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106A
ONE AND THREE PHASE POWER ANALYZERS
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106A Power Analyzer. One and
Three Phase Power Analyzer.
State of the art high
performance power analyzers, single and three phase.
Unlike other
instruments at this price level the 106A Power Analyzer is designed to cope with the
extreme signals generated on frequency inverter drivers. You don't have
to worry about the signal wave forms.
106A Power Analyzer will always provide
precise and reliable measurements.
The large and very bright monitor
lets you read the display values from a distance up to 4m.
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Power Analyzer. |
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Price: |
Contact us for
pricing |
| Phone:
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253-927-6186
866-318-6186 |
| Fax:
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253-927-6189 |
| email:
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sales@hotektech.com |
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From checking power of your coffee machine to
determining the pertinent power parameters of a frequency inverter
driven system is a simple task. You have all values displayed. In
large letters by the way, well readable, even in dark rooms. The user
menu makes operation easy.
The measured values you can either print, send them to a PC via IEEE-
or RS232 interface, or to a chart recorder via the analog outputs. You
can have all available options installed in your instrument.
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The
106A Power Analyzer will give you the highest performance at low costs.
The analyzer inputs are all galvanically isolated, are broad band
DC-300kHz, have a wide input range (0.3V - 1000V, 15mA - 40A), and have
an exceptional common mode rejection for use in frequency inverter
driven systems. The accuracy is 0.1% (0.05% versions are available).
The
bright LCD monitor displays up to 10 measured values in well legible 9mm
high numbers.
The Three Phase Power Analyzer puts up to 32 measured
values on the screen.
You have the choice to visualize wave forms, bar
graphs or trend plots.
A unique feature of these instruments allows a
combination of meter mode and graphic mode.
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Manufacture is dedicated to power measurement and will
continue to add features to the 106A.
You can purchase upgrades at modest costs.
The Power Analyzers are warranted one year and are supplied with a
traceable calibration certificate.
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106A Power Analyzer
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| Product |
Description |
| 106A-1/0.1 |
Single Phase Power Analyzer, 0.1% accuracy |
| 106A-1/0.05 |
Single Phase Power Analyzer, 0.05% accuracy |
| 106A-1/nh |
Single Phase Power Analyzer, without harmonics without
graphics,
0.1% accuracy |
| 106A-3/0.1 |
Three Phase Power Analyzer, 0.1% accuracy |
| 106A-3/0.05 |
Three Phase Power Analyzer, 0.05% accuracy |
| 106A-3/nh |
Three Phase Power Analyzer, without harmonics without
graphics,
0.1% accuracy |
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Accessories
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| Accessory |
Description |
| ACS1 |
Current clamp with connector to 106A shunt input; 0-400A,
DC-1kHz, 2% |
| ACS2 |
Portable printer (106 x 180 x 88mm) with centronics
interface and cable (400gr.) |
| ACS3 |
Soft carrying case for 106A |
| ACS4 |
Set of test leads, max. 32A, 1.5m (2 red; 2 black) |
| ACS5 |
Shunt input connector |
| ACS6 |
Service Manual PC10 |
| ACS7 |
Rack Mounting Kit |
| ACS8 |
Official Calibration Certificate |
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Options
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| Option |
Description |
| 01 |
RS-232 Interface and Centronics printer output |
| 02 |
RS-232- and IEEE-488 Interface, Centronics printer output |
| 03 |
RS-232- and IEEE-488 Interface, Centronics printer output,
4 analog outputs,
8 analog inputs |
| 03A |
RS-232- and IEEE-488 Interface, Centronics printer output,
4 analog outputs
with provision to also output total power, 8 analog inputs |
| 04 |
3-Phase current sensor module 0-100A (supply by 106A) |
| 05 |
Operating software under DOS to control 106A, read data and
