Protective Earth Test

WHAT IS A PROTECTIVE EARTH CONDUCTOR TEST?

 

The protective earth test (PE test) ensures that the protective earth conductor of an electrical device is properly connected. The PE conductor is a connection used to connect electrical devices to earth and thus provide a safe discharge path for electrical currents. During the protective conductor test, the resistance of the protective conductor is measured, often at several test points, to ensure that it is low enough to provide a sufficient current path to earth in the event of a fault or short circuit. Proper PE conductor testing is important to ensure user safety by protecting them from electric shocks and reducing the risk of electrical accidents.

 

HOW IS A PROTECTIVE EARTH CONDUCTOR TEST CARRIED OUT?


The electrical protective conductor test is performed to ensure that the protective conductor of an electrical device is functioning properly and provides a safe current path. Here are the steps to perform a protective conductor test:

 

  1. Preparation: Make sure that the device is switched off and disconnected from the power supply. Also check that the tester is working properly and is calibrated.

  2. Connecting the test device: Connect the test device to the protective earth connection of the appliance. Ensure that the connection is firm and secure.

  3. Resistance measurement: Switch on the tester and select the resistance measurement mode. Press the measurement button to measure the resistance of the protective earth conductor. The tester displays the measured resistance value.

  4. Comparison with the limit values: Compare the measured resistance value with the limit values specified in the standards or regulations. As a rule, the resistance of the protective conductor should not exceed a certain value.

  5. Evaluation of the result: If the measured resistance value is within the permissible limit values, the protective conductor test is deemed to have been passed. If the value exceeds the limit value, this may indicate a faulty connection or a defect in the protective earth conductor and require further investigations or repairs.

 

It is important to follow the specific instructions of the manufacturer of the test device as well as the applicable standards and regulations in order to carry out a correct and safe protective conductor test.

 

 

 

