ALVA MFT Pro EV - Installation Multifunction Tester Kit
Automation | Innovation | Affordability
ALVA MFT Pro EV - Installation Multifunction Tester Kit
Di-LOG ALVA MFT Pro EV Kit – Advanced Installation and EV Charger Testing & Verification
Introducing the Di-LOG ALVA MFT Pro Multifunction Tester Kit, the premium model in the ALVA Series, enhanced with the Di-LOG DLEV1 EVSE Charge Point Adaptor Kit for complete Installation, EV charger testing and verification. Built to meet the latest industry standards, including full BS EN 61557 compliance, the ALVA MFT Pro EV combines precision, reliability, and advanced automation, making it the ultimate solution for electrical professionals.
Equipped with a vivid full-colour TFT display, this multifunction tester provides interactive pass/fail settings and supports a full range of RCD types, including AC, A, B, B+, EV, and F. It features automated Continuity & Earth Loop Auto Start, a secondary display for recorded results, and intelligent 2/3 wire high-current loop detection, eliminating manual selection errors.
Expanding its advanced testing capabilities, the ALVA MFT Pro EV includes 4mA continuity testing, which is ideal for inductive loads such as motor windings. Its Zmax and Imax tracking enables maximum recorded Earth Loop Impedance and Perspective Short Circuit Current (PSC) analysis, ensuring optimal safety and performance assessments.
Di-LOG ALVA MFT Pro EV Multifunction Tester Kit – Key Features:
- Full-Colour TFT Display: Provides a high-contrast screen with interactive pass/fail settings for enhanced user experience.
- Comprehensive RCD Testing: Supports types AC, A, B, B+, EV and F, ensuring compatibility with a wide range of installations, including EV charge points.
- Automated Continuity & Earth Loop Auto Start: Simplifies testing with a secondary display for recorded results, improving efficiency.
- Advanced Loop Testing with Intelligent Detection: The ALVA MFT Pro EV features Intelligent 2/3 Wire High-Current Loop Detection, which automatically identifies whether a 2-wire or 3-wire Loop/PSCC measurement is being conducted, eliminating manual selection errors.
- RCD-LOC+ Dynamic Non-Trip Loop Testing: this latest Xpert Loop Technology delivers high-accuracy low-current Earth Loop measurements with an adjustable test current feature, optimising test precision based on your RCD current. This ensures reliable loop impedance testing while maintaining maximum safety and accuracy in all environments.
- Advanced Fault Detection & Customisation: Offers variable RDC test feature, 1A RCD testing, and 4mA continuity testing, making it ideal for motor windings and inductive loads.
- EV Auto Test Sequence: Automates EV Charger Installation Verification with Earth Loop Testing, RDC-PD/MD Testing, AC RCD Testing, Ramp Testing, and Voltage Verification
- Integrated DLEV1 Charge Point Adaptor Kit: Enables full functional testing of Mode 3 EV charging stations, ensuring charge point performance and safety.
- Control Pilot & Protective Earth Testing: DLEV1 Verifies Control Pilot (CP) status, detects CP Error E, monitors PE Error, and performs a PE Pre-Test for added safety in EV charger installations.
- Earth Resistance Testing: Supports 3 or 4 pole methods (with optional accessory kit) for precise ground integrity assessments.
- Built-in Rechargeable Battery Charger: The ALVA MFT Pro EV is powered by six high-power NiMH rechargeable batteries, ensuring extended operation without the hassle of frequent battery replacements. The included charge plug allows convenient recharging, keeping your tester ready for use at all times.
- Data memory: The built-in memory storage enables users to store up to 1,000 recorded measurements, ensuring efficient data management, traceability, and seamless workflow integration
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Designed for comprehensive EV charger testing, the ALVA MFT Pro EV offers 1A RCD Testing alongside 6mA RDC-PD/MD capability, ensuring compliance with EV installations. The NEW EV Auto Sequence simplifies the verification process by automating Earth Loop Testing, RDC-PD/MD Testing, AC RCD Testing, Ramp Testing, and Voltage Verification, ensuring efficient and accurate results.
