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Fax: +39 0182 586400 Fax: +39 02 58188273 S.r.l. Socio Unico http://www.narda-sts.it User’s Manual HP-01 MAGNETOMETER FIELD ANALYZER From DC up to 1000 Hz SERIAL NUMBER OF THE INSTRUMENT You can find the Serial Number on the upper side panel of the instrument.
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NOTE: ® Names and Logo are registered trademarks of Narda Safety Test Solutions GmbH and L3 Communications Holdings, Inc. – Trade names are trademarks of the owners. If the instrument is used in any other way than as described in this User’s Manual, it may become unsafe.
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2.3 Work Environment………......…………..……… 2.4 To return for repair…..…........……...……… 2.5 To clean the meter…….…..…….…....……...……… 2.6 Power supply and battery recharging………………………..2.7 HP-01 connected to a PC………………………………….…… 2.8 HP-01 with 8053B ……..…….…………………………………. 2.9 Battery management…………….…………………………..…. 2.10 Avoiding measurement errors……………………………….. 3 EHP-TS installation Page 3.1 Introduction…………………………………………………..….
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SAFETY RECOMMENDATIONS AND INSTRUCTIONS This product has been designed, produced and tested in Italy, and it left the factory in conditions fully complying with the current safety standards. To maintain it in safe conditions and ensure correct use, these general instructions must be fully understood and applied before the product is used. •...
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Descrizione MAGNETOMETRO – ANALIZZATORE DI CAMPO Description MAGNETOMETER – FIELD ANALYZER Modello HP-01 Model è conforme ai requisiti essenziali delle seguenti Direttive: conforms with the essential requirements of the following Directives: Bassa Tensione 2014/35/EU Low Voltage Compatibiltà...
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1.2 Introduction Analyzer. HP-01 is a magnetic DC and low frequency isotropic field probe-analyzer. It provides an advanced technology solution for field analysis in the DC to 1 kHz frequency range in an extremely high dynamic range. It includes X, Y and Z axes simultaneous measurements with a powerful, built in, spectrum analyzer.
The notch near the end of the tip marks the sensor position. The orientation of the three axis is depicted onto the top panel. Fig. 1-1 Sensor position General Information...
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1.3 Configuration and The HP-01 Set for NBM-550 and PC use, includes the following items: Standard Accessories • HP-01 Basic Unit; • Zero-Gauss Chamber; • AC/DC Converter with plug adapters; • Cable, FO Duplex, RP-02, 10 m; • USB-OC Optical Converter;...
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When not differently specified the following specifications are referred to an operating ambient temperature of 23°C and relative humidity 50%. specifications Table 1-1 Technical specifications of the HP-01 Magnetometer - Field Analyzer Frequency range DC ÷ 1000 Hz Measurement range 10 µT ÷...
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1.6 HP-01 Panel Key: 1. Power-on LED 2. Battery charger connector 3. ON/OFF button 4. Fiber optic connector 5. Data LED Fig. 1-2 Panel of HP-01 General Information...
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This page has been intentionally left blank General Information...
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2 - Installation and use This section provides the information required for installing and using the 2.1 Introduction HP-01 Analyzer. Information is included regarding initial inspection, power requirements, interconnections, work environment, assembly, cleaning, storage and shipment. 2.2 Preliminary Inspect the packaging for any damage.
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HP-01 has an internal rechargeable Li-Ion battery that can be recharged 2.6 Power supply and with the battery charger supplied with it. battery recharging Make a full charging cycle before using the Analyzer for longest battery operation time. ALWAYS connect the battery charger to the power supply BEFORE connecting it to the HP-01.
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PC Switch the unit on with a short key press of the Power button to set the probe for communication with HP-TS pc software. HP-01 is linked to 8053B via the fiber optic link. 2.8 HP-01 with 8053B...
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The support must be amagnetic to perform correct measurements. Using an unsuitable support could influence the measurements and, therefore, determine incorrect results. We recommend always using the amagnetic extension support supplied with HP-01 for supporting the Analyzer. The intensity of the measured field mainly depends on its currents...