Items 1-10 of 43

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  1. ATS 400 Bild 1
    ATS400 UGIPe-30L30L32-1G-OCV1000
    Article number 212987
    • HV DC - High Voltage Testing
      50,0 - 3000 V DC, 0,01 - 2,00 mA, current limited, earthed on one side, active discharge, ramp, discharge monitoring
    • ISO - Insulation Testing
      50,0 - 3000 V DC, 500,0 kΩ - 1000 MΩ (opt. 10 GΩ), current limited accor. EN 50191, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V, 4 - wire measurement
    • Contacting options
      CCCG
  2. ATS 400 Bild 1
    ATS400 UHGIPF-5030L30L32
    Article number 212549
    • HV AC - High Voltage Testing
      100,0 - 5000 V AC, 0,01 - 100,00 mA (opt. from 1 nA), potential free, ramp, discharge monitoring
    • HV DC - High Voltage Testing
      50,0 - 3000 V DC, 0,01 - 2,00 mA, active discharge, ramp, discharge monitoring
    • ISO - Insulation Testing
      50,0 - 3000 V DC, 500,0 kΩ - 400,0 MΩ (opt. 5 GΩ), current limited accor. EN 50191, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, 6 - 12 V, 4 - wire measurement
    • FCT variable - Function Measurement
      1,0 - 270,0 V AC, 45- 65 Hz, 500 VA, electronic source
    • Contacting options
      CCCG
  3. ATS 400 Bild 1
    ATS400 UGI-36L36L, current limited
    Article number 207654
    • HV DC - High Voltage Testing
      150,0 - 7000 V DC, 0,01 - 100,00 mA (opt. from 1 nA), max. 500VA, potential free, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 40,0 A AC/DC, 1 - 500 mΩ, 6 - 12 V, 4 - wire measurement
    • Contacting options
      CCG
  4. ATS 400 Bild 1
    ATS400 UGI-36L36L, current limited
    Article number 212475
    • HV DC - High Voltage Testing
      50,0 - 3600 V DC, 0,01 - 2,00 mA, current limited, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V, 4 - wire measurement
    • Contacting options
      CCG
  5. ATS 400 Bild 1
    ATS400 UGI-36L36L, current limited
    Article number 204674
    • HV AC - High Voltage Testing
      100,0 - 6000 V AC, 0,01 - 80,00 mA, potential free, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V, 4 - wire measurement
    • Contacting options
      CCG
  6. ATS 400 Bild 1
    ATS400 UGIPR-707032
    Article number 211718
    • HV DC - High Voltage Testing
      150,0 - 7000 V DC, 0,10 - 100 mA, potential free, ramp, discharge monitoring
    • ISO - Insulation Testing
      150,0 - 7000 V DC, 500,0 kΩ - 400,0 MΩ (opt. 5 GΩ), potential free, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V
    • R - Resistance Measurement DC4
      1 µA - 2 A, 0,01 µΩ - 2,2000 MΩ, 4-wire measuring technique, contact monitoring, automatic measuring range selection, optional 11 fixed measuring ranges
    • Contacting options
      CCCG
  7. ATS 400 Bild 1
    ATS400 UGI-36L36L, current limited
    Article number 211751
    • HV AC - High Voltage Testing
      100,0 - 5000 V AC, 0,01 - 100,00 mA (opt. from 1 nA), potential free, ramp, discharge monitoring
    • HV DC - High Voltage Testing
      50,0 - 3000 V DC, 0,01 - 2,00 mA, current limited, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V, 4 - wire measurement
    • Contacting options
      CCG
  8. ATS 400 Bild 1
    ATS400 UHGIPRFA-507030L32
    Article number 212183
    • HV AC - High Voltage Testing
      100,0 - 5000 V AC, 0,01 - 100,00 mA (opt. from 1 nA), potential free, ramp, discharge monitoring
    • HV DC - High Voltage Testing
      150,0 - 7000 V DC, 0,10 - 100 mA, potential free, active discharge, ramp, discharge monitoring
    • ISO - Insulation Testing
      50,0 - 3000 V DC, 500,0 kΩ - 400,0 MΩ (opt. 5 GΩ), current limited accor. EN 50191, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V
    • R - Resistance Measurement DC4
      1 µA - 2 A, 0,01 µΩ - 2,2000 MΩ, 4-wire measuring technique, contact monitoring, automatic measuring range selection, optional 11 fixed measuring ranges
    • FCT variable - Function Measurement
      1,0 - 270,0 V AC, 45- 65 Hz, 500 VA, electronic source
    • AI - Leakage Current Testing
      0,1 µA - 30,00 mA, 0 - 1 MHz, EN 60601-1 (medical), EN 60990-1 (industrial), opt. other standards
    • Contacting options
      CCCG
  9. ATS 400 Bild 1
    ATS400 UHGIPF-507030L32
    Article number 212495
    • HV AC - High Voltage Testing
      100,0 - 5000 V AC, 0,01 - 100,00 mA (opt. from 1 nA), potential free, ramp, discharge monitoring
    • HV DC - High Voltage Testing
      150,0 - 7000 V DC, 0,10 - 100 mA, potential free, active discharge, ramp, discharge monitoring
    • ISO - Insulation Testing
      50,0 - 3000 V DC, 500,0 kΩ - 400,0 MΩ (opt. 5 GΩ), current limited accor. EN 50191, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, < 12 V
    • FCT variable - Function Measurement
      1,0 - 270,0 V AC, 45- 65 Hz, 500 VA, electronic source
    • Contacting options
      CCCG
  10. ATS 400 Bild 1
    ATS400 UHGIPRF-5030L30L32
    Article number 212557
    • HV AC - High Voltage Testing
      100,0 - 5000 V AC, 0,01 - 100,00 mA (opt. from 1 nA), potential free, ramp, discharge monitoring
    • HV DC - High Voltage Testing
      50,0 - 3000 V DC, 0,01 - 2,00 mA, active discharge, ramp, discharge monitoring
    • ISO - Insulation Testing
      50,0 - 3000 V DC, 500,0 kΩ - 400,0 MΩ (opt. 5 GΩ), current limited accor. EN 50191, earthed on one side, active discharge, ramp, discharge monitoring
    • PE - Testing of Protective Earth
      2,0 - 32,0 A AC/DC (opt. up to 40 A), 1 - 500 mΩ, 6 - 12 V, 4 - wire measurement
    • R - Resistance Measurement DC4
      1 µA - 2 A, 0,01 µΩ - 2,2000 MΩ, 4-wire measuring technique, contact monitoring, automatic measuring range selection, optional 11 fixed measuring ranges
    • FCT Mains - Function Measurement
      Mains Voltage, 10,00 A (opt. 16,00 A)
    • FCT variable - Function Measurement
      1,0 - 270,0 V AC, 45- 65 Hz, 500 VA, electronic source
    • Contacting options
      CCCG

