    High resolution: Three phase

    3 wire – non-trip

    Test types

    RCD (non-trip)

    RCD EV (non-trip on 6mA EV RDCs)

    Resolution

    0.01 Ω

    Voltage range

    48 V AC to 280 V

    Frequency range

    45 Hz to 65 Hz

    3 Phase testing

    Single phase only

    Volt drop

    Volt drop calculation

    Requires Zref (Ze) and circuit current (I-vdrop)

    Accuracy

    Dependent on loop impedance accuracy

    RCD testing

    RCD types supported

    Type AC, A, B, AC(S), A(S), B(S)

    Auto RCD sequence

    1 / 2x I∆n, 1x I∆n, 2x I∆n, 5x I∆n, Ramp, 0º / 180º

    (customer configurable)

    Ramp testing

    10 mA to 1000 mA

    RDC testing

    6 mA RDC

    Fault (Touch) voltage

    0 V to 253 V

    Earth testing

    2 wire

    2 wire earth resistance test

    3 wire

    3 wire earth resistance

    3 wire ART

    3 wire testing with additional MCC1010 current clamp

    Stakeless

    Stakeless testing using the MCC1010 and MVC1010 clamps

    SPECIFICATIONS

    Voltage measurement

    Function

    Range

    Accuracy

    Voltage DC

    0 V – ±1000 V

    ±1% ± 3 digits

    Voltage AC/TRMS

    0 V – 600 V (15 – 500 Hz)

    ±2% ± 1 digits

    Frequency

    15 Hz – 99 Hz

    100 Hz – 500 Hz

    ±0.5% ± 2 digit

    ±2.0% ± 2 digit

    Millivolt measurement

    Function

    Range

    Accuracy

    mV AC/TRMS

    0 mV to 1999 mV (50 / 60 Hz)

    ±1% ± 3 digits

    mV DC

    0 mV to ±1999 mV

    ±1% ± 3 digits

    Live Earth detection

    Indicates if the PE terminal is live when selecting the Loop or RCD test ranges. The relevant Loop or RCD test is inhibited.

    Current

    Function

    Range

    Accuracy

    Current AC/TRMS

    0.001 A – 0.100 A

    ±2% ±3 digits

    0.100 A – 2.000 A

    ±2% ±3 digits

    2.00 A – 20.00 A

    ±2% ±3 digits

    20.0 A – 300.0 A

    ±2% ±3 digits

    Frequency Bandwidth

    15 Hz – 500 Hz

    Influence of Frequency

    30 Hz – 500 Hz ≤0.25 %

    Resistance and Continuity

    Function

    Range

    Test Current

    Accuracy

    200 mA

    0.01 Ω – 99.9 Ω

    (0 Ω – 2 Ω) 205 mA ±5 mA

    ±3% ±2 digits

    10 mA

    0.01 Ω – 99.9 Ω

    10 mA

    ±3% ±2 digits

    100 Ω – 999 kΩ

    ±5% ±2 digits

    Open circuit voltage

    4 V to 5 V

    EN61557-4 Measurement Range: 0.10 Ω to 999 kΩ.

    Safety and electrical protection

    Safety rating:

    CAT III 600 V / CAT IV 300 V to EN 61010, IEC 61010-031 : 2015,

    IEC 61010-030.

    Safety category rating valid to altitude of 2000 m.

    Live voltage:

    Active live voltage protection to 600 V between any test terminals without blowing a fuse. Live voltage warning on display and audible when >5 V is applied between any test terminals. Fuse protected to

    1000 V, fuses are not user changeable.

    Insulation test

    Function

    Range

    Accuracy

    1000 V

    0.001 – 999 MΩ

    ±3% ±2 digits

    500 V

    0.001 – 500 MΩ

    ±3% ±2 digits

    > 500 MΩ

    ±10%

    250 V

    0.001 – 250 MΩ

    ±3% ±2 digits

    > 250 MΩ

    ±10%

    100 V

    0.001 – 100 MΩ

    ±3% ±2 digits

    > 100 MΩ

    ±10%

    50 V

    0.001 – 50 MΩ

    ±3% ±2 digits

    > 50 MΩ

    ±10%

    VAR

    50 V – 999 V

    Leakage current > 1 mA

    ±3% ±2 digits

    Leakage current < 1 mA

    ±10%

    Leakage current

    0.1 µA – 1.99 mA

    ±10%

    Output voltage

    -0% +2% +2 V at rated load or less

    Voltage display

    ±1% ± 3 V

    Short circuit current

    1.5 mA nominal

    Test current on load

    1 mA at min pass values of insulation

    Maximum capacitance

    2 µF for a stable reading, 5 µF absolute limit

    EN61557-2 Measurement Range: 0.10 MΩ to 999 MΩ.

