INFRATEK Switzerland Infratek 31 Hand Held Analyzer



Infratek 31 Hand Held Power Analyzers

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Main Features

  • 100 mA-50 A, DC to 300 kHz
  • 1 V-1000 V, DC to 300 kHz
  • 0.3 W-150 kW, no CT's required
  • Suitable for frequency inverter drives
  • Line-to-line voltage, torque, efficiency
  • Harmonics 1-63, IEC1000-3-2
  • Measures rms-, power-, and harmonic values
  • Data logging for dynamic processes
  • Accuracy grades 0.1%, 0.2% and 0.4%

Display

  • Stores user defined configurations
  • Combined numeric and graphic fields

Processing Power

  • Simultaneous measurements in 3 phase system
  • All data, including harmonics in real time
  • Efficient data transfer to computer

Interface - Input/Output

  • RS-232
  • Operating software under Windows 95,98,NT,ME,2000,XP

Introduction Model31 Types Specifications Screen Shots Datasheet
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Introduction

The INFRATEK MODEL 31 HAND HELD, BATTERY OPERATED, SINGLE AND THREE PHASE POWER ANALYZERS are valuable engineering tools designed to offer precision measurement on all types of signals including electronic drives.

Low cost - Easy to operate

The Infratek Model 31 hand-held Power Analyzers are sophisticated measuring instruments, single phase and three phase, designed for laboratory and field use. Unlike other instruments in this price range the Model 31 Power Analyzers are suitable for measurements on frequency inverter drives, light ballasts, and other electronically controlled loads. The wide frequency range, the high common mode rejection, and the fact that you can measure currents of up to 50A directly without having to use clamps guarantees excellent accuracy for all types of measurements.
The Infratek 31 Power Analyzers are controlled by six menu soft keys M1 through M6, five cursor soft keys, and one power-on/off soft key. The operating procedure, to configure the display, to configure the interface, to set scaling factors, and to select the input, the ranges, and many more functions are self-explanatory. If you desire you can store your personal instrument configuration in nonvolatile memory and have the unit start-up with your personal configuration at power-on.
Efficient data processing makes simultaneous measurements in a three phase system possible. Three rms line voltages, rms line-to-line voltages, rms currents, power, power factor, minimum, maximum, harmonics of 3 currents and 3 voltages, and all derived quantities are determined from the same measurement interval (minimum 250ms). You have the choice to display phase values including wave forms or bar graphs, or you can display total and average values in the 3 phase system. You can also display the values of all three phases including their sums, and averages.
The Model 31 Power Analyzer includes a data logging mode to transfer data from a dynamic process to a personal computer for further analysis. Also, current harmonics according to IEC1000-3-2 in a 3 phase system are determined. By means of the Infratek operating software simple pass-fail criteria are generated.
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Model 31 High Speed Power Analyzers

Product Description
Model 31-1/0.2 Single Phase Power Analyzer, 0.2% accuracy, saves 12 instrument settings, battery charger/supply, carrying case, includes harmonics and IEC1000-3-2 testing
Model 31-3/0.2 Three Phase Power Analyzer, 0.2% accuracy, saves 12 instrument settings, battery charger/supply, carrying case, includes line-to-line measurement, harmonics and IEC1000-3-2 testing
Model 31-3/0.2M Three Phase Power Analyzer, 0.1% accuracy, saves 12 instrument settings. Includes line-to-line measurement, carrying case, data logging, IEC1000-3-2 testing, calculation of motor parameters, RS-232 interface, and operating software under Windows (95,98,NT,2000,ME,XP), and charger/supply.

Accessories

Accessory Description
ACS1 Current clamp with connector to Model 31 clamp input;
0-200A / 0-1000A, DC-1kHz, 2%
ACS2 Current clamp with connector to Model 31 clamp input;
0-20A / 0-200A, DC-20kHz, 1%
ACS4 Set of test leads, max. 32A, 1.5m (2 red; 2 black)
ACS5 Clamp input connector
ACS6 Service Manual Model 31
ACS7 Official Calibration Certificate from SCS (Swiss Calibration Service)
ACS9 RS-232 / GPIB Converter (NI)
ACS10 USB - RS232 Adapter cable, USB 1.1 compatible, Windows 98/2000/ME/XP, > 1Mbps data transfer rate
ACS11 RS232 - Ethernet Adapter

Options

Option Description
03 0-100A (0-200A) Three Phase Current Sensor Module including supply
04 0-300A, 0-3000A flexible current clamps with connector to clamp input of 107A (1 per phase)
Basic accuracy: 1% 50/60 Hz

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Model 31 Specification

Voltage 7 ranges: 1V, 3V, 10V, 30V, 100V, 300V, 1000V -
Frequency range: DC-100kHz ¦ Coupling: AC/AC+DC 1Hz-100kHz / DC-100kHz
Crest Factor 3:1 at 50% full scale ¦ Common Mode 50Hz / 100kHz 130dB/70dB
Built-in star point network 500kΩ ¦ Maximum Input: Hi to Lo / Lo to case 1000V / 600V
Accuracy 23°C ±3°C; rms, rdg= reading
1Hz-1kHz
1kHz-10kHz
10kHz-100kHz
±k(0.1% rdg + 0.07% range)
±k(0.3% rdg + 0.2% range)
±k(0.05%/kHz rdg + 0.3% range)

