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> Fluke 41B handheld power harmonics analyzer 41
Fluke 41B handheld power harmonics analyzer 41
* Fluke 41B Power Harmonics Analyzer
* Fluke 80i-500s AC / Current Probe w/ Instruction Sheet
* Fluke TL24 Flexible Test Lead Set (1 Red - 1 Black)
* Fluke TP20 Test Probe Tips (1 Red - 1 Black)
* Fluke View SW41 Software With Manual
* Fluke 41B Quick Reference Guide
Fluke 41B HandHeld Power Harmonics Analyzer
Includes 80i-500s Current Probe, Carrying Case & Full Accessories!
The Model 41B is ideal for further analyzing data and optimizing system performance. Use the Fluke 41B's FlukeView software (included) to download acquired data to a printer or an MS-DOS or Windows compatible computer for analysis and presentation.
* Bargraph showing harmonic levels
Display updates three times a second for a dynamic view of actual circuit conditions.
Measure rms, peak and total harmonic distortion (THD) for complex voltages and currents - with no manual calculations required.
From a simple single-phase measurement, automatically calculates three-phase power for 3-wire balanced loads (typically 5% or less imbalance). To make the single-phase measurement, simply connect the meter as shown and select the 3 , 3C watts display.
Immediate readings of Power Factors, KVAR, Crest Factor, K-Factor.
Display Harmonics individually to the 31st
Up to eight complete measurement sets.
Communications with a serial printer or DOS or Windows -compatible computer.
To meet the latest standards: IEC 1010-1, pollution degree 2, Installation Category III, material group II, 600 V. Double insulated protection as described in IEC 1010-1, Annex H.
One cycle of the fundamental waveform and its frequency. Instantaneous voltage at cursor position.
Identifying sources of harmonic currents. Obtaining data for designing, specifying or sizing transformers, filters, etc.
%-fundamental or %-rms, rms value, frequency, and phase angle of fundamental or harmonic currents (up to 31st), as selected by cursor from bar graph.
Watts, volt-amps, power factor (total) and displacement power factor of fundamental of single-phase or three-phase power.
Identifying displacement versus total power-factor. Determining proper power-factor correction methods.
5.0 V to 600 V rms (AC+DC); 5.0 V to 933 V peak
rms: (0.5 % + 2 digits); Peak or DC: (2 % + 3 digits) (Add 2 digits if < 15 V rms)
Current (1mV/A) Isolated input
1.00 A to 1000 A rms (AC+DC); 1.0 A to 2000 A peak
rms: (0.5% + 3 digits)+probe specs; Peak or DC: (2 % + 4 digits) + probe specs
Watts/Volt-Amps (1mV/A) isolated input
0.0W(VA) to 600 kW(kVA) average;
0.0W(VA) to 2000 kW(kVA) peak
AC+DC: (1 % + 4 digits) + probe specs
Harmonics (harmonic level >5% using Smooth 20)
: Fundamental to 13th (2 %+2 digits);
Fundamental to 13th (3 % + 3 digits) + probe specs;
At 31st (8 % + 3 digits) + probe specs
Displacement Power Factor (DPF)
0.04 to 0.03 (0.30 to 0.89) 0.02 (0.90 to 1.00)
4 alkaline "C" cells ANSI/NEDA-14A, IEC-LR14 (supplied) 48 hours typical (continuous)
Drip-Proof and Dust-Proof per IEC, IP 52
234 mm L x 100 mm W x 64 mm D (9.2" L x 3.9" W x 2.5" D)