    Loop 2-Wire  No RCD (L-PE, L-N or L-L)

    Function

    Range

    Accuracy

    2-Wire HR

    0.001 – 9.999

    ±2% ±0.030 Ω

    2-Wire

    0.01 Ω – 9.99 Ω

    ±2% ±5 digits

    10.0 Ω – 99.9 Ω

    ±10% ±5 digits

    100 Ω – 1999 Ω

    ±10% ±5 digits

    Supply Voltage

    48 V – 550 V

    Supply Frequency

    45 Hz – 65 Hz

    Can be used to measure supply source resistance quickly and reliably between Line and PE or two Live conductors up to 550 V.

    EN61557-3 Measurement Range: 0.30 Ω to 1999 Ω

    Loop 2-Wire L-PE with RCD

    Function

    Range

    Accuracy

    0.01 Ω – 1999 Ω

    ±10% ±5 digits

    Supply Voltage

    48 V – 280 V

    Supply Frequency

    45 Hz – 65 Hz

    Note: Uses the Megger Confidence Meter to measure the supply source impedance of circuits protected with an RCD rated

    ≥30 mA when there are only two connections possible. When a neutral is available the three-wire test will provide a quicker, more accurate result.

    Note: RCD may trip if there are high leakage currents in the circuit under test. This measurement is immune to the effect of inductance found in some RCDs as it measures resistance (RCD Uplift).

    EN61557-3 Measurement Range: 1.00 Ω to 1999 Ω

    Loop 3-Wire L-PE with RCD

    Designation

    Test Current

    Application

    RCD

    15 mA

    For circuits protected by an RCD rated <= 30 mA

    RDC EV

    3 mA

    For EV charger circuits protected by a RDC and a Type A RCD

    rated <= 30 mA

    Function

    Range

    Accuracy

    0.01 Ω – 9.99 Ω

    ±2% ±5 digits

    10.0 Ω – 199 9 Ω

    ±10% ±5 digits

    Supply Voltage

    48 V – 280 V

    Supply Frequency

    45 Hz – 65 Hz

    Note: Uses the Megger Confidence Meter to measure the supply source impedance of circuits protected with an RCD when three connections are possible. The L-N Loop resistance needs to be less than 12 Ω. The resistances of the L-PE, L-N and N-PE loops

    are all shown, and the accuracy of the L-PE resistance depends on the maximum resistance displayed. When the neutral is not available the two-wire test must be used.

    Note: RCD may trip if there are high leakage currents in the circuit under test. This measurement is immune to the effect of inductance found in some RCDs as it measures resistance.

    EN61557-3 Measurement Range: 1.00 Ω to 1999 Ω

    RCD Tests Types A and AC

    RCD Types

    AC, A, AC(S), A(S)

    RCD Rated Current (IΔn)

    10 mA, 30 mA, 100 mA, 300 mA,

    500 mA, 650 mA, 1000 mA, VAR

    ½ I no-trip Test Current

    -10% – +0% 0.5 IΔn

    1 I, 2 I, 5 I trip test – AC current

    -0% – +10% M • IΔn

    1 I, 2 I, 5 I trip test – pulsed DC current

    -0% – +10% 1.4 • M • IΔn

    Trip time

    ±10%

    Ramp trip test current

    ±5%

    Fault Voltage (0 V – supply)

    +5% +15% ±0.5 V

    Supply Voltage

    48 V – 280 V

    Supply Frequency

    45 Hz – 65 Hz

    Type B

    RCD Types

    B, B(S)

    RCD Rated Current (IΔn)

    10 mA, 30 mA, 100 mA, 300 mA, 500 mA

    ½ I no-trip Test Current

    -10% – +0% (0.5 IΔn)

    1 I, 2 I, 5 I trip test Current

    -0% – +10% (2 IΔn)

    Trip time

    ±10%

    Trip current (ramp)

    ±5%

    Fault Voltage (0 V – supply)

    +5% +15% ±0.5 V

    Supply Voltage

    48 V – 280 V

    Supply Frequency

    45 Hz – 65 Hz

    RDC (Type EV) with a 30 mA Type A RCD

    Test current

    2.0 mA increasing to 6.3 mA before being held at that current for 10s.