With the inclusion of the Di-LOG DLEV1 EVSE Charge Point Adaptor Kit, users can now verify the Control Pilot (CP) status, ensuring proper communication between the EV and the charging station. The kit also enables detection of CP Error E, which helps identify faults in the control pilot signal. Additionally, it provides PE Error Monitoring, which ensures the protective earth system is connected and functioning correctly. The PE Pre-Test Functionality further enhances safety by confirming the integrity of the protective earth before the charging process begins.
Further extending its versatility, the ALVA MFT Pro EV supports Earth Resistance Testing using 3 or 4 pole methods, allowing for precise ground integrity assessments when paired with the optional earth resistance accessory kit. Additionally, its built-in memory feature enables users to store up to 1,000 recorded measurements, ensuring efficient data management and traceability.
Designed for professionals seeking cutting-edge Installation and EV testing solutions, the Di-LOG ALVA MFT Pro EV delivers unmatched performance, accuracy, and compliance, making it the ideal choice for EV charge point verification and electrical installation safety testing.
Upgrade your Installation and EV testing capabilities with the ALVA MFT Pro EV—where precision meets innovation.
Specifications
ALVA MFT Pro Specifications |
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Measurement Range | Resolution | Basic Accuracy |
Voltage & Frequency |
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| AC Voltage TRMS 0V - 550V | 1V | ±2% ± 2 dgts |
| DC Voltage 0V - 550V | 1V | ±2% ± 2 dgts |
| Frequency 10 - 499Hz | 0.1Hz | ±0.2% ± 1 dgts |
Phase Rotation |
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0V - 550VMeasurement range BS EN 61557-7 | Right:1-2-3 ; Left: 3-2-1 | |
Continuity |
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| Low R (200mA) | 0.01Ω - 19.99Ω 20.1Ω - 99.9Ω 100Ω - 1999Ω | ±3% ± 3 dgts ±5% ± 5 dgts ±5% ± 5 dgts |
| Continuity (4mA) | 0.1Ω - 99.99Ω 100Ω - 1999Ω | ±5% ± 3 dgts ±5% ± 5 dgts |
Insulation |
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50V, 100V & 250V(50kΩ-80MΩ @ 50V | 100kΩ-199.9MΩ @ 100V & 250V) | <0.01MΩ - 19.999MΩ 19.99MΩ - 99.99MΩ 20.0MΩ - >199.9MΩ | ±5% ± 3 dgts ±5% ± 3 dgts ±5% ± 5 dgts |
500V & 1000V(500kΩ-199.9MΩ @ 500 & 1000V) | <0.01MΩ - 19.999MΩ 19.99MΩ - 99.99MΩ 20.0MΩ - >199.9MΩ 200MΩ - >999MΩ | ±5% ± 3 dgts ±5% ± 3 dgts ±5% ± 5 dgts ±10% |
Line Impedance (L-L | L-N) |
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0.20Ω - 9999ΩMeasurement range BS EN 61557-3 is 0.25Ω - 1999Ω | 0.01Ω - 19.99Ω 20.0Ω - 99.9Ω 100Ω - 9999Ω | ±5% ± 5 dgts |
Perspective Short Circuit Current (PSC) |
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| 0.00A - 19.99A 20.0A - 99.9A 100A - 999A 1.00kA - 9.99kA 10.0kA - 100.0kA | 0.01A 0.1A 1A 0.01kA 0.1kA | Calculated value taking into account the Earth Loop Accuracy of ±5% ± 5 dgts |
