Fluke Norma 5000 Power Analyzers

High-Precision Measurements: Accurately measures voltage, current, power, power factor, and energy consumption.
Advanced Harmonic Analysis: Identifies and quantifies harmonic distortion up to the 40th harmonic.
Fast Fourier Transform (FFT) Analysis: Provides a detailed frequency spectrum analysis.
Transient Recording: Captures short-duration power quality disturbances for detailed analysis.
Dynamic Measurements: Measures power quality parameters under varying load conditions.
User-Friendly Interface: Intuitive interface for easy setup and operation.
Flexible Configuration Options: Customizable to suit specific application needs.
Robust and Durable Design: Built to withstand demanding environments.
Powerful Analysis Software: In-depth analysis and reporting capabilities for comprehensive data interpretation.

Description
Specifications
Models

Description

The Fluke Norma 5000 series is a family of high-precision power analyzers designed for the testing and development of power electronics. These compact and versatile instruments provide accurate and reliable measurements, making them essential tools for engineers and technicians in various industries.

Key Features:

High-Precision Measurements: Accurately measures single-phase or three-phase voltage, current, power, power factor, and energy consumption.
Advanced Harmonic Analysis: Identifies and quantifies harmonic distortion up to the 40th harmonic for detailed power quality analysis.
Fast Fourier Transform (FFT) Analysis: Provides a comprehensive frequency spectrum analysis to identify and analyze frequency components.
Transient Recording: Captures short-duration power quality disturbances to help diagnose intermittent problems.
Dynamic Measurements: Measures power quality parameters under varying load conditions to assess system performance.
User-Friendly Interface: Intuitive interface for easy setup and operation.
Flexible Configuration Options: Customizable to suit specific application needs.
Robust and Durable Design: Built to withstand demanding environments.
Powerful Analysis Software: In-depth analysis and reporting capabilities for comprehensive data interpretation.

Applications:

Motor and Drive Testing: Analyzing motor performance, efficiency, and power quality.
Power Supply Testing: Assessing the performance of power supplies under different load conditions.
Renewable Energy Systems: Monitoring the performance of solar, wind, and other renewable energy systems.
Power Distribution Systems: Identifying and troubleshooting power quality problems in distribution systems.
Research and Development: Developing and testing new power electronics devices and systems.

With its advanced features and user-friendly design, the Fluke Norma 5000 series empowers engineers and technicians to optimize the performance of power electronics systems, improve energy efficiency, and ensure reliable operation