3.1 Introduction fibre optic link, of HP family Magnetometers and field analyzers. By means of the USB-OC optical to USB converter, HP-01 can be connected to a PC USB port. If needed, the selected COM port should be assigned to the application software (see cap.5 HP01-TS applications).
Before connecting the Magnetic field analyzer to PC the HP01-TS software 3.3 Installing HP01-TS installation should be performed: Software Double click on the file “HP01-TS Setup.exe” included on Software Media Fig. 3-1 Setup icon The User must have administrator privileges to install the HP01-TS software in Windows Vista, Windows 7, Windows 8.1 and Windows 10;...
Fig.3-6 Installing HP01-TS Fig.3-7 Installation successful When asked for, reboot your system to complete installation Fig.3-8 Reboot HP01-TS software is now installed in your PC, you can remove it, if needed, simply running the “Uninstall HP01-TS” application (see cap.8). HP01-TS software...
Windows Vista, 7, 8.1 and 10; for further information see the paragraphs in Chapter 3. If the battery charger is plugged in to the HP-01 while the software is running, the analyzer will be disconnected. Switch the unit on with a short key press of the Power button to set the probe for communication with HP-TS pc software.
HP-TS Application software package. Connect HP-01 to the USB port of your PC using provided optical fibre and USB-OC optical to USB converter. Switch the analyzer ON and run HP-TS application; a welcome screenshot 4.2.1 Main menu...
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Description: 1 – HP01-TS software release, (communication port) 2 – Acquisition to set Averaging and to activate the Max Hold function 3 – Preference with Settings, Minimized UI, Measurements log and Languages selections 4 - ? for software and probe information 5 –...
Mode button allows activating X, Y, Z axis levels indication or not. 4.2.2 TOT and XYZ In any case, the total value is always shown. modes The unit can be mT (G) or T (kG) depending on the level range and unit setting.
The Info (?) toolbar allows the User to visualize the data of the probe, such 4.2.4 Info toolbar as the release of the internal firmware, the Serial Number, current Battery Voltage and last Calibration Date. Fig.4-6 Info toolbar Zeroing is used for offset correction in order to optimize the sensitivity for 4.2.5 Zero low static fields.
This is the box where it is possible to choose one of the four options 4.2.6 Span available: (20, 30, 100, 1000 Hz) Fig.4-10 Span selector The Resolution Bandwidth RBW (selectivity) of the measurements is depending on the Span setting: Span 20 Hz 0.8 Hz...
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In Wide Band Mode the displayed measurement result is integrated over 4.2.8 Wide Band frequency from Fstart to Fstop. The user can enter Fstart and Fstop depending on the selected Span. We recommend to consider the following settings for best results. To obtain accurate integration results, the minimum setting for Fstart should be: Fstart >= 2 x RBW...
The Plot function is a time domain graph of the measured level. 4.3 Plot Fig.4-12 Plot graph The Total field is always traced, while the X,Y and Z axis traces are shown only when activated in the main window. The marker can be activated for one of the X, Y, Z and T (Total) traces. It will show the time and the level measured for that time.
This control is used to select the full-scale of the level axis. 4.3.1 Scale Fig.4-13 Scale selector All collected measurements can be saved in a text file using this function. 4.3.2 Save File To enable the “Settings” and “Save” buttons it is necessary to stop acquisition by clicking the “Hold”...
Fig.4-16 Plot Total 4.3.3 Settings This unit concerns the appearance of the program. Fig.4-17 Settings Display, Plot, Plot/Spectrum, Spectrogram/Waterfall boxes allow selecting each environment parameters and color palette. Default button to set appearance to the default parameters Press Save button to store the specific choice. 4-10 Description...
4.4 Spectrum section field. The Spectrum section includes the following: Span: select one of the 4 available spans, keeping in mind that the HP-01 minimum operating frequency is DC and maximum stop frequency is about equal to the span itself.
