Fluke Norma 5000 Power Analyzers
Reliable, highly accurate measurements for the test and development of power electronics.
The compact Fluke Norma Series Power Analyzers provide the latest measurement technology to assist engineers with the development and testing of motors, inverters, lighting, power supplies, transformers and automotive components.
Based on a patented, high-bandwidth architecture, the instruments deliver high-precision measurements of single or three-phase current and voltage, harmonics analysis, Fast Fourier Transformation (FFT) analysis, as well as calculations of power and other derived values.
The Fluke Norma 5000 Six-Phase Power Analyzer is a rugged, high-precision analyzer providing unmatched price performance for easy and reliable use in the field, or as a bench unit in laboratories and on test benches.
Applications
- Electric motors and inverter drive systems Ð Through detailed spectrum analysis and dynamic torque calculation capabilities, switching losses caused by the inverter are accurately measured, and a thorough evaluation is made of torque transients and harmonics at higher frequencies.
- Inverter drive system Ð Simultaneous measurement of all electrical and mechanical power parameters in the same time window enables users to observe the influence one component has on another, or on the whole system.
- Lighting systems Ð A wide bandwidth of up to 10 MHz and a high sampling rate up to 1 MHz provide detailed signal analysis at ballast outputs. A unique shunt technique enables power measurements at very high frequencies. Simultaneous measurement of input and output power provides instant calculation of ballast losses.
- Transformers Ð Synchronous six-phase power measurements enable highly accurate efficiency and loss calculations of large power transformers even at very low power factors. Synchronous multiphase resistance measurements of transformer coils are also possible.
- Automotive Ð Synchronous electrical input and mechanical output measurements provide complete data on the efficiency and losses of individual components as well as the whole drive system.
Other useful features:
- Performs simultaneous parallel acquisition of all phases to allow accurate viewing of dynamic events on all phases at exactly the same point in time
- Compact design makes it easy to carry and saves working space.
- Provides galvanically-isolated inputs to avoid short circuits in all applications
- Includes FFT analysis, vector diagram, and digital oscilloscope (DSO) mode in the base unit for complete analysis capability
- Offers user-selectable average timeÑfrom 15 ms up to 3600 sÑfor dynamic measurements
- Includes 4 MB on-board memory (expandable to 128 MB) for storing measured values
- Allows fast and easy connection to a PC; RS232 and USB included as standard; optional IEEE488, Ethernet, or USB2.0
- Provides PI1 process interface to measure torque and speed with external sensors, plus four analog outputs for easy use on motor and drive applications
- Features 341 kHz or 1 MHz sample rates for detailed signal analysis
- Provides bandwidth from DC to 3 MHz or DC to 10 MHz for reliable measurement precision.
- Includes Fluke NormaView PC software for data download, analysis, and reporting
Key features
- Six-phase power analyzer for developing frequency converters and lighting equipment
- Features the highest bandwidth on the market
- Measures voltage, current, and power harmonics up to the 40th harmonic
- Features a simple user interface to ensure easy, intuitive operation
- Offers a variety of standard configurations so users can choose the exact functionality required for their application
| 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 Ð 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.
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| Frequency and Synchronization | ||
| Range | DC and 0.2 Hz to sample rate | |
| Accuracy | ±0.01% of measured value (reading) | |
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| 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 |
| 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 m½ |
| 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] | ²10 |
| Weight (kg / lbs) | 0.62 /1.36 |
| Triaxialshunts | |||
| Continuous load (Imin) Range (Imax) | 0.1 A | 1 A | 6 A |
| 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 m½ | 1 m½ | 0.2 m½ |
| 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] | ²15 | ²15 | ²10 |
| 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 |
| 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 m½ | 0.06 m½ | 0.06 m½ |
| 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] | ²10 | ²10 | ²10 |
| Weight (kg / lbs) | 6 / 13.2 | 5.3 / 11.7 | 6 / 13.2 |