Specifications: Fluke Norma 5000 Power Analyzers

General Specifications
Number of Phases	1 to 3
Weight	Approx. 5 kg (11 lb)
Size	150 x 237 x 315 mm
	5.9 x 9.3 x 12.4 in
On-board Printer	No
Display	Color, 5.7 in / 144 mm – 320 x 240 pixel
	User-selectable background lighting and contrast.
Bandwidth	DC to 3 MHz or DC to 10 MHz depending on input module
Basic Accuracy	0.2%, 0.1% or 0.03% depending on input modules
Sampling Rate	0.33 MHz or 1 MHz depending on input modules
Voltage Input Range	0.3 V to 1000 V
Current Input Range (direct, not via shunt)	0.03 mA to 20 A depending on input module
Memory for Configurations	4 MB
Memory for Settings	0.5 MB
Fast Fourier Transformation (FFT)	To the 40th harmonic
RS232/USB Interface	Standard
PI1 Process interface (8 analog/impulse inputs and 4 analog outputs)	Optional
IEEE 488.2/GPIB interface (1 MBit/s Ethernet / 10 MBit/s or 100 MBit/s)	Optional
Fluke NormaView PC software (for data download, analysis and report writing)	Standard
Basic Functions
Fast Fourier Transformation (FFT)	Calculation of harmonics with graphical representation. Up to 3 bar graphs are displayed at the same time.
	Measured values: U, I, P per phase
	Order: 1st to 40th harmonics, maximum half sample frequency
Digital Oscilloscope (DSO)	Simultaneous display of up to 3 measured values on sample level. Quick view of curve form and distortion.
Integration function (energy)	Simultaneous display of up to 6 configurable numeric values. Start/Stop conditions and positive negative direction available.
Vector Display	Vector display of HO1 up to 6 signals. For easy testing of the right connection of the instrument and quick overview of the phase angle of each signal.
Recorder	Display of average values over time for trend determination.
RAM data memory	Storing of sample and average values; setting of start and stop conditions.
	From the RAM approximately 4 MB are available for the storage of measured values.
Configuration	Set up the analyzer to measure and display data in the format required.
Ambient Conditions
Working Temperature Range	5°C to 35°C (41°F to 95°F)
Storage Temperature Range	-20°C to 50°C (-4°F to 122°F)
Housing Material	Fluke Norma Power Analyzers are extremely compact and equipped with a solid metal case to meet stringent EMC requirements.
Climatic Class	KYG DIN 40040, max. 85% relative humidity, non-condensing.
Power supply	85 V AC to 264 V AC, 50 Hz to 60 Hz, DC 100 to 260 V, ca. 40 VA European plug with switch. Binding post for current available on some models.
Measuring Inputs	Safety sockets 4 mm, 2 for each input. External shunt connection over BNC socket.
Operation	Membrane keyboard with cursor – function keys and direct functions.
Connections	Rear panel of the 3-phase Analyzer
Measured Values
	Non-gapping calculation of averaged values for each phase. In three phase system additionally calculation of total power and averaging of V and I of the three phases. The fundamental H01 will be calculated in synchronous mode also for these values. Urms effective value, Urm rectified mean, Um mean value Up-, Up+, Upp peak values Ucf crest factor Ucf, Uff form factor Ufc fundamental content Uthd distortion factor DIN, IEC Irms effective value, Irm rectified mean, Im mean value Ip-, Ip+, Ipp peak values Icf crest factor Icf, Iff form factor Ifc fundamental content Ithd distortion factor DIN, IEC P active power [W] Q reactive power [Var] S apparent power [VA] ë, cos. phase angular Integral function for active power P, reactive power Q, apparent power S, voltage (Um) and current (Im), Number of digits 4 or 5 dependent on measured value.
Frequency and Synchronization
Range	DC and 0.2 Hz to sample rate
Accuracy	±0.01% of measured value (reading)
	Channels which can be selected: all U/I or external input. One of three low pass filter with different frequencies can be switched into the signal. The frequency is always visible on the top of the screen. The BNC synchronization socket on backside of the instrument can be used either as input or output. The input signals can be measured up to the sample rate of the power phase. The maximum level must not be higher then 50 V. The output signal is a pulsed 5Volts TTL signal (frequency depends on the measured synch frequency).
Configuration Memory
	Up to 15 user configurations can be saved into a permanent memory and reloaded later on. Changes that were not saved are lost after switching off the instrument.
Interface
	RS232 interface for upload of firmware and data exchange with the PC. A printer can be connected over an external converter.
Options	IEEE 488.2 / 1 MBit/s
	Ethernet / 10 MBit/s or 100 Mbit/s
Standards and Safety
Electrical Safety	EN 61010-1 / 2nd Edition 1000 V CAT II (600V CAT III)
	Degree of pollution 2, safety Class I
	EN 61558 for transformer
	EN 61010-2-031/032 for accessories
Maximum inputs	For voltage inputs Measurement range 1000 Veff, 2 kVpeak
	For current inputs Measurement range 10 Aeff, 20 Apeak
Test voltage	Net input	case (protective conductor): 1.5 KV AC
	Net connection	Measurement input: 5.4 kV AC
	Measurement inputs	Case: 3.3 kV AC
	Measurement input	input: 5.4 kV
Electromagnetic susceptibility	Emission	IEC 61326-1, EN 50081-1, EN 55011 Class B
	Immunity	IEC 61326-1 / Annex A (industrial sector), EN 50082-1

Power Phases

The Fluke Norma 4000 Power Analyzer can be equipped with up to three power phases. Users can select the power phase best suited for their application.

Each modular plug-in power phase consists of a voltage and a current measurement channel. Each measuring channel is available for each basic unit, however only one kind of channel can be used per unit. Check standard configurations.