Accuracy Grades:
k=1, k=2, k=4
Current 10 ranges: 100mA,300mA,1A,3A,10A; 1,3,10,30,100A Clamp: 1A - 1000A
Frequency range: DC-100kHz ¦ Coupling: AC/AC+DC 1Hz-100kHz / DC-100kHz
Crest Factor 3:1 at 50% full scale ¦ Common Mode 50Hz / 100kHz 150dB/100dB
3A input: 3A cont./10A 5s; 50A input: 40A cont./50A 20s. Ri=30mΩ / 3mΩ
Accuracy 23°C ±3°C;
rdg= reading, rng= range

1Hz-500Hz
500Hz-2kHz
2kHz-10kHz
10kHz-100kHz

50A/Clamp input
±k(0.1% rdg + 0.1% rng)
±k(0.6% rdg + 0.6% rng)
±k(0.8% rdg + 0.8% rng)
±k(0.1%/kHz rdg + 0.8% rng)*

3A input
±k(0.1% rdg + 0.1% rng)
±k(0.8% rdg + 0.8% rng)
±k(2% rdg + 1% rng)*
±k(0.1%/kHz rdg + 2% rng)*
Lowest range multiply percentage figures by 2. ¦ *typical


Accuracy Grades:
k=1, k=2, k=4
Power 70 Ranges corresponding to the products of voltage ranges time current ranges. DC-100kHz
Accuracy 23°C ±3°C; 50A/Clamp input, 3A input

1Hz-1kHz            Add accuracy percentage figures of current and voltage input
1kHz-100kHz       Add accuracy percentage figures of current and voltage input,
                          add ±2% (1-PF)/kHz of range

PF = 0 to ±1
Computed Values Reactive Power, Var = ±(VA² - W²)½; Apparent Power: VA = Arms Vrms;
Power Factor: PF = W/VA; Crest Factor: CF = Ap/Arms, Vp/Vrms; Maximum = Ap, Vp;
Minimum: -Ap, -Vp; PtP: Maximum - Minimum; Impedance: Z = Vrms/Arms;
Total Harm Dist: THD1 = (Irms² - IFund²)½/Irms
THD2 = (I2_rms² + I3_rms² + In_rms²)½/Irms		 Add accuracy percentage
figures of values involved
in computation.
Mechanical Values Total input power, Nm/s; Output power to load, Nm/s; Torque at axis of rotating
machine, Nm; Speed, rpm; Efficiency: Eta = Output power / Input power
 Synchronous machines only.
Harmonic Analysis Frequency range of fundamental ¦ 4Hz-50kHz Harmonic 1-63
Accuracy: harmonic current and voltage, same as rms current and rms voltage -
Computed values: harmonic power, harmonic phase angle (power factor)
harmonic impedance.		 Add accuracy percentage
figures of values involved
in computation.
Frequency 2Hz-100kHz; A; V: ±0.1% -
Integrator Energy, Accuracy: Wh, VAh; Basic accuracy of integrated quantity. -
Data Logging Output values, speed and duration is programmable; maximum speed:
10 values from a 3-phase system in 150ms.		 Range of signal frequency 5Hz
to 1kHz
Current harmonics Current harmonics in a 3-phase system are determined according to IEC1000-3-2 -
Display
Power/Battery
Dielectric
Strength
Dimensions		 Display: Blue liquid crystal graphic display with FL backlight; - 64 x 120mm; - 128 x 240 pixels
Charger: AC, 50-60Hz, 115/230V, 0.2AF, 10VA; sealed Lead gel battery, 6 hours
Dielectric Strength: Current inputs to case; Voltage inputs to case; Line input to case
Dimensions: H x W x D		 58x108mm; 128x240 pixels

3kV; 2kV; 3kV 50Hz/1 min
75x160x245mm; 1.5kg
Options RS232 interface
Windows operating software 95,98,NT,ME,2000,XP
Current clamps 0-200A / 0-400A
 -


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Model 31 Screen Shots

IN 5A
100mA  A
1V          A
Sync = I    3W
> 500ms
VIEW L1

AC

I >________
U >_______		 1.0000 A RMS 1.0000 V RMS
1.0000 W ACT 60.0000 Hz FRQ
1.0000 VA APP 1.0000 m PFT
23.9 mA, FFTi

¦ /\   /\  /\
¦/  \/   \/   \/
¦________________
HOLD AC/DC PRINT SPLIT VIEW SETUP

Screen Shot - Measurement Mode (typ.)
Current RMS Mean _ CF FFT
_ Min Max Peak _ THD1
Voltage RMS Mean Vltl CF FFT
_ Min Max Peak _ THD1
Power Active VAppa VArea Energy FFT
P-Mech Input Output Torqu Speed Et/Sl
Other Freq PFact _ ¦Z¦ /Z

Screen Shot - Measurement Value Table
Scale I1 +1.000000e+00 Baudrate 9600
Scale V1 +1.000000e+00 Parity none
Setup Save No 00 End Mode CR+LF
Setup Recall No 00 Protocol Xon
Logg N _ +1.000000e02 GPIB addr 05
Cycles _ +5.000000e+00 _ _
Scale A0 _ +1.000000e+00 _ _

Screen Shot - Setup Menu
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