FLUKE-17xx iFlexi 1500A 12 IN, 3 pack Energy Monitor Clamp, For Use With Fluke 1730 Energy Logger

The Fluke 17xx iFlexi 1500A 12IN current probes are flexible Rogowski coils designed for accurate AC measurement when paired with the Fluke 1730 Energy Logger. Their slim, bendable design allows easy installation around large or tightly packed conductors without interrupting the circuit. Each coil supports measurements up to 1500 A AC, making the 3-pack suitable for comprehensive three-phase load studies and energy-usage assessments.

Salient Features and Benefits of the Fluke Rogowski Coil for Fluke 1730 Energy Logger

• Flexible 12-inch Rogowski coils allow quick placement around oversized or irregular conductors.
• Rated for AC measurements up to 1500 A, ideal for three-phase monitoring.
• Explicitly designed for Fluke 17xx series energy loggers, including the Fluke 1730.
• Lightweight build supports extended logging without strain on the installation point.
• Slim coil profile simplifies routing inside crowded distribution panels.
• Provides stable, wide-range current measurement suitable for energy audits and load-balancing analysis.

Designed for Reliable Energy and Load Analysis

This versatile coil set is built to provide dependable current measurement where traditional clamp meters cannot fit. The flexible architecture ensures uniform sensitivity along the loop. When paired with the Fluke 1730, the coils help technicians evaluate consumption patterns, diagnose imbalance conditions and document energy-efficiency improvements. The 3-coil configuration is particularly suited for full three-phase power studies across commercial and industrial installations.

Usage Scenarios of the Product

• 3-phase current measurement for energy-logging tasks using the Fluke 1730.
• Load surveys in commercial distribution boards and industrial switchgear.
• Evaluating consumption trends for facility-wide energy-management programs.
• Identifying unbalanced phases or overloaded feeders in electrical systems.
• Situations requiring access around large busbars, tightly packed conductors or irregular cable runs.

For more information please check the datasheets.