Megger MFT-X1 EVSE Test Kit
The Megger MFT-X1 EVSE Test Kit comes complete with a Megger MFT X-1 Multifunction Tester and a Megger EVCA210-UK Electrical Vehicle Charger Adaptor. The MFT-X1 is designed to be used on all single or 3 phase domestic, commercial and industrial installations. Capable of performing a wide range of tests including high resolution 0.001Ω loop testing, automatic volt drop measurement, stabilised installation test voltage, configurable RCD and EV test sequence tests. The EVCA210-UK adaptor is an easy to use electrical connector designed to throughly test Mode 3 AC Electric Vehicle charge points.
Megger MFT-X1 Multifunction Tester
The MFT-X1 is suitable for both EV charge point installation testing with RCD Type B or RDC protected charge points. Used alongside the Megger EVCA adaptor, The MFT-X1 can test and maintain all known EV chargers. The Megger MFT-X1 features a high contrast 480 x 272 colour display (with monochrome mode) and an enhanced colour-coded test selection rotary dial for ease of use in all lighting conditions. The MFT-X1 is deigned for the electrical testing of single and 3-phase installations. Using the patented confidence meter True loop measurements can be taken and is fully compatible with CertSuite for easy certificate generation and reporting.
Incorporating a stabilised insulation test voltage to ensure the output voltage is accurate within +/-3% +2 digits. The MFT-X1 provides a highly accurate test voltage without the risk of over voltage damage to circuits and components.
The Megger MFT-X1 can be powered with either the included Megger Li-ION battery pack or using standard NiMH or Alkaline batteries. The rechargeable Li-ION battery can be swapped with the AA carrier module, providing a fast and flexible battery solution. The IP54 housing and CAT IV 300V safety rated providing users with a rugged and water proof carry case for a full days work even in challenging environments.
Megger EVCA210-UK Electric Vehicle Charge Point Adaptor
The Megger EVCA210-UK Electric Vehicle Charge Point Adaptor is built to simulate the connection between an electrical vehicle and a charging point that is being tested. The EVCA210 adaptor using its intuitive interface can determine dangerous voltages that are present on the PE. Both Type 1 and Type 2 plugs are supplied with unit with Type 1 plugs for charging points with fixed cables and vehicles connectors and Type 2 plugs used for fixed cables with vehicle connectors air charging points featuring panel mounted socket outlets. This instrument boasts an input voltage of up to 250V in a single phase system, up to 430V in a three phase system and input frequency of 50/60Hz.
The EVCA210 incorporates front mounted mains sockets and 4mm connection ports (L1, L2, L3, N and PE) for performing measurements on live conductors whilst the two additional CP signal thermals so a technician can measure CP signal signal via an oscilloscope. The EVCA210 is IP54 rated offering protection from dust ingress and encased in a soft carry case. The CAT II 300V device conducts testing in accordance with IEC/EN 61851-1 and IEC/HD 60364-7-722 regulations. The unit is also compliant with Low Voltage Directive LVD 2014/35 and in line with EC/EN 61010-1:2010 and IEC/EN 61010-2-030:2010 safety standards.
Megger Certsuite™ Electrical Certification Software - Single User, 12 Month Licence
The Megger MFT-X1 Multifunction Tester is compatible with the Megger Certsuite™ Electrical Certification Software - Single User, 12 Month Licence is a cloud based system compatible with both Android and iOS smart devices as well as a number of browsers (Chrome, Microsoft Edge, Firefox, Safari and Opera) for use on laptops or desktop PC's.
Certsuite™ offers users a software licence that is fully compliant and maintained to the latest amendments of BS7671. Offering. secure software package for printing and storing professional certificates and reports, users are able to use the software both online and offline. When used online the Certsuite™ software, data and test measurements are automatically synced to the cloud. When work is conducted offline, the data and test results can be added and uploaded once the internet connection is restored. Site and customer information can be preloaded to help reduce down time, colleagues can access and upload data from the same job at the same time.
