Adapter for standard-compliant testing of 1- and 3-phase charging cables Mode 2 and 3 by simulating faults in accordance with DIN0701-0702 and manufacturer specifications. The PROFITEST E-Mobility is an adapter for standard-compliant testing of 1- and 3-phase charging cables Mode 2 and 3 by simulating faults in accordance with DIN0701-0702 and manufacturer specifications. The PROFITEST E-Mobility makes your investment decision easy. Because with the accessories perfectly tailored to the requirements, 1- and 3-phase charging cables Mode 2 and 3 can be tested quickly and safely in accordance with the standards in accordance with DIN0701-0702 and manufacturer specifications. Testing of 1- and 3-phase e-charging cables Mode 2 and 3Function or tripping test by simulating the following fault cases: interruption, conductor swap and PE on phaseMeasurement of the protective conductor current with a current clamp as an accessoryMeasurement of protective conductor and insulation resistance according to DIN0701-0702 with the PROFITEST MXTRA / MTECH+Trip test with nominal residual current and measurement of the tripping time with the PROFITEST MXTRA / MTECH+Evaluation and logging of the individual test steps with the PROFITEST MXTRA / MTECH+. Testing of e-charging cables in accordance with DIN0701-0702 and manufacturer information using a guided test sequence with a recommended test device Testing of charging cables of types Mode 2 and Mode 3 Testing of connection cables with country-specific charging plugs (plug type 1, etc.) Function or tripping test by simulating the following fault cases: interruption, conductor swap and PE on phase Measurement of the protective conductor current with a current clamp as an accessory Measurement of protective conductor and insulation resistance in accordance with DIN0701-0702 with a recommended test device Tripping test with nominal fault current and measurement of the tripping time with a recommended test device Evaluation and logging of the individual test steps with a recommended test device Simulation of the vehicle condition in accordance with EN 61851-1/VDE 0122-1 Testing of the resistance coding for vehicle couplings and plugs in accordance with EN 61851-1/VDE 0122-1. Testing of the effectiveness of protective measures on e-charging cables for electric and hybrid vehicles. The following faults can be simulated with the test adapter when supplying a charging cable with the mains (even without an additional test device): Swapped wire Failure of individual conductors (undervoltage detection) External voltage on the protective conductor due to connection of the phase to the protective conductor (switch position PE-UEXT) The assessment of the charging cable's reaction to the respective fault is carried out purely visually: ICCB active or inactive (signal lamp on the ICCB) Signaling of the faults using LEDs on the test adapter The following additional tests are possible when a recommended test device is connected to the test adapter: Individual measurements Measuring the protective conductor resistance of the charging cable using the RPE function on the test device Measuring the insulation resistance of the charging cable using the RISO function on the test device Tripping test of the RCD in the ICCB with nominal residual current using the IF function on the test device Measuring the tripping time of the RCD in the ICCB using the IdN function on the test device Measuring the resistance coding Test sequences for convenient measuring and logging Two test sequences are preset in the associated test devices: Charging cable mode 2Charging cable mode 3The test device runs semi-automatically through all test steps.Each test step is assessed and evaluated by the user (OK/not OK) for later logging.. Testing of 1- and 3-phase e-charging cables mode 2 and 3Function or trigger test by simulating the following fault cases: interruption, conductor swap and PE on phaseMeasurement of the protective conductor current with a clamp current transformer as an accessoryMeasurement of protective conductor and insulation resistance according to DIN0701-0702 with the
