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Chauvin Arnoux Scopix IV Oscilloscopes w/ Isolated Channels function as oscilloscopes, multimeters, harmonics analysers and data loggers. They are suitable for conducting electrical, Fieldbus and industrial maintenance applications.
The Chauvin Arnoux Scopix IV Oscilloscopes w/ Isolated Channels is available in four models which vary with regards to their bandwidths and the number of isolated channels. For further information, please see the table below.
|Product Code||Product Name||Bandwidth||Bandwidth Limiter||Number of Isolated Channels|
|OX9062||Chauvin Arnoux OX9062 Scopix IV Oscilloscope||60 MHz||15 MHz, 1.5 MHz or 5 kHz bandwidth limiter||2|
|OX9102||Chauvin Arnoux OX9102 Scopix IV Oscilloscope||100 MHz||2|
|OX9104||Chauvin Arnoux OX9104 Scopix IV Oscilloscope||100 MHz||4|
|OX9304||Chauvin Arnoux OX9304 Scopix IV Oscilloscope||300 MHz||4|
These instruments have four modes: Oscilloscope, Multimeter, Analyser and Recorder; please see below for further details regarding these modes. For a quick overview of these modes and their applications within different sectors, please view the video.
The Chauvin Arnoux Scopix IV Oscilloscopes include trigger functions, automatic measurements and MATH functions:
The Chauvin Arnoux Scopix IV Oscilloscopes are able to perform harmonic analysis on all the isolated channels up to the 63rd order as required by the EN 50160 standard. The user is able to preselect the fundamental frequency (choose from 50Hz, 60Hz and 400Hz) allowing him/her to view the phase of the harmonic in relation to the fundamental frequency. The user is also able to view the RMS level, harmonic distortion and harmonic frequency and may view the harmonic analysis of all the isolated channels simultaneously.
When used in Multimeter mode the Chauvin Arnoux Scopix IV Oscilloscopes function as 8000-count, true-RMS digital multimeters that can be used to perform the following tests:
When used with Pt100 and Pt 1000 sensors or K-thermocouples (NOT included), the Chauvin Arnoux Scopix IV Oscilloscopes can be used to measure temperature.
The ‘Plug and Play’ accessories (NOT included) which facilitate the Chauvin Arnoux Scopix IV Oscilloscopes’ ability to conduct the above measurements are automatically detected and calibrated by the instruments.
This mode is used to record trends measured when the Chauvin Arnoux Scopix IV Oscilloscopes are in Multimeter mode. It can be used to record data over the duration of two seconds or up to one month and may be set to save information at intervals as short as 40µs.
Data Acquisition and Communication
When monitoring signal traces, this information may be displayed immediately as a reference via the press of a single button. Additionally, the user can view comparisons and measurements of deviation. Information may be saved in various formats allowing it to be easily exported into other applications, such as Windows spreadsheet.
In addition to this, the user is able to capture screenshots of the display in PNG formats via the front panel. The user may send documents to print and transfer and delete files in the file manager also via the front panel.
Curves and screenshots can be recalled from the Chauvin Arnoux Scopix IV Oscilloscopes’ memory and exported to a PC or µSD card. To this end, these instruments include a wired Ethernet LAN network with an integrated DHCP server which allows the instrument to communicate with the user’s network; it also facilitates the activation of a Wi-Fi radio link allowing the Chauvin Arnoux Scopix IV Oscilloscopes to communicate with a PC, tablet or smartphone. The USB cable can be used to record, recall and load configurations whilst the µSD card may be used to save information gathered by the Chauvin Arnoux Scopix IV Oscilloscopes.
When connected to the user’s PC via the ScopeNEt application, USB or Ethernet connection the user is able to operate the Chauvin Arnoux Scopix IV Oscilloscopes remotely, as well as program these instruments using SCPI commands.
In addition to its extensive measurement capabilities, the Chauvin Arnoux Scopix IV Oscilloscopes have also been designed to be ergonomic and easy-to-use. To this end, they include a 7-inch WVGA wide colour TFT touchscreen with a resolution of 800 x 480dpi and manual or automatic brightness. Via this display, the user can view each channel and its parameters which have been colour coded for clarity. The user-interface and display also feature pictograms for easy access to particular functions.
Furthermore, the Chauvin Arnoux Scopix IV Oscilloscopes include keypads optimised for ease-of-use. This keypad allows the user to configure the instrument and access measurements.
The Chauvin Arnoux Scopix IV Oscilloscopes are ideal for use across a variety of environments and as such include an IP54 casing which protects them against dust and water droplets, as well as an adjustable transport strap allowing the user to operate the oscilloscope easily whether it is carried in hand or over the shoulder when out in the field. Moreover, the inclusion of a stand with Kensington locking system means the oscilloscopes can be set up to take measurements unsupervised.
