Fluke 17xx iFlexi 1500A 12 IN, Rogowski Coil for use with Fluke 1730 Energy Logger

The Fluke 17XX iFlex 1500A 12 in Rogowski coil extends the current-monitoring capabilities of compatible loggers (such as the Fluke 1730/1734/1736 series), allowing technicians to measure high AC currents up to 1500 A without bulky CT clamps. Its flexible coil design fits around large conductors and busbars, enabling safe, non-intrusive measurement of heavy feeders and distribution lines. When paired with a Fluke energy logger, it allows comprehensive energy and load monitoring across industrial or commercial installations.

Key Features of the Fluke Rogowski Coil for Fluke 1730 Energy Logger

• Rated for up to 1500 A AC, supporting heavy-duty circuits and main supply lines.
• Flexible 12-inch coil (with long, ~1.8 m lead) that can wrap around large or irregular conductors where rigid clamps can’t reach.
• Direct plug-in connection to compatible Fluke 17XX loggers, which avoids manual scaling factors, reducing configuration errors.
• Operating temperature range suitable for standard site conditions (–20 °C to 70 °C), offering reliability across varied work environments.

How It Benefits Users

The iFlex 1500A coil simplifies current measurement on large conductors without de-energising circuits or rearranging wiring, a significant advantage for maintenance and survey work under tight deadlines. Its flexibility makes it adaptable to complex wiring layouts where rigid clamps struggle, saving time on installation and teardown. For facilities with high-current loads, using this coil helps achieve accurate load profiles while minimising maintenance interruptions.

Versatile Uses of the Coil

• Monitoring main feeders and distribution boards in industrial plants and manufacturing facilities.
• Conducting load studies on heavy equipment, motors, HVAC units, or compressors drawing high currents.
• Energy audits and power usage logging in large commercial buildings or infrastructure installations.
• Verifying load balance, peak demand, and energy consumption over time for system planning and optimisation.
• Temporary or permanent installations.