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FLIR CM83

Brand : Teledyne FLIR
Categories : Clamp Meter , Electrical Tools

The FLIR CM83 is an industrial-grade power clamp meter engineered with advanced power analysis, harmonics measurements, and variable frequency drive (VFD) filtering functions to meet the needs of electrical troubleshooters. The meter features Bluetooth® technology to connect compatible mobile devices for remote viewing and sharing, and METERLiNK® technology to wirelessly embed electrical readings into radiometric infrared images on compatible FLIR thermal cameras.

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Superior Accuracy

The True RMS clamp meters provide VFD Mode for superior accuracy while working on VFD-controlled equipment, and advanced power efficiency and harmonics measurements enable system-level performance analysis.

Reliable Performance

Features Inrush mode to capture AC Current spikes during start-up, and phase-rotation testing to ensure motor and power source alignment.

View Data Remotely, Share Instantly

View readings from your mobile device via Bluetooth; METERLiNK technology wirelessly embeds data into thermal images on compatible FLIR cameras.

Specifications

Jaw Opening

37 mm (1.45", 1500MCM)
AC/DC Voltage

Range 999.9 V Max / Basic Accuracy +/- 1% / 0.7%

Gallery

17555

Frequency

Range 20.00 Hz to 9.999 kHz / Basic Accuracy +/- 0.5%
Harmonics

Range 1st-25th Order / Basic Accuracy +/- 5%
Diode Test

Range 0.4 to 0.8 V / Basic Accuracy +/- 0.1V
Resistance

Range 99.99 kΩ Max / Basic Accuracy +/- 1%
Capacitance

Range 3.999 mF Max / Basic Accuracy +/- 1.9%
Active Power

Range 9.999 kW to 599.9 kW, (10 V, 5 A min) / Basic Accuracy +/- 3%
AC/DC Current

Range 599.9 A Max / Basic Accuracy +/- 2%
AC/DC Voltage

Range 999.9 V Max / Basic Accuracy +/- 1% / 0.7%
AC VFD Voltage

Range 1000 V / Basic Accuracy +/- 1%
Inrush Current

Range 599.9 ACA Max (Integration Time 100 ms) / Basic Accuracy +/- 3%
Category Rating

CAT IV-600V, CAT III-1000V
Continuity Threshold

Range 30 Ω / Basic Accuracy +/- 1%
Total Harmonic Distortion

Range 0.0 to 99.9% / Basic Accuracy +/- 3%