FLIR EV86-T2 EV Charger Analyzer with Meterlink

 
  • Designed for EV charger service technicians
  • Automated testing speeds EVSE diagnostics
  • Built-in Type 2 with Type 1 converter
  • Bluetooth Meterlink supports mobile reports

£1,950.00 (ex VAT)

£2,340.00 (inc VAT)

Earn 1950 points

Usually ships In 1 to 2 weeks

Why buy from Test4Less?

  • Designed for EV charger service technicians
  • Automated testing speeds EVSE diagnostics
  • Built-in Type 2 with Type 1 converter
  • Bluetooth Meterlink supports mobile reports
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£1,950.00 (ex VAT)

£2,340.00 (inc VAT)

Earn 1950 points

Usually ships In 1 to 2 weeks

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FLIR EV86-T2 EV Charger Analyzer with Meterlink

The FLIR EV86-T2 EV Charger Analyzer with Meterlink is an all-in-one instrument for testing the safety and performance of AC EV charging stations in residential and commercial settings. It supports Level 1 and Level 2 chargers and combines automated test sequences with clear pass or fail results. A built-in Type 2 connector and included Type 2 to Type 1 converter provide connection options for compatible charging equipment.

Technicians can carry out complete EVSE diagnostics using Control Pilot state simulation, CP waveform analysis, RCD performance verification, error simulation and loop impedance measurement. Protective Earth pre-testing checks for hazardous voltage before testing, while pre-test voltage verification supports safer inspection work. Voltage phase indication covers L1, L2, L3, PE and N.

The FLIR EV86-T2 EV Charger Analyzer with Meterlink also supports faster recording and reporting through Bluetooth Low Energy connectivity. Meterlink connectivity enables wireless data transfer to the FLIR Meterlink app for mobile report generation, data management and sharing from a mobile device. A 3.5 in. TFT-LCD, rechargeable lithium battery and stated 12-hour continuous battery life support practical use during testing work.

 

Key Benefits
  • Automated test sequences reduce the number of manual testing steps.
  • Protective Earth pre-testing helps verify that hazardous voltage is not present before testing begins.
  • Clear pass or fail results make inspection findings easier to review.
  • Control Pilot simulation and waveform analysis support detailed EVSE fault finding.
  • RCD testing supports both trip-time and ramping-current checks.
  • Loop impedance measurement adds another diagnostic check for charger operation.
  • Bluetooth Low Energy enables wireless transfer of test data over a stated range of 10 m.
  • Meterlink app connectivity supports mobile reporting, data management and sharing.
  • Built-in Type 2 connectivity and the included Type 1 converter provide support for both connector types.
  • A rechargeable battery with up to 12 hours of continuous stated operation supports extended test sessions.

 

Common Applications

FLIR EV86-T2 EV Charger Analyzer with Meterlink is suitable for a range of testing, maintenance and inspection tasks, including:

  • Safety and performance testing of AC EV charging stations.
  • Testing Level 1 and Level 2 EV chargers.
  • Residential EV charging station diagnostics.
  • Commercial EV charging station diagnostics.
  • Control Pilot state simulation and waveform analysis.
  • Protective Earth pre-testing before charger inspection.
  • RCD trip-time and ramping-current testing.
  • Loop impedance measurement during EVSE diagnostics.
  • Voltage phase indication for L1, L2, L3, PE and N.
  • Wireless report generation and test-data management through Meterlink connectivity.

 

Why Choose This Model?

The FLIR EV86-T2 EV Charger Analyzer with Meterlink combines automated EVSE testing, Type 2 and Type 1 connection support, Protective Earth pre-testing, RCD checks, loop impedance measurement and Bluetooth Meterlink reporting in one instrument.

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FLIR EV86-T2 EV Charger Analyzer with Meterlink

The FLIR EV86-T2 EV Charger Analyzer with Meterlink is an all-in-one instrument for testing the safety and performance of AC EV charging stations in residential and commercial settings. It supports Level 1 and Level 2 chargers and combines automated test sequences with clear pass or fail results. A built-in Type 2 connector and included Type 2 to Type 1 converter provide connection options for compatible charging equipment.

Technicians can carry out complete EVSE diagnostics using Control Pilot state simulation, CP waveform analysis, RCD performance verification, error simulation and loop impedance measurement. Protective Earth pre-testing checks for hazardous voltage before testing, while pre-test voltage verification supports safer inspection work. Voltage phase indication covers L1, L2, L3, PE and N.

The FLIR EV86-T2 EV Charger Analyzer with Meterlink also supports faster recording and reporting through Bluetooth Low Energy connectivity. Meterlink connectivity enables wireless data transfer to the FLIR Meterlink app for mobile report generation, data management and sharing from a mobile device. A 3.5 in. TFT-LCD, rechargeable lithium battery and stated 12-hour continuous battery life support practical use during testing work.