Earth Fault Loop Impedance (Z-loop L-PE High Current) |
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0.20Ω - 9999ΩMeasurement range BS EN 61557-3 is 0.25Ω - 1999Ω | 0.01Ω - 19.99Ω 20.0Ω - 99.9Ω 100Ω - 9999Ω | ±5% ± 5 dgts |
Perspective Earth Fault Current (PFC - High Current) |
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| 0.00A - 19.99A 20.0A - 99.9A 100A - 999A 1.00kA - 9.99kA 10.0kA - 100.0kA | 0.01A 0.1A 1A 0.01kA 0.1kA | Calculated value taking into account the Earth Loop Accuracy of ±5% ± 5 dgts |
Earth Fault Loop Impedance (Z-Loop (Zs) Non-Trip) |
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| 0.40Ω - 19.99Ω 20.0Ω - 9999Ω Measurement range BS EN 61557 is 0.75Ω - 1999Ω | 0.01Ω - 19.99Ω 20.0Ω - 99.9Ω 100Ω - 9999Ω | ±5% ± 10 dgts ±10% |
Perspective Earth Fault Current (PFC-Non-Trip) |
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| 0.00A - 19.99A 20.0A - 99.9A 100A - 999A 1.00kA - 9.99kA 10.0kA - 100.0kA | 0.01A 0.1A 1A 0.01kA 0.1kA | Calculated value taking into account the Earth Loop Accuracy of ±5% ± 5 dgts |
RCD Tripping Time |
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0.0 - 500.0ms(Measurement range BS EN 61557-6) | 0.1ms | ±3ms |
| Test Current - ½ x I∆n | 1 x I∆n | 2x I∆n | 5 x I∆n | ||
| RCD Types- AC | A | B | B+ | EV | F | S (Selective - Time Delayed) | ||
RCD Tripping Current |
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0.0 - 500.0ms(Measurement range BS EN 61557-6) | 0.1ms | ±3ms |
| 0.2 x IΔn - 1.1 IΔn (AC type) 0.2 x IΔn - 1.5 IΔn (A type, IΔn ≧30mA ) 0.2 x IΔn - 2.2 IΔn (A type, IΔn ≧10mA ) 0.2 x IΔn - 2.2 IΔn (B type) | 0.05 x IΔn | ±0.1 x IΔn |
| Nominal RCD Currents- 6mA | 10mA | 30mA | 100mA | 300mA | 500mA | 650mA | 1A | ||
Contact Voltage |
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| 3.0V - 9.9V 10.0V - 99.9V | 0.1V | -0/+10% ±10 dgts |
Earth Resistance RE (3-Wire & 4-Wire Method) |
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1.0Ω - 9999ΩMeasurement range BS EN 61557-5 is 100Ω - 1999Ω | 1.00Ω - 19.99Ω 20.0Ω - 99.9Ω 100Ω - 9999Ω | ±5% ± 5 dgts |
Earth Resistance Ro (4-Wire Wenner Method) |
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| 6.0 Ωm … 99.9 Ωm 100 Ωm ... 999 Ωm 1.00 kΩm ... 9.99 kΩm 10.0 kΩm ... 99.9 kΩm 100 kΩm ... 9999 kΩm Measurement range BS EN 61557-5 is 100Ω - 1999Ω | 0.1 Ωm 1 Ωm 0.01 kΩm 0.1 kΩm 1 kΩm 20.0Ω - 99.9Ω 100Ω - 9999Ω | ±5 % of + 5 dgts ±5 % of + 5 dgts ±10% ( Re 2kΩ…19.99kΩ) ±10% Re (2kΩ…19.99kΩ) ±20% Re (> 20 kΩ) |
General Information |
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| EN61010 Overvoltage Safety Rating | CAT III 600V | CAT IV 300V |
| Display | 480 x 320 TFT | LCD Screen |
| Power supply | 6 x AA 2100mAh NiMH batteries (included) | |
| Recharge Time | Typical 6 hours | |
| Dimensions | 250 x 107 x 135 mm | |
| Weight | 1300g (Excluding batteries) | |