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Megger MFT1741+ Multifunction Tester & EVCA210-UK EV Charge-Point Adapter Kit

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The Megger MFT1741+ Multifunction Tester & EVCA210-UK EV Charge-Point Adapter Kit includes:

  • Megger MFT1741+ Multifunction Tester with Standard Accessories
  • Megger EVCA210-UK Electric Vehicle Charge-Point Adapter with Standard Accessories

Please see the descriptions below for further information regarding these products.

Megger MFT1741+ Multifunction Tester Description

The Megger MFT1741+ Multifunction Tester can be used to troubleshoot and verify the functionality and safety of industrial, commercial and domestic fixed wiring installations, as well as electric vehicle charging points (when used with the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter). It is particularly well suited to testing low voltage electrical installations in areas with high electrical noise.

The Megger MFT1741+ Multifunction Tester includes all the tests required to complete the electrical certification for the aforementioned systems; please see the table below for an overview of the tests and functions supported by the Megger MFT1741+ Multifunction Tester.

Insulation Ranges
100 V X
250 V, 500 V X
1000 V X
Test voltage display X
Adjustable buzzer threshold X
Note Includes input protection against live circuits up to 600V even when the insulation test is locked on.
Continuity and Resistance Ranges
200 mA test X
15 mA test X
Adjustable buzzer threshold X
Loop Testing 
2 and 3 wire non-tripping L-PE 50 V ~ 280 V X
2 wire Hi current L-N 50 V ~ 280 V X
2 wire phase to phase L-L 50 V ~ 500 V X
PSCC and PFC (20 kA max.) X
Max. Zs display X
R1 + R2 value -
Touch voltage display on faulty earth X
Earth Electrode Test
2 and 3 pole * X
3 pole ART and Stakeless method * X
RCD Test 
1/2, 1, 5 x I and ramp RCD test X
Auto RCD test X
Type AC, A and S RCDs X
Type B (pure DC) RCDs X
Programmable RCD X
3-phase RCD (no earth) X
10, 30, 100, 300 and 500 mA RCD X
Auto sequence for EV charge point RCDs* X
Other Features 
Supply measurement X
True RMS (Voltage and Frequency) X
Leakage current measurement * X
Phase rotation X
Calibration certificate X
Rechargeable batteries (charger included) X
SP5 Switched probe included X
Warranty from Megger upgradeable to 3 years FREE X
Onboard memory with Bluetooth® download X
CAT IV 300 V / CATIII 600 V X
Hard moulded case -
Soft pouch with additional storage X
Confidence meter noise reduction X
New hardware loop test platform X
Notes * requires optional accessory
X = Included
- = Not Included 

 

Further to the above, the Megger MFT1741+ Multifunction Tester includes visual and audible hazardous voltage indicators. If a live voltage is detected during insulation or continuity tests the Megger MFT1741+ Multifunction Tester will alert the user by indicating the voltage on the display. If this voltage exceeds a safe value the Megger MFT1741+ will issue a warning beep and prevent the user from carrying out any further tests on the system. This protects both the user and tester from damage.

NEW Features

Non-Trip Loop Impedance Technology

In addition to increasing the efficiency of testing, non-trip loop impedance technology also prevents RCDs from influencing the total loop impedance value. As a result of this technology non-trip loop impedance tests can be performed in eight seconds.

Confidence Meter

The Megger MFT1741+ Multifunction Tester’s confidence meter illustrates the degree of confidence in the accuracy of the loop impedance measurement. The digital ARC indicates the analytical process and the measurement is continually monitored and adjusted with regard to the circuit noise. As loop impedance values are particularly susceptible to changes in circuit noise, the confidence meter has been included to indicate the reliability of these measurements.

Auto Sequence for EV Charge Point RCDs

When used with the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter (see below), the Megger MFT1741+ Multifunction Tester can be used to test electric vehicle charge points. To this end, the Megger MFT1741+ Multifunction Tester includes an automatic EV charge point RCD test sequence including a 6mA DC test.

Simple-to-Use & Ergonomic

Measurements are displayed on the Megger MFT1741+ Multifunction Tester’s large, clear, backlit, dual-readout display. Readings and test parameters are displayed in parallel; the Megger MFT1741+ Multifunction Tester also includes a digital/ analogue arc for indicating fluctuating readings.

