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Fluke Power Quality Analyzers

   
Fluke Norma 4000/5000 Series High Performance Power Analyzer - Specifications  
 
General Specifications

Number of Phases
 

Fluke Norma 4000:

1 to 3 phases

Fluke Norma 5000:

3, 4 or 6 phases

Weight
 

Fluke Norma 4000:

Approx. 5kg (11 lb)

Fluke Norma 5000:

Approx. 7kg (15 lb)

Size (H x W x D)

Fluke Norma 4000:

150mm x 237mm x 315mm (5.9" x 9.3" x 12.4")

Fluke Norma 5000:

150mm x 447mm x 315mm (5.9" X 17.6" x 12.4")

On-board Printer

Fluke Norma 4000:

No

Fluke Norma 5000:

Yes (optional)

Display

Color, 144mm (5.7"), 320 x 240 pixels

Bandwidth

DC to 3MHz or DC to 10MHz depending on input module

Basic Accuracy

0.2%, 0.1% or 0.03% depending on input module

Sampling Rate

0.33MHz or 1MHz depending on input module

Voltage Input Range

0.3V to 1000V

Current Input Range (direct, not via shunt)

0.03mA to 20A depending on input module

Memory for Configurations

4MB (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.

Memory for settings

0.5MB

Fast Fourier Transformation (FFT)

To the 40th harmonic

RS232/USB Interface

Standard (RS232 interface for upload of firmware and data exchange with the PC. A printer can be connected over an external converter.

PI1 Process interface (8 analog/impulse inputs and 4 analog outputs)

Optional

IEEE488.2/GPIB interface (1MBit/s) Ethernet (10MBits/s or 100MBits/s)

Optional

Fluke NormaView PC software (for data download, analysis and report writing)

Standard

 
 
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

85V to 264V AC, 50/60Hz, DC 100V to 260V, ca. 40VA European plug with switch. Binding post for current available on some models.

Measuring Inputs

Safety sockets 4mm, 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

 
 

Range

DC and 0.2Hz to sample rate

Accuracy

±0.01% of measured value (reading)

Synchronization

• 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 the rear 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 than 50V.
The output signal is a pulsed 5 volts TTL signal (frequency depends on the measured synch frequency.

 
 
 
Safety Standard Specifications

Electrical Safety

EN 61010-1, 2nd Edition 1000V CAT II (600V CAT III)
Degree of pollution 2, safety Class I
EN 61558 for transformer
EN 61010-2-031/032 for accessories

Maximum Input

For voltage inputs Measurement range 1000Veff, 2kVpeak
For current inputs Measurement range 10Aeff, 20Apeak

Test Voltage

Net Input case (protective conductor):

1.5KV AC

Net Connection Measurement Input:

5.4KV AC

Measurement Inputs Case:

3.3KV AC

Measurement Input

5.4KV

Electromagnetic Susceptibility

Emission: IEC 61326-1, EN 50081-1, EN55011 Class B
Immunity: IEC 61326-1/Annex A (industry sector), EN 50082-1

 
 

 

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Leda Electronics Pty. Ltd.
A.C.N. 078 681 562           A.B.N. 83 078 681 562
P.O. Box 1733 Malaga, LPO WA 6944
                                                      Unit 5, 31 Century Road, Malaga, Western Australia 6090                                                            
Phone: 61 8 9248 6688    Fax: 61 8 9248 6227

information@ledaelectronics.com.au

          Copyright © 2000 - 2011                                                                Last Modified: Thursday, 15 September 2011