A second marker can be also enabled. In this way the two values are shown (Marker 1 and Marker 2) and also the difference between them (Delta Markers) is displayed. The desired Span can be selected among four choices available, as depicted below.
In addition to the spectrum view, another representation has been 4.5 Waterfall introduced in the software, commonly called Waterfall. The advantage of this view is that the disturbances are shown with different colours depending on their strength. This helps evaluate level variations over time and to easily investigate sporadic signals.
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In the Graph 2D, the horizontal axis represents Frequency, the vertical axis is the Time and the colour is the Level. The signal amplitude is represented in a scale of arbitrary colours, usually the darker the lower and the brighter the higher, like in thermography. The Color Scale referenced to levels and units, is indicated on the left bar on the screen.
Fig.4-24 Export tool The Export tool allows the User to save the screen snapshot. In the Graph 3D, one axis (horizontal) represents Frequency, another the Level (vertical) and the third the Time (depth). For this mode, the marker can be placed by a left click of the mouse over any point of the signals, while the graph aspect can be changed as desired by clicking the right button and dragging the mouse in a simple and intuitive way.
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This page has been intentionally left blank 4-16 Description...
This section provides all the information required for firmware updating. The Update Firmware Program is available after HP-TS package installation. Turn off the HP-01 and connect it to a free USB port of the PC. 5.2 To run the Run HP-01 Update Firmware to start the update program.
The User should check that the battery level is at least 3.9 V before starting the upgrade. Fig.5-3 Switch HP-01 on As soon as the connection is established, a message informs to turn the HP- 01 OFF and turn it ON again; press OK to confirm.
At the end, a message informs if the update has been successfully performed. Fig.5-8 Flashing terminated Turn the HP-01 OFF (it could seem to be already OFF but it is not) and turn it ON again. The HP-01 is now updated with the new version of the internal firmware.
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This page has been intentionally left blank Firmware Update...
Before removing any shared system file, the uninstaller will ask for a confirmation. Answer “NO” in case you are not sure whether the showed system file is required for other applications. Fig.6-3 File remove confirmation request Fig.6-4 Uninstallation successful HP01-TS software is now removed from the system, click “Finish” to close uninstaller utility Uninstalling Software...
7 – Uninstalling USB-OC It is possible to remove the USB-OC driver from the PC according to the 7.1 Uninstalling driver for following procedure: USB-OC The following procedure shows how to remove the driver in Windows XP environment. It may be different depending on the operating system in use.
From the application list select “FTDI FTD2XX USB Drivers” and click “Change/Remove”. Fig.7-3 Uninstalling USB-OC Unplug the USB-OC converter, if connected, and click “Continue”. Fig.7-4 Uninstaller messages Click “finish” to exit the uninstaller, USB driver is now removed from your system.
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8 - Accessories This section provides information required for installing and using 8.1 Introduction accessories for HP-01 Analyzer. Information is included regarding initial inspection, power requirements, interconnections, work environment, assembly, cleaning, storage and shipment. The following general information is applicable to all accessories.
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HP-01 accessories are powered by either internal rechargeable batteries or 8.1.5 Power supply and directly from other devices which they are connected to. battery chargers The AC/DC battery charger can be used with a power frequency at either 50 Hz or 60 Hz with a supply voltage between 100 and 240 AC Volt.
USB-OC Optical USB Converter USB-OC is standard accessory of the HP-01 Analyzer. 8.2.1 Introduction It converts the signals of some of the system’s accessories, which are only connected via fiber optic, into USB-compatible signals. It, therefore, makes it possible to link the following items up to the USB port of any Personal...
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This page has been intentionally left blank Accessories...
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The answer can be either in ASCII or Binary, according to the command sent. The HP-01 must be switched on in PC mode in order the communication protocol to work properly. This is the same standard mode used with the provided software.
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Right after HP-01 switched on, DATA LED remains RED for 500ms. Then it starts blinking. The on and off periods depend on: - Sensor range: The time DATA LED is on is longer when HP-01 is in high range mode than when HP-01 is in low range mode.
