Hipot Safety Analyser

Hipot safety analyser S 1801M
  • Plug-in 14" / 3 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 10 - 30 A / 0 - 400 mΩ
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
Hipot safety analyser LG 1800B
  • Ergonomic desktop device
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ 
  • Ground bond test AC: 10 - 30 A / 0 - 400 mΩ 
  • Equivalent leakage current test AC: 100 - 270 V / 0 - 10 mA 
  • Continuity test DC: 24 V / 0 - 600 mA
  • Function test / current consumption AC: 4 A (option: 1 A, 10 A or 16 A) 
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
Hipot safety analyser KT 1880B
  • Plug-in 19'' / 5 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 10 - 30 A / 0 - 400 mΩ
  • Equivalent leakage current test AC: 100 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Function test / current consumption AC: 4 A (option: 1 A, 10 A or 16 A)
  • Wide-range power supply unit: 90 to 253 V / 50 Hz / 60 Hz
Hipot safety analyser LG 1805B
  • Ergonomic desktop device
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 1 - 30 A / 0 - 10 Ω
  • ARC detection (optional): 0 - 100 %
  • Equivalent leakage current test AC: 50 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Short-circuit test DC: 24 V / > 600 mA
  • Resistance measurement (optional): 1 - 1.000 Ω
  • Function test AC / DC: 0 - 300 V / 0 - 16 A
  • Active power measurement (optional): 0 - 4.000 W
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
Hipot safety analyser KT 1886B
  • Plug-in 19" / 5 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 1 - 30 A / 0 - 10 Ω 
  • ARC detection (optional): 0 - 100 %
  • Equivalent leakage current test AC: 50 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Short-circuit test DC: 24 V / > 600 mA
  • Resistance measurement (optional): 0 - 1,000 Ω
  • Function test AC/DC: 0 - 300 V / 0 - 16 A
  • Active power measurement (optional): 0 - 4,000 W
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
Hipot safety analyser KT 1886J
  • Plug-in 19" / 5 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 100 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 50 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 1 - 30 A / 0 - 10 Ω 
  • ARC detection (optional): 0 - 100 %
  • Equivalent leakage current test AC: 50 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Short-circuit test DC: 24 V / > 600 mA
  • Resistance measurement (optional): 0 - 1.000 Ω
  • Function test AC/DC: 0 - 300 V / 0 - 16 A
  • Active power measurement (optional): 0 - 4,000 W
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
Hipot safety analyser KT 1885K
  • Plug-in 19'' / 5 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 3 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 10 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 1 - 30 A / 0 - 10 Ω
  • Equivalent leakage current test AC: 50 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Short-circuit test DC: 24 V / > 600 mA
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
  • Only for 19" system installation
Hipot safety analyser KT 1885L
  • Plug-in 19'' / 5 HU
  • High voltage test AC: 100 - 5,500 V / 0 - 100 mA
  • High voltage test DC: 100 - 6,000 V / 0 - 100 mA
  • Insulation measurement DC: 100 - 6,000 V / 250 kΩ - 1 GΩ
  • Ground bond test AC: 1 - 30 A / 0 - 10 Ω
  • Equivalent leakage current test AC: 50 - 270 V / 0 - 10 mA
  • Continuity test DC: 24 V / 0 - 600 mA
  • Short-circuit test DC: 24 V / > 600 mA
  • Wide-range power supply unit: 90 to 253 V, 50 Hz / 60 Hz
  • Only for 19" system installation

Multifunction Safety Tester: Everything You Need to Know

A multifunction safety tester is an essential tool for conducting comprehensive safety tests on electrical devices and systems. These devices ensure that products comply with applicable safety regulations and function reliably. In this article, you will learn why multifunction safety testers play a key role in the modern quality control of electrical devices and how they can maximize the safety and efficiency of tests.

What is a Multifunction Safety Tester?

A multifunction safety tester is a measuring device that combines multiple tests on electrical devices into a single process. These devices enable tests such as insulation resistance, ground resistance, leakage current measurement, power consumption, and much more. They are indispensable in many areas of production, maintenance, and quality assurance of electrical devices and machinery. Typically, a multifunction safety tester is used to verify the electrical safety of devices such as household appliances, medical devices, industrial machines, and more.

Key Functions of a Multifunction Safety Tester

The functions of a multifunction safety tester vary depending on the model, but the following basic tests are typical:

  • Insulation Resistance Test: This test measures the insulation resistance of an electrical device to ensure that no unintended current flow occurs, which could lead to an electric shock.
  • Ground Resistance Test: The ground resistance test checks whether the grounding of the device is correctly and securely connected. Poor grounding can result in dangerous voltages.
  • Leakage Current Test: This test measures the current that could flow through a user’s body when touching the device. This is especially important for medical devices or devices used in humid environments.
  • Overload Test: The overload test simulates extreme conditions to verify that the device does not become hazardous under stress. It tests the maximum power limits to ensure that overheating or other issues do not occur.
  • Function Tests and Power Consumption: Multifunction safety testers can also measure the basic functionality and power consumption of a device. This ensures that the device operates properly and meets the required power parameters.

Why is the Multifunction Safety Tester Important?

A multifunction safety tester offers numerous advantages that are essential for the safety and efficiency of production processes:

  • Time Efficiency: Instead of using multiple devices for different tests, the multifunction safety tester performs all tests in a single pass. This saves time and increases efficiency.
  • Cost Savings: Using a multifunctional test device helps companies avoid the costs of purchasing and maintaining multiple devices.
  • Safety: Safety is the top priority in every industry. The multifunction safety tester helps ensure that all products meet safety standards, eliminating potential risks for end users.
  • Versatility: Multifunction safety testers can test a wide range of devices and components, making them highly flexible and suitable for various applications.

Applications of Multifunction Safety Testers

Multifunction safety testers are used in many industries, particularly in areas where strict safety standards must be met. Key application areas include:

  • Electrical Industry and Mechanical Engineering: In the electrical industry, multifunction safety testers are used to ensure the safety of machines, devices, and electrical installations.
  • Medical Devices: In medical technology, safety testing of devices such as heart monitors, X-ray machines, or surgical instruments is crucial to prevent risks for patients.
  • Household Appliances: Devices such as coffee machines, toasters, vacuum cleaners, and more must be regularly tested with a multifunction safety tester to ensure their electrical safety.
  • Automotive Industry: In the automotive industry, safety tests are performed on vehicle components, particularly concerning electrical wiring and the functionality of electronic systems.
  • Electrical Installation: In electrical installations, safety testing is an essential part of ensuring that electrical systems comply with regulations.

Tips for Choosing the Right Multifunction Safety Tester

When selecting a multifunction safety tester, several factors should be considered:

  • Test Requirements: Ensure that the tester can perform all the necessary tests for your specific needs, such as insulation resistance, ground resistance, and leakage current tests.
  • User-Friendliness: The tester should be easy to use and offer a user-friendly interface. The ability to start tests with just a few clicks and display results clearly is crucial.
  • Standards and Certifications: Make sure that the tester complies with relevant safety standards, such as IEC 61010-1, which specifies safety requirements for electrical testing equipment.
  • Portability: For on-site use, it may be beneficial to choose a portable multifunction safety tester that allows for easy handling and transportation.