Fluke Digital Insulation Tester -
Insulation testers are built with robust and durable materials, making them suitable for use in harsh environments
Fluke offers a range of digital insulation testers that are designed to help technicians troubleshoot electrical systems and equipment quickly and accurately. The Fluke insulation testers are built with robust and durable materials, making them suitable for use in harsh environments. Here are some of the key features of Fluke Digital Insulation Testers:
- Test Voltage Range: Fluke insulation testers come with a range of test voltage options, from 50 V to 1000 V or more. This allows technicians to test a wide range of electrical equipment and systems.
- Insulation Resistance Range: Fluke insulation testers have high insulation resistance measurement capabilities, ranging from 1 megohm to several gigohms. This allows technicians to quickly identify insulation problems in electrical systems.
- Automatic Voltage Selection: Some Fluke insulation testers feature automatic voltage selection, which eliminates the need for technicians to manually select the test voltage. This feature can save time and increase efficiency.
- Multiple Test Modes: Fluke insulation testers come with multiple test modes, including polarisation index (PI), dielectric absorption ratio (DAR), and timed testing. These modes help technicians perform more comprehensive testing and analysis of electrical systems.
- Backlit Display: Fluke insulation testers come with a backlit display, which makes it easier to read test results in low light conditions.
- Built-in Memory: Some Fluke insulation testers come with built-in memory, which allows technicians to save test results for later analysis and comparison.
- Fluke insulation testers are designed with safety features, including a warning alarm for high voltage and an automatic discharge function that helps protect technicians from electrical shock.
Types of Fluke Digital-Insulation-Tester Product's Summary
Fluke offers a range of digital insulation testers to suit different needs and budgets. These testers are designed to help technicians troubleshoot electrical systems and equipment quickly and accurately. Some of the types of Fluke Digital Insulation Testers include:
- Fluke 1507 and 1503 Insulation Testers: These compact and rugged testers are designed for testing the insulation resistance of electrical installations, motors, and cables. They feature an automatic voltage selection function that makes testing faster and easier. The Fluke 1507 offers insulation resistance testing up to 10 Gohms, while the Fluke 1503 offers insulation resistance testing up to 2 Gohms.
- Fluke 1550C Insulation Resistance Tester: This tester is designed for high voltage testing up to 5 kV and insulation resistance testing up to 2 Teraohms. It comes with a large backlit display, built-in memory for storing test results, and safety features such as automatic discharge of capacitive voltage.
- Fluke 1587 and 1577 Insulation Multimeters: These testers combine insulation testing with multimeter functions such as voltage, current, resistance, and frequency. They are designed for troubleshooting and preventive maintenance on motors, generators, and other electrical equipment. The Fluke 1587 offers insulation testing up to 2 Gohms, while the Fluke 1577 offers insulation testing up to 600 Mohms.
- Fluke 1555 and 1550B Insulation Resistance Testers: These testers are designed for high voltage testing up to 10 kV and insulation resistance testing up to 2 Teraohms. They feature automatic calculation of polarization index (PI) and dielectric absorption ratio (DAR), which are important indicators of insulation condition. The Fluke 1555 offers insulation testing up to 2 Teraohms, while the Fluke 1550B offers insulation testing up to 5 Teraohms.
- Fluke 1585 and 1586 Insulation Multimeters: These testers combine insulation testing with multimeter functions and a digital megohmmeter. They are designed for testing insulation resistance up to 2 Gohms, and feature an automatic calculation of PI and DAR, as well as a built-in memory for storing test results.