The Megger MFT1741+ Multifunction Tester’s colour-coded function controls make accessing the test function and measurement range simple. These controls reduce the possibility of selecting an incorrect function or range. Furthermore, the Megger MFT1741+ Multifunction Tester does not include hidden or complicated measurement menus which also adds to the tester’s ease of use.

Also improving the Megger MFT1741+ Multifunction Tester’s ease-of-use is its ambidextrous design; it has TEST and LOCK functions on either side of the unit ensuring that it can be operated by both right- and left-handed users. Moreover, the Megger MFT1741+ Multifunction Tester supports hands-free operation as it features an automatic test start. This is particularly useful in situations where it is not practical for the user to press the TEST button, for instance, when he/she is holding probes and/or using the Megger MFT1741+ Multifunction Tester while on a ladder. The supplied neck strap also facilitates hands-free operation as the Megger MFT1741+ Multifunction Tester can be hung around the user’s neck.

Furthermore, the Megger MFT1741+ Multifunction Tester has been designed to stand independently. It also features an ingress protection rating of IP54, ensuring that it is resistant to dust and water ingress, and is powered by internal rechargeable batteries. The Megger MFT1741+ Multifunction Tester has a battery life of approximately four hours.

The Megger MFT1741+ Multifunction Tester is an easy-to-use and ergonomic test instrument with an eclectic array of test functions. It can be used, amongst other things, to verify the functionality and safety of EV charge points. 

Megger MFT1741+ Multifunction Tester Key Features

  • Troubleshoot and verify the functionality and safety of industrial, commercial and domestic fixed wiring installations
  • Check EV charge points using the Megger EVCA210-UK (see below)
  • Ideal for testing low voltage electrical installations in areas with high electrical noise
  • Includes all the tests required to complete the relevant electrical certification
  • Please see the table above for an overview of the MFT1741+’s testing capabilities
  • Visual and audible hazardous voltage indicators
  • Stops testing if a hazardous voltage is detected during insulation and continuity tests
  • NEW non-trip loop impedance technology
  • NEW confidence meter
  • NEW auto sequence for EV charge point RCDs
  • Large, clear, backlit, dual-readout display
  • Readings and test parameters are displayed in parallel
  • Digital/ analogue arc for indicating fluctuating readings
  • Colour-coded function controls
  • Function controls reduce the possibility of selecting the incorrect function or range
  • Does NOT include hidden or complicated measurement menus
  • Ambidextrous design: TEST and LOCK functions on either side
  • Automatic test start supports hands-free operation
  • Supplied with a neck strap
  • Stands independently
  • IP54
  • Powered by internal rechargeable batteries
  • Approximate battery life: four hours
  • Easy-to-use and ergonomic test instrument with an eclectic array of test functions

Megger EVCA210-UK Electric Vehicle Charge-Point Adapter Description

The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter can be used with the Megger MFT1741+ Multifunction Tester to verify the functionality and safety of single- and three-phase electric vehicle charge points according to IEC/ EN 61851-1 and IEC/HD 60364-7-722.

The Megger MFT1741+ Multifunction Tester can be front-mounted onto the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter via its mains socket. The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter also includes 4mm connection ports (L1, L2, L3, N and PE) and a CP signal terminal to which an oscilloscope can be connected, allowing the user to measure CP signals.

Furthermore, the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter is supplied with a type 2 connector for testing charging points with a panel-mounted socket or a fixed cable with a vehicle connector, and a type 1 connector for checking charging points with a fixed type 1 cable connector, such as those found on a Mitsubishi PHEV. The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter provides all the functions required to fully test Mode 3 AC electric vehicle charge points.

The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter simulates the connection of an electric vehicle to the charge point. Using the rotary switch, the user can set the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter to imitate Proximity Pilot (PP) or Control Pilot (CP) charging states.

Moreover, the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter can be used to simulate a CP “E” Error, an error on the control pilot circuit, or a PE Error (Earth Fault), which simulates the disconnection of the PE circuit. These manual tests can be easily engaged by pressing their corresponding function button; both error simulations can be used to check that the output of the charge point is disconnected correctly.

The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter also includes a manual PE Pre-Test which can be used to check whether dangerous voltages are present on the PE circuit. This test should be performed prior to commencing other checks; if the charging point fails this test any further investigation should be stopped until the fault has been found and resolved.