    Trip time

    ±1% ±1 ms

    Trip current (ramp)

    ± 5%

    Fault Voltage (0 V – supply)

    +5% +15% ±0.5 V

    Supply Voltage

    48 V – 280 V

    Supply Frequency

    45 Hz – 65 Hz

    Earth

    Function

    Range

    Accuracy

    2-Wire test

    0.01 Ω – 1999 Ω

    ±2% ±3 digits

    Test Frequency

    128 Hz

    Test Current

    4.5 mA

    Maximum auxiliary electrode

    resistance (3-wire test)

    5 kΩ

    Note: The 2-wire earth test measures resistance between the blue and green terminals using a 128 Hz square wave; the result includes the resistance of test leads.

    EN61557-5 Measurement Range: 1 Ω to 1999 Ω.

    Function

    Range

    Accuracy

    3 wire test

    0.01 Ω to 1999 Ω

    ±2% ±3 digits

    Test frequency

    128 Hz

    Test current

    25 V, 4.5 mA

    Maximum auxiliary electrode

    resistance

    5 kΩ for 25V

    Function

    Range

    Accuracy

    3P ART

    0.01 Ω to 1999 Ω

    ±5% ±3 digits

    Test frequency

    128 Hz

    Test current

    25 V, 4.5 mA

    Minimum test current

    through the clamp

    5 %

    Maximum auxiliary electrode

    resistance

    5 kΩ for 25V

    or 100 kΩ for 50 V

    EN 61557-5 Measurement Range: 1 Ω to 1999 Ω.

    Function

    Range

    Accuracy

    Stakeless

    1.0 Ω to 60 Ω

    ±7% ±5 digits

    Test frequency

    128 Hz

    EN 61557-5 Measurement Range: 1.00 Ω to 40.0 Ω.

    Power supply

    Li-ion rechargeable

    7.2 V DC 4400 mAh (non-serviceable) + charge status indication

    Battery charger (Li-ion)

    Input: 110 V / 230 V AC, 50/60Hz, 1.3 A

    Output: 3 A, 8.4 V DC

    Battery life (Li-ion)

    Li-ion: 4400 mAh = >15 hrs*

    Continuity: Approximately 2000 tests using Li-ion battery (0.5s test every 30s per EN 61557)

    Insulation: Approximately 1400 tests using Li-ion battery (0.5s test every 30s per EN 61557)

    Earth: Approximately 1600 tests using Li-ion battery

    *times based on typical daily test profile

    Battery charging time

    Li-ion: 2.5 to 3 hrs (ambient temperature dependent)

    LR6 (AA) battery module

    8 x LR6 (AA) Alkaline batteries

    Environmental

    Conditions

    Range

    Operating Temperature

    -10 °C to +55 °C

    Storage Temperature

    -25 °C to +70 °C

    Operating Humidity

    90% R.H. at +40 °C max

    Ingress Protection

    IEC 60529: IP 54 : Equipment is protected against ingress of dust and water splashes and is

    suitable for indoor and outdoor use.

    Vibration

    MIL-PRF-28800F:class 2

    Maximum operating altitude

    2000 m

    Pollution degree

    2

    Mechanical

    Length

    274 mm (10.79 ”)

    Width

    96 mm (3.78 ”)

    Depth

    143 mm (5.63 ”)

    Weight – Instrument only

    1.57 kg (3.46 Ib)

    Shipping weight

    5.6 kg (12.35 ib)

     

    FEATURES

    Megger MFT-X1

    • True Loop™ test with patented Confidence Meter™
    • CertSuite Installation compatible Bluetooth® result transfer
    • Next generation 2-wire and 3-wire non-trip loop testing
    • User upgradeable operating system
    • High resolution 0.001Ω loop test
    • Automatic volt-drop measurement
    • Stabilised insulation test voltage
    • Configurable RCD and EV auto-sequence tests
    • Fast switch rechargeable plug-in battery pack
    • Full colour TFT bonded display
    • Re-designed lead set and carry case solution
    • IP54 operational housing

    EVCA210

    • Type 2 Charging Plug for charging points with panel mounted socket outlet or fixed cable with vehicle connector
    • Type 1 Charging Plug for charging points with fixed cable and vehicle connector (not included, sold separately)
    • (Example Mitsubishi PHEV) – option for the EVCA210/standard on the EVCA21
    • CAT II 300 V rated
    • Comes with carrying case
    • Complies with Low Voltage Directive LVD 2014/35

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