 

Key Benefits
  • Automated test sequences reduce the number of manual testing steps.
  • Protective Earth pre-testing helps verify that hazardous voltage is not present before testing begins.
  • Clear pass or fail results make inspection findings easier to review.
  • Control Pilot simulation and waveform analysis support detailed EVSE fault finding.
  • RCD testing supports both trip-time and ramping-current checks.
  • Loop impedance measurement adds another diagnostic check for charger operation.
  • Bluetooth Low Energy enables wireless transfer of test data over a stated range of 10 m.
  • Meterlink app connectivity supports mobile reporting, data management and sharing.
  • Built-in Type 2 connectivity and the included Type 1 converter provide support for both connector types.
  • A rechargeable battery with up to 12 hours of continuous stated operation supports extended test sessions.

 

Common Applications

FLIR EV86-T2 EV Charger Analyzer with Meterlink is suitable for a range of testing, maintenance and inspection tasks, including:

  • Safety and performance testing of AC EV charging stations.
  • Testing Level 1 and Level 2 EV chargers.
  • Residential EV charging station diagnostics.
  • Commercial EV charging station diagnostics.
  • Control Pilot state simulation and waveform analysis.
  • Protective Earth pre-testing before charger inspection.
  • RCD trip-time and ramping-current testing.
  • Loop impedance measurement during EVSE diagnostics.
  • Voltage phase indication for L1, L2, L3, PE and N.
  • Wireless report generation and test-data management through Meterlink connectivity.

 

Why Choose This Model?

The FLIR EV86-T2 EV Charger Analyzer with Meterlink combines automated EVSE testing, Type 2 and Type 1 connection support, Protective Earth pre-testing, RCD checks, loop impedance measurement and Bluetooth Meterlink reporting in one instrument.

General Specifications
Specification Details
Product type EV charger analyser
Display 3.5 in. TFT-LCD
Connectivity Bluetooth BLE with 10 m (32 ft) range
Connector types Type 2 built-in; Type 1 converter included
Safety category CAT II-300 V
Safety standard IEC 61010-1
Auto testing items PE Pre-Test, EVSE Interface, RCD Test and Loop Impedance in Settings Menu
Auto power off Off / 5 min / 10 min / 20 min / 30 min
Battery Rechargeable Li-Battery
Battery life 12 hours continuously

 

Measurement and Accuracy Specifications
Specification Details
CP Error (E state) simulation Pass/Fault
EVSE interface voltage 1 Φ: 250 V max; 3 Φ: 230 / 440 V max; 50 / 60 Hz; max 10 A
EVSE interface main voltage range 440 V
EVSE interface main voltage accuracy ±2.0%
EVSE interface frequency range 2 kHz
EVSE interface frequency accuracy ±1 Hz
EVSE interface duty cycle range 100%
EVSE interface duty cycle accuracy ±5 digits
Loop impedance Range: 2.000 kΩ; accuracy ±1.0%
PE Pre-Test Range: 50 V AC/DC; accuracy ±2.0%; Pass / Fault at >50 V AC/DC between PE conductor and touch sensor
PP State Simulation Not connected, Connected, Connected + Latch
RCD trip time 0°, 180°
RCD trip-time AC test 31.5 mA AC, 300 ms; accuracy ±2.0%
RCD trip-time DC test 6 mA DC, 12.5 s for <2.5 s; accuracy ±1.0%
RCD ramping current 0°, 180°
RCD DC ramp test 6 mA DC in 2.5 s smooth ramp every 2 mA DC
RCD AC ramp test 30 mA AC in 2 mA steps every 300 ms in 1.5 s; accuracy ±2.0%
Voltage phase indication L1, L2, L3, PE, N

 

Mechanical and General Information
Specification Details
Dimensions (L × W × H) 296 × 94 × 50 mm (11.6 × 3.7 × 2 in.)
Weight 760 g (1.7 lbs)
Battery type Rechargeable Li-Battery
Continuous battery life 12 hours
Carrying method Neck strap and carrying pouch with shoulder strap included

 

Specification Notes
  • The EVSE interface supports single-phase operation up to 250 V maximum and three-phase operation at 230 / 440 V maximum.
  • The PE Pre-Test gives a Pass / Fault result when more than 50 V AC/DC is detected between the PE conductor and touch sensor.
  • RCD testing includes 0° and 180° trip-time and ramping-current test modes, with separate stated AC and DC test values.
What’s Included
  • 1 × EV86-T2 EV Charger Analyzer
  • 1 × Converter, Type 2 to Type 1
  • 1 × USB Cable Type A to C
  • 1 × FLIR Quick Start Guide
  • 1 × Neck Strap
  • 1 × Carrying Pouch with Shoulder Strap

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