In addition to maintaining compliance with UK, European and other international wiring standards, the Megger EVCA210-UK Electric Vehicle Charge-Point Adapter has a safety rating of CAT II 300V and an ingress protection rating of IP54. It also conforms with the Low Voltage Directive LVD 2014/35.

The Megger EVCA210-UK Electric Vehicle Charge-Point Adapter is a compact and simple-to-use adapter specifically designed for testing the safety and functionality of electric vehicle charging stations.

Megger EVCA210-UK Electric Vehicle Charge-Point Adapter Key Features

  • Use with the Megger MFT1741+ (see above) to verify the safety and functionality of EV charge points
  • Suitable for checking single- and three-phase EV charge points
  • Check EV charge points in accordance with IEC/EN 61851-1 and IEC/ HD 60364-7-722
  • Mains socket
  • 4mm connection points: L1, L2, L3, N and PE
  • CP signal terminal for connecting an oscilloscope to measure the CP signals
  • Type 2 connector for testing charging points with panel-mounted sockets or a fixed cable with a vehicle connector
  • Type 1 connector for checking charging points with a fixed type 1 cable connector, such as those found on a Mitsubishi PHEV
  • Simulates the connection of an EV to a charge point
  • PP charging state simulation
  • CP charging state simulation
  • Rotary switch
  • Push-button for CP Error “E” simulation
  • Push-button for PE Error (Earth Fault) simulation
  • Push-button for PE Pre-Test
  • Compliant with UK, European and international wiring standards
  • IP54
  • CAT II 300V
  • Conforms with the Low Voltage Directive LVD 2014/35
  • A compact and simple-to-use adapter for testing EV charge points

What’s Included?

  • Megger MFT1741+ Multifunction Tester
  • Printed Quick Start Guide for MFT1741+
  • Full User Guide (CD) for MFT1741+
  • Calibration Certificate for MFT1741+
  • Megger SP5 Switched Probe
  • Megger Neck Strap
  • 3-Wire Lead Set with Prods and Clips
  • Mains Plug Test Lead (BS 1363)
  • AC Battery Charger
  • Large Soft Pouch with Extra Storage for MFT1741+
  • Megger EVCA210-UK Electric Vehicle Charge-Point Adapter
  • Type 1 Charging Plug
  • Type 2 Charging Plug
  • Soft Carry Case for EVCA210-UK
  • Instruction Manual for EVCA210-UK
Part Code

Megger MFT1741+ Multifunction Tester Technical Specifications

Insulation Test
Output voltage -0% +20% at rated load or less
Voltage display ±3% ±3 digits ±0.5% of rated voltage
Short circuit current 1.5 mA nominal test current
Test current on load 1 mA at min pass values of insulation
Insulation Accuracy 
1000 Volts 10 kΩ ~ 999 MΩ ±3% ±2 digits
500 Volts 10 kΩ ~ 500 MΩ ±3% ±2 digits
>500 MΩ ±10% ±4 digits
250 Volts 10 kΩ ~ 250 MΩ ±3% ±2 digits
>250 MΩ ±10% ±4 digits
100 Volts 10 kΩ ~ 100 MΩ ±3% ±2 digits
>100 MΩ ±10% ±4 digits
Resistance and Continuity 
0.01 Ω ~ 99.9 Ω ±2% ±2 digits
100 Ω ~ 99.9 kΩ ±5% ±2 digits
Open circuit voltage 5 V ±1 V
Test current (user selectable) (0 Ω ~ 2 Ω)
205 mA ±5 mA
15 mA ±5 mA (user selectable)
Loop Test
Live to earth/neutral supply 48 V ~ 280 V (45 Hz ~ 65 Hz)
Live to live supply 48 V ~ 500 V (45 Hz ~ 65 Hz)
L-N/L-L tests ±5% ±5 digits
L-E tests 0.1 Ω ~ 39.9 Ω ±5% ±5 digits ± noise margin
40.0 Ω ~ 1000 Ω ±10% ±5 digits
Display range 0.01 Ω ~ 1000 Ω
Live to earth PFC range 20 kA
Live to live PSCC range 20 kA
Notes

