Fluke 369 FC Pinza amperometrica digitale con data logger CAT III 600 V Display Counts: 3300 (4709934)

Electrical leakage currents can cause costly downtime, safety hazards, and equipment damage. The Fluke 369 FC digital clamp meter solves this by accurately measuring AC leakage current from 0.001 mA up to 60 A, even in noisy environments, thanks to its true-RMS sensing and selectable low-pass filter. With Fluke Connect Bluetooth, you can log up to 65,000 measurements and review trends remotely, making preventive maintenance easier and more reliable.

Who is it for

This clamp meter is ideal for industrial electricians, maintenance technicians, and plant engineers who need to detect and monitor leakage currents in power distribution systems, motors, and other equipment. Its CAT III 600 V safety rating and rugged design make it suitable for use in demanding industrial environments.

Main features

• Measures AC leakage current from 3 mA to 60 A with 0.001 mA resolution
• True-RMS for accurate readings on non-linear loads
• Selectable low-pass filter to reduce high-frequency noise
• Data logging up to 65,000 measurements with Fluke Connect Bluetooth
• 61 mm jaw opening for large conductors
• 3300-count backlit display with data hold and min/max/average
• Auto power off and 150-hour battery life (2 x AA)

Specifications

• Measurement type: AC leakage current
• Current range (AC): 3 mA to 60 A
• Resolution (leakage current): 0.001 mA (1 µA)
• Basic accuracy (leakage current): 1% ± 5 digits (3 mA to 300 mA)
• Safety rating: CAT III 600 V
• Display counts: 3300
• Jaw opening: 61 mm (2.4 in)
• Data logging capacity: up to 65,000 measurements
• Connectivity: Fluke Connect (Bluetooth)
• True-RMS: Yes
• Frequency range: 40 Hz to 1 kHz
• Power source: 2 x AA batteries
• Battery life: 150 hours (typical)
• Auto power off: Yes
• Backlight: Yes
• Data hold: Yes
• Min/Max/Average: Yes
• Filter function: Selectable low-pass filter
• Operating temperature: -10 °C to 50 °C
• IP rating: IP30

Tips

For best accuracy, center the conductor in the jaw and avoid adjacent current-carrying conductors. Use the low-pass filter when measuring in areas with variable frequency drives or other high-frequency noise sources. Regularly clean the jaw faces to ensure reliable contact and accurate readings.