store data via
RS-232 or IEEE-488 (National-, Keithly interface) |
| 06 |
106A driver for Nat. Instrument LabView |
| 07 |
Standalone 106A software based on LabView |
| 08 |
TTL-input for external synchronization |
| 09 |
Network to form artificial neutral (mainly frequency
inverter measurements) |
| 10 |
Nonvolatile memory to save instrument settings:
Single phase: complete setting
Three phase: IEEE-488 address only
Must be factory installed on Opt. 01,02 or 03 |
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106A Specification
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| Voltage |
Ranges,
8 ranges 1-3-10-sequence;
0.3V, 1V, 3V, 10V, 30V, 100V, 300V,
1000V |
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| Frequency
range |
DC,
0.1Hz-300kHz |
| Crest
Factor |
4:1 at
50% full scale (fs) |
| Input
Impedance |
>1MΩ |
| Common
Mode - 50Hz/100kHz |
155dB/95dB |
Standard
accuracy 23°K ±3°K; rms, mean, rectified mean; for 0.3, 1V
range, input >50% fs
1Hz-1kHz =
±(0.1%
rdg + 0.1% range)
DC, 1kHz-10kHz = ±(0.2% rdg + 0.2% range)
10kHz-100kHz = ±(0.3% range + 0.04%/kHz rdg)
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100kHz-300kHz = ±(0.3% range + 0.04%/kHz rdg), typical |
improved
accuracy
±(0.05% rdg + 0.05% range )
* 0.3V range typical |
| Current |
Ranges,
10 ranges 1-3-10-sequence;
15mA,50mA,150mA,500mA,1.5A,5A;
1,3,10,30,100,300A |
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| Frequency range |
DC, 0.1Hz-300kHz |
| Crest Factor |
4:1 at 50% full
scale (fs) |
| Common Mode -
50Hz/100kHz |
160dB/120dB |
Standard
accuracy 23°K ±3°K
1Hz-1kHz
DC, 1kHz-10kHz
10kHz-100kHz
100kHz-300kHz |
5A-/Shunt
input¹
±(0.1% rdg + 0.1% range)
±(0.2% rdg + 0.2% range)
±(0.3% rdg + 0.04%/kHz rdg)
±(0.3% rdg + 0.04%/kHz rdg) |
30A
input¹
±(0.1% rdg + 0.1% range)
±(0.9% rdg + 0.2% range)
±(0.3% rdg + 0.5%/kHz rdg)
,typical |
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improved
accuracy 1Hz-400Hz
±(0.05% rdg + 0.05% range)
¹for 2 lowest ranges, input
>50% fs |
| Power |
80
Ranges corresponding to the products V x A |
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| Frequency
range |
DC,
0.1Hz-300kHz |
Accuracy
23°K ±3°K
1Hz-1kHz
Add accuracy percentage figures of current and voltage
DC, 1kHz-10kHz input and add
0.04%/kHz of Vrms x Arms / PF
10kHz-100kHz
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PF = 0 to ±1
PF = 0 to ±1
PF = 1 |
| Frequency |
0.1Hz-300kHz,
A or V triggered; Accuracy ±0.1% |
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| Computed
Values |
Accuracy;
Reactive Power, Var = ±(VA² - W²)½;
Apparent Power: VA =
Arms Vrms;
Power Factor: PF = W/VA;
Crest Factor: CF = Ap/Arms, Vp/Vrms;
Form Factor:
FF = At/Arms, Vt/Vrms;
Impedance: Z = Vrms/Arms;
Total Harm Dist: THD = (Irms² - IFund²)½/Irms |
Add
accuracy percentage
figures of values involved
in computation. |
| Integrator |
Energy,
Charge; Accuracy - Wh, VAh, Varh, Ah; Basic accuracy of
integrated quantity. |
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| Harmonic
Analysis |
Frequency
range of fundamental - 2.5Hz-100kHz |
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| Range
of harmonic |
1-99 |
Accuracy,
Harmonic current and voltage
2Hz-1kHz = ±(0.2% rdg
+ 0.1% range)
1kHz-10kHz = ±(0.5% rdg + 0.5% range)
10kHz-100kHz = ±(0.7% range + 0.1%/kHz rdg), typical |
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| Display |
Blue
liquid crystal graphic display with FL backlight; - 64x120mm; -
128x240 pixels |
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| Power |
AC,
50-400Hz; Fuse: Power |
85V-240V;
2AF/30VA |
| Dielectric
Strength |
Inputs
to case or power supply
Line input to case
Input to Input |
2.5kV/50Hz/1
minute
1.5kV/50Hz/1 minute
4kV/50Hz/1 minute |
| Dimension |
H x W x
D; Weight |
150 x
235 x 320mm; 4kg |
| Options |
IEEE-488-2,
RS232, Centronics printer output
4 Analog outputs, Output impedance 100Ω
4 Analog inputs, low range, input impedance 200kΩ
4 Analog inputs, high range, input impedance 200kΩ
Rack mounting kit
Humidity: KYG according to DIN 40040, max. 85% RH non-condensing |
0 - ±5V
0 - ±1V
0 - ±10V |
| Shunt
Input |
Hi Lo |
Ranges
in mV: 60, 60(10)½, 600, 600(10)½, 6000, 6000(10)½
Accuracy : same as 5A-input
Input impedance: 200kΩ; input of 60mV corresponds
to 1.0000A display.
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