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Basics of protective conductor testing

We are your reliable partner for electrical safety tests, especially for protective conductor testing. This test is an essential part of electrical safety tests and ensures that protective conductors in electrical systems and devices are functioning properly. The protective conductor, also known as the earth conductor, protects against dangerous contact voltages by reliably discharging any fault currents that occur. Without a functioning earthing system, serious accidents or even fatal electric shocks can result. Regular checking of the protective conductor is therefore crucial.

At ETL Prüftechnik, we carry out protective conductor testing in accordance with the established norms and standards, such as DIN VDE 0701-0702. Our measurements include the resistance of the protective conductor to ensure that it has a sufficiently low resistance value and thus the safe discharge of fault currents is guaranteed. With our high-precision testing devices, we guarantee high accuracy and reliability. Rely on us to ensure safety and protection against electrical accidents.

Regular protective conductor testing

At ETL Prüftechnik, we know how crucial regular protective conductor testing is for the safety of your electrical systems and devices. The protective conductor, also known as the earth conductor, plays a central role in protecting against electric shocks and short circuits. It safely discharges dangerous fault currents and thus prevents potentially life-threatening situations. Regular testing of this essential component of your electrical infrastructure is therefore essential.

The protective conductor test according to the DIN VDE 0701-0702 standards ensures that the resistance of the protective conductor is low enough to ensure safe discharge in the event of a fault. Without regular tests, damage to the insulation, corrosion or mechanical stress can go unnoticed, which can significantly impair the protective function. This could not only lead to failures and high repair costs, but also endanger the safety of your employees and customers.

Regular protective conductor tests are not only a legal requirement, but also a measure for quality assurance and risk minimization. By identifying and correcting defects at an early stage, companies can avoid expensive operational interruptions and liability risks. Our high-precision testing devices and experienced technicians at ETL Prüftechnik guarantee you a reliable and thorough inspection of your protective conductors.

Legal regulations and standards for protective conductor testing

We ensure that all legal regulations and standards for protective conductor testing are complied with. One of the central standards in Germany is DIN VDE 0701-0702, which specifies the requirements for repeat testing of electrical devices. This standard provides detailed specifications for conducting the tests, the test equipment to be used and the permissible limit values ​​for the protective conductor resistance.

In addition to national standards, we also adhere to international guidelines such as IEC 60364, which are used worldwide. These standards and regulations are designed to ensure a high level of safety and minimize the risk of electrical accidents. Companies and businesses are obliged to carry out the relevant tests regularly and document the results. We support you in correctly preparing this documentation, which not only serves internal control but is also of great importance during inspections and audits.

With ETL testing technology at your side, you can ensure that the protective conductor test is carried out correctly in accordance with the applicable standards and regulations. This makes a decisive contribution to operational safety and protects employees, customers and the public from electrical hazards. Compliance with these regulations is not only a legal obligation, but also an essential contribution to ensuring a safe working and living environment.

Buying protective conductor testers – What you should pay attention to

When you purchase protective conductor testers from us, you benefit from our extensive experience and high-quality equipment. Our testers are developed according to the latest technical standards and meet all relevant standards, including DIN VDE 0701-0702. We offer you free, comprehensive advice to ensure that you get the right device for your specific requirements. Our protective conductor testers guarantee precise measurement results and the highest reliability. Trust in our quality and our commitment to your safety and satisfaction.