Power Phase Overview

Power Phase Channels
PP42	Accuracy	0.2% (0.1% rd + 0.1% rg)
	Current range	20 A
	Sampling rate	341 kHz
	Bandwidth	3 MHz
PP50	Accuracy	0.1% (0.05% rd + 0.05% rg)
	Current range	10 A
	Sampling rate	1 MHz
	Bandwidth	10 MHz
PP54	Accuracy	0.1% (0.05% rd + 0.05% rg)
	Current range	10 A
	Sampling rate	341 kHz
	Bandwidth	3 MHz
PP64	Accuracy	0.03% (0.02% rg + 0.01% rg)
	Current range	10 A
	Sampling rate	341 kHz
	Bandwidth	3 MHz

Current Shunts

Planarshunt
Continuous load (Imin) Range (Imax)	0.3 A
Continuous load (Imin) Range (Imax)	32 A
Nominal current (calibration point)	32 A
Basic accuracy at calibration point [%]	± 0.03
Basic accuracy at nominal current [%]	± 0.03
Nominal voltage drop [V]	320 mV
Nominal resistance [Ohm]	10 mΩ
Short time overrange (5s load 15s interval)	100A/ 1s-5s
Overload Wmax	–
Bandwidth	DC – 1 MHz
Frequency range	–
Angular accuracy [°/kHz]	± 0.1
Frequency influence [%/kHz]	–
Load influence [%/A2]	–
Temperature coefficient [ppm/K]	≤10
Weight (kg / lbs)	0.62 /1.36

Triaxialshunts
Continuous load (Imin) Range (Imax)	0.1 A	1 A	6 A
Continuous load (Imin) Range (Imax)	30 A	100 A	300 A
Nominal current (calibration point	10 A	30 A	100 A
Basic accuracy at calibration point [%]	± 0.03	± 0.03	± 0.1
Basic accuracy at nominal current [%]	± 0.03	± 0.03	± 0.1
Nominal voltage drop [V]	100 mV	30 mV	20 mV
Nominal resistance [Ohm]	10 mΩ	1 mΩ	0.2 mΩ
Short time overrange (5s load 15s interval)	35 A	200 A	450 A
Overload Wmax	90 W	200 W	2 kW
Bandwidth	2 MHz	2 MHz	1 MHz
Frequency range	0 to 500 kHz	0 to 200 kHz	0 to 100 kHz
Angular accuracy [°/kHz]	± 0.001	± 0.002	± 0.002
Frequency influence [%/kHz]	± 0.0015	± 0.0015	± 0.01
Load influence [%/A2]	1 x 10^-6	1 x 10^-6	1 x 10^-6
Temperature coefficient [ppm/K]	≤15	≤15	≤10
Weight (kg / lbs)	0.75 / 1.65	0.75 / 1.65	1.2 / 2.65

Triaxialshunts (Cont.)
Continuous load (Imin) Range (Imax)	2 A	18 A	18 A
Continuous load (Imin) Range (Imax)	450 A	1000 A	1500 A
Nominal current (calibration point	150 A	300 A	500 A
Basic accuracy at calibration point [%]	± 0.1	± 0.1	± 0.1
Basic accuracy at nominal current [%]	± 0.1	± 0.1	± 0.1
Nominal voltage drop [V]	75 mV	15 mV	30 mV
Nominal resistance [Ohm]	0.5 mΩ	0.06 mΩ	0.06 mΩ
Short time overrange (5s load 15s interval)	650 A	1500 A	2000 A
Overload Wmax	10 kW	7.5 kW	10 kW
Bandwidth	DC – 500 MHz	DC – 500 kHz	DC – 200 kHz
Frequency range	0 to 100 kHz	0 to 20 kHz	0 to 20 kHz
Angular accuracy [°/kHz]	± 0.025	± 0.025	± 0.025
Frequency influence [%/kHz]	± 0.03	± 0.03	± 0.03
Load influence [%/A2]	0.5 x 10^-6	0.2 x 10^-6	0.5 x 10^-6
Temperature coefficient [ppm/K]	≤10	≤10	≤10
Weight (kg / lbs)	6 / 13.2	5.3 / 11.7	6 / 13.2