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In the case of an unrecognized command (available commands are ? and S), HP-01 replies with Command ERROR. Example: #H1&SPA* Reply: Command ERROR In the case of a wrong command field, HP-01 replies with the received command followed by ERROR string. Example: #H1?SIPA* Reply: SIPA ERROR.
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Query commands ask the instrument about a specific status; it responds 9.4.1 Query Commands back with a message containing the requested information. Query commands contain a ? character in the command string. Command Description Example Battery voltage query command. Example: #H1?BAT* ?BAT The reply gives back the voltage in V of Reply: 3.99...
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Wide band field query command (channel Example: #H1?FLPX 10.3,110* ?FLPa fs,fe power). The command can specify the Reply: FLP 1.349;mT;9.00,111.00;X axis on which the field has to be evaluated (T for total field value). When Example: #H1?FLP 3,120.0* no axis is indicated field values for X, Y, Z Reply: axis fields and T field are returned.
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Field value query command. Example: #H1?FLSX 13.1* ?FLSa f Reply: FLS 0.10;mT;12.00;X command can specify the axis on which the field has to be evaluated (T for total Example: #H1?FLST 12.2* field value). When no axis is indicated Reply: FLS 1.03;mT;12.2;T field values for X, Y, Z axis fields and T field are returned.
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Wide band field query command. The Example: #H1?FLWX 12.3,100.2* ?FLWa Reply: command can specify the axis on which fs,fe FLW 1.03;mT; 12.00,99.00;X the field has to be evaluated (T for total field value). When no axis is indicated Example: #H1?FLWT 12.3,100.2* field values for X, Y, Z axis fields and T Reply: field are returned.
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+ means an over-range has occurred Identifier query. Example: #H1?IDN* ?IDN The answer displays the name of the Reply: IDN=HP-01 Narda; machine, its serial number; the firmware S/N:000AA00000; FW:A.50 06/16; version and date, and the calibration date. Cal:21.06.16 Peak's amplitude and frequency on axis a.
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Flag availability query command. The Example: #H1?RDF* ?RDF reply format: Reply: RDF=8 RDF=0+0x1(x_rdy)+0x2(y_rdy)+0x4(z_rd Spectrum ready (0b1000) y)+0x08(spectr_rdy) First 3 least-significant bits refer to new Example: #H1?RDF* data availability (new data since last FLD Reply: RDF=4 or FLS or FLW or GDC queries are z-data ready (0b0100) available).
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Setting commands set the instrument; it responds back with a message 9.4.2 Setting COMMANDs containing the set parameter. Setting commands contain a S character in the command string. Command Description Example Span mode setting command. Example: #H1SSPA1* SSPA The command must be in the format SPA Reply: SPA=1 The reply is in the format: SPA=x where:...
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DCE mode setting command. Example: #H1SDCE 0* SDCE The command must be in the format DCE Reply: DCE=0 The reply is in the format: DCE=x Example: #H1SDCE 1* where: Reply: DCE=1 x can be 0: No DCE mode, standard FFT mode Example: #H1SDCE 2* 1: DCE mode Reply:...
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Typically, the User should first send the HP-01 all the setting commands to insure the analyzer is correctly set with the wanted parameters, and then ask for the spectrum and read the reply.
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Spectrum Bytes Mnemonic Type Description Position 1st bin lev Uint Level to be multiplied by scaleFact X 2nd bin lev Uint …. … … Uint …. 32+2*bins Last Bin Lev Uint …. Spectrum 2+32+2*Bins 1st bin lev Uint Level to be multiplied by scaleFact Y 4+32+2*Bins 2nd bin lev Uint...
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This page has been intentionally left blank 9-14 Communication protocol...
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Sales & Support: Manufacturing Plant: NARDA Via Rimini, 22 Via Benessea, 29/B Safety 20142 - Milano (MI) 17035 Cisano sul Neva (SV) Test Tel.: +39 02 581881 Tel.: +39 0182 58641 Solutions Fax: +39 02 58188273 Fax: +39 0182 586400 S.r.l.
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