† Reference conditions apply

For test environments see service data

RCD Tests
Supply up to 100 mA 48 V ~ 480 V (45 Hz ~ 65 Hz)
Supply up to 1 A 48 V ~ 280 V
RCD type Type AC, A, S
Type B (pure dc)
No trip test (1/2xI) –10% ~ –0%
Trip test (1xI, 2xI and 5xI)+0% ~ +10%
EV 30 mA ac, 6 mA dc (Mode 1 + 2)
(Mode 1 + 2) Ramp Test
Touch voltage (0 ~ 253 V) +5% +15% ±0.5 V
Trip time ±1% ±1 ms
Trip current ±5%
Step Increments
VAR (variable RCD selection) 10 mA ~ 50 mA 1 mA steps
50 mA ~ 500 mA 5 mA steps
500 mA ~ 1000 mA 10 mA steps
Supply Measurement 
Voltage 10 V ~ 600 V
(15 ~ 400 Hz) True RMS
±3% ± 1 V ±2 digits
Phase rotation indication L1–L2–L3 and L1–L3–L2
Frequency 15 Hz ~ 99 Hz ±0.5% ±1 digit
100 Hz ~ 400 Hz ±2.0% ±2 digits
Frequency resolution 0.1 Hz
Power Supply 
Batteries IEC LR6 type AA alkaline (6 cells - supplied) or 1.2 V NiMH (rechargeable pack of 6 – supplied)
Mains charger for on-board re-charging (4 hours typical) 12 V car charger (cigar lighter lead - optional)
Earth/ Ground Test
Resolution 0.01 Ω
Current 0.45 mA or 4.5 mA
Noise rejection 20 V pk/pk (7 V rms)
Max probe resistances Rp and Rc
100 kΩ @ 50 V
5 kΩ @ 25 V
2 and 3 pole method (0.01 Ω ~ 1.999 kΩ)
±2.0% ±5 digits
ART method (1.00 Ω ~ 1.999 kΩ)
±5.0% ±5 digits*
Stakeless method  (1.00 Ω ~ 199 Ω)
±7.0% ±5 digits*
Current
(via optional clamp meter) ±5.0% ±3 digits.
Range 0.1 mA to 200 A ac
Resolution 0.1 mA
mV Sensor Input 
Including temperature (third party module) ±1.0% ±2 digits
Range 0.0 mV to ±199.9 mV dc
Resolution 0.1 mV
Data storage
Capacity 1000 results
Bluetooth® communication
Safety IEC 61010-1:2010
IEC 61010-30:2010
IEC 61010-031:2008
600 V CAT III / 300 V CAT IV
(Max Phase to Phase 600 V)
IEC 61557:2007 parts 1 to 10
EMC IEC61326 edition 2 location class B
Operating temperature range and humidity -10 °C ~ +55 °C
90% R.H. at +40 °C max
Storage temperature range and humidity -25 °C ~ +70 °C
Maximum altitude 2000 m
Weight (instrument and case) 1 kg (with batteries, excluding case)
Dimensions (instrument and case) 220 mm H x 390 mm W x 285 mm D
IP rating IP54
Calibration temperature +20 °C
Temperature coefficient <0,1% per °C For test environments see service data.

Megger EVCA210-UK Electric Vehicle Charge-Point Adapter Technical Specifications

Input voltage Up to 250 V (single phase system) / up to
430 V (three phase system)
Input Frequency 50/60 Hz
PE Pre-Test Yes - Push button
CP Error “E” simulation Push button
PP Simulation NC, 13 A, 20 A, 32 A, 63 A
CP States A, B, C, D
CP Error “E” Yes
PE Error (Earth fault) Yes
Measuring Ports L1, L2, L3, N and PE Max. 250/430 V, CAT II 300 V, max. 10 A
Mains socket Max. 250 V, CAT II 300 V max. 10 A,
Note: Do not load mains socket
simultaneously with measuring ports!
CP Signal Test Ports Approx. +/-12 V, CAT 0 (under normal
condition)
In case of wrong wiring or error of the
charging station these terminals
Measurement category CAT II 300 V
Altitude above sea level. 2000 m max
Weight Approx: 780g
IP-rating IP54
CE directive Low Voltage Directive LVD 2014/35/EU
Safety IEC/EN 61010-1:2010
IEC/EN 61010-2-030:2010
Working temperature range 0 ... +40 °C
Storage temperature range -10 ... +50 °C
Reference humidity range 10 ... 60% relative humidity w/o condensation
Working humidity range 10 ... 85% relative humidity w/o condensation

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