The Chauvin Arnoux Scopix IV Oscilloscopes w/ Isolated Channels are versatile, comprehensive, easy-to-use instruments ideal for a variety of maintenance applications.
|Type of display||7‘’ WVGA colour TFT LCD touch screen, 800x480 – LED backlighting (adjustable standby mode)|
|Different display mode||2,500 real acquisition points on screen - Vectors with interpolation|
|Display of curves on screen||4 curves + 4 references – Split Screen & Full-Screen modes|
|Screen commands||Touchscreen – ANDROID-type icons and graphical commands – customizable channel colours|
|Choice of language||15 complete languages, menus & online help|
|Input impedance||1 MΩ ± 0.5% , approx. 12 pF|
|Maximum input voltage||600 V / CAT III (1,000V per Probix) – from 50 to 400 Hz – Probix safety connectors|
|Vertical sensitivity||16 calibres from 2.5 mV to 200 V/div and up to 156 µV/div in vertical zoom mode (12-bit converter) – Accuracy ± 2%|
|Vertical zoom||"One Click Winzoom" mode (12-bit converter and direct graphical zoom on screen) – x 16 max.|
|Probe factor (non-Probix)||1 / 10 / 100 / 1,000 or any scaling – definition of measurement unit|
|Sweep speed||35 calibres from 1 ns/div to 200 s/div., accuracy ± [50 ppm + 500 ps] – Roll mode from 100 ms to 200 s/div|
|Horizontal zoom||"One Click Winzoom" system (direct graphical zoom on screen) x 1 to x 5 or x 100 – storage 100 kpts/channel|
|Mode||On all the channels: automatic, triggered, one-shot, auto level 50%|
|Type||Edge, pulse width (16 ns-20 s), delay (48 ns to 20 s), counting (3 to 16,384 events) Continuous adjustment of Trigger position|
|Coupling||AC, DC GND, HFR, LFR, noise – Level and Hold-Off adjustable from 64 ns to 15 s|
|Sensitivity||≤ 1.2 division p-p up to 300 MHz|
|Maximum sampling rate||2.5 GS/s in one-shot mode on each channel (100 GS/s max. in ETS mode)|
|Vertical resolution||12 bits (vertical resolution 0.025 %)|
|Memory depth||100 kpts per channel and file viewer in the manager|
Internal = 1 GB to store the files: trace, text, configuration, math functions,
System memory: .pdf print files, .png image files
+ high-capacity removable µSD-Card: SD 2 GB, SDHC 4-32 GB and SDXC > 32 GB
|GLITCH mode||Duration ≤ 2 ns – 500,000 Min/Max pairs|
|Display modes||Envelope, vector, accumulation-, averaging (factors 2 to 64) – XY (vector) and Y(f)=FFT|
|AUTOSET||Complete in under 5 s, with recognition of the channels – Frequency > 30 Hz|
|FFT analyser & MATH functions||2,500-point FFT (Lin or Log) with measurement cursors – Functions + , - , x , / and mathematical function editor|
|Cursors||2 or 3 cursors: simultaneous V and T with AUTO measurement: T1, T2, Dt, 1/Dt, dBV, Ph|
|Automatic measurements||Simultaneously with waveform, 20 automatic measurements per channel and on the 4 channels simultaneously with scroll|
|General specifications||2 or 4 channels – 8,000 cts min/max/frequency/relative – TRMS – Time/date-stamped graphical recording in logger mode|
|AC, DC and AC + DC voltages||600 mV to 600 VRMS, 800 mV to 800 VDC – VDC accuracy +/- (0.5 % + 25 D) – 200 kHz bandwidth|
|Resistance||80 Ω to 32 MΩ – accuracy 0.5%R+ 25D – Quick continuity test < 10 ms|
|Other measurements||Temperature (HX0035 = KTC, HX0036 = Pt100) / Capacitance 5nF to 5mF / Frequency 200 kHz / Diode test 3.3 V|
|Single and three-phase power||Active, Reactive and Apparent power values plus Power Factor simultaneously with the U & I measurements|
|Harmonic Analyser Mode|
|Multi-channel analysis||2 or 4 (depending on model), 63 orders, fundamental frequency 40 to 450 Hz in auto or manual mode|
|Simultaneous measurements||Total Vrms, THD and selected order (% fundamental, phase, frequency, Vrms)|
|Acquisition||Duration: 20,000 s – Interval: 0.2 s – Files: 100,000 measurements|
|Configuration memories||Not limited according to device - variable file sizes|
|Printing||Network printing via Ethernet/Wifi in .png format|
|PC communication – software link||Ethernet (100 baseT), WiFi-USB (device, 12 Mbs) – "ScopeNet" application software for PC|
PC: Ethernet and USB, ScopeNet (remote control, data recovery, cursors and automatic measurements)
Android tablet – ScopeAdmin Fleet Administration utility
|Mains power supply||
Li-Ion rechargeable battery (6,900mAH-40 Wh) – Battery life of up to 8 hrs – Adjustable standby mode
Adapter / 2-hour fast charger, universal 98-264 V / 50/60 Hz)
|Safety / EMC||Safety as per IEC 61010-2-30, 2010 – 600 V CAT III / 1000 V CAT II – EMC as per EN61326-1, 2010|
|Mechanical specifications||292.5 x 210.6 x 66.2 mm – 2.1 kg with batteries – IP54 protection|
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