Fluke i1730 flex6000 iFlex Current Clamp

The Fluke i1730-flex6000 iFlex® Current Clamp is an advanced electrical testing tool designed to provide unparalleled flexibility and accuracy in measuring large currents. Ideal for industrial and power generation environments, this current clamp is especially suited for applications where high current flows and challenging setups are common.

Key Features of the Fluke i1730-flex6000 iFlex® Current Clamp:

• Highly Flexible Probe: The signature feature of the iFlex® series, the i1730-flex6000 includes a flexible probe that can be wrapped around large or hard-to-reach conductors. This flexibility allows for accurate current measurements even in tight spaces or around bulky cables.
• Extensive Current Measurement Range: Capable of measuring currents up to 6000 A AC, this clamp is designed for high-power applications, making it a critical tool in settings such as manufacturing plants and electrical utilities.
• Enhanced Measurement Accuracy: Fluke’s iFlex® technology not only allows for diverse measurement configurations but also enhances the precision of the measurements, crucial for effective energy management and diagnostic procedures.
• Safety Features: The clamp facilitates current measurement without the need to make direct contact with the conductor. This feature significantly reduces the risk of electric shock, providing a safer testing environment.

Applications:

• Industrial Electrical Testing: Essential for checking load currents in industrial machines and systems, helping to prevent overloads and identify potential malfunctions before they lead to serious issues.
• Power Generation and Distribution: Used to monitor electrical loads and troubleshoot problems in power generation facilities, ensuring that energy distribution is conducted efficiently and safely.
• Complex Electrical Installations: Thanks to its flexible probe, the i1730-flex6000 is ideal for use in areas where other clamps might not fit, such as in densely wired or poorly accessible parts of an installation.