NARDA LR-01 User Manual Download Page 87

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Probes Manager operating instructions

4-9

4.2.2.1 Displayed
technical data

In the upper right part of the screen, some technical data are shown.

They are:

-

Freq:

followed by the frequency chosen for correction, or OFF when

disabled.

-

Avg:

followed by the number of measurements for averaging calculation.

Filter:

followed by the label related to the selected filter.

Bat:

followed by the charge percentage of internal rechargeable battery.

followed by the temperature in degrees Celsius.

Alt:

followed by the relative altitude in meters.

Comp:

followed by the compass heading in degrees and cardinal points

notation.

-

RH:

followed by the percentage of relative humidity.

Please refer to the related paragraph for further information about each
item.

Summary of Contents for LR-01

Page 1: ...e Serial Number on the rear panel of the instrument Serial Number is in the form 0000X00000 The first four digits and the letter are the Serial Number prefix the last five digits are the Serial Number...

Page 2: ...own a high quality instrument that will give you many years of reliable service Nevertheless even this product will eventually become obsolete When that time comes please remember that electronic equ...

Page 3: ...9 2 9 2 10 3 Narda Probes Manager Software installation Page 3 1 Introduction 3 2 Hardware requirements 3 3 Installation 3 1 3 1 3 2 4 Narda Probes Manager Operating instruction 4 1 Introduction 4 2...

Page 4: ...5 7 6 Page 8 1 8 1 8 2 8 2 8 3 8 4 8 4 Page 9 1 9 3 9 5 9 22 9 32 9 33 9 33 9 33 9 34 9 34 9 35 9 37 9 38 9 39 10 Accessories Page 10 1 Introduction 10 2 Preliminary inspection 10 3 Work environment...

Page 5: ...1 33 1 34 1 35 1 36 1 37 1 38 1 39 1 41 1 43 1 45 1 46 1 48 1 50 1 51 1 52 2 1 2 2 2 3 2 4 6 1 LR 01 link with USB OC Typical Immunity test irradiation configuration LR 01 in a multi probe configurati...

Page 6: ...tton status Buzzer status Query commands Setting commands Technical specifications of the USB OC Technical specifications of the LR01 8059 adapter Technical specifications of the LR01 8053 adapter Tec...

Page 7: ...n case of connection of the device to the power mains make sure before connection that the voltage selected on the voltage switch and the fuses are adequate for the voltage of the actual mains Devices...

Page 8: ...ate applicate con esito positivo based on the following harmonized European Standards successfully applied EMC EMC EN 301 489 1 V2 2 3 EN 301 489 17 V3 2 4 IEC EN 61326 1 2021 Sicurezza Safety IEC EN...

Page 9: ...and can therefore be used at very high field strengths without interference In addition to the standard Narda Probes Manager software delivered with the Logger Repeater the communication and control...

Page 10: ...or EP 3B 01 E Field Sensor EP 4B 01 E Field Sensor EP 4B 02 E Field Sensor HP 1B 01 H Field Sensor EHP 2B 01 E and H Field Sensor EHP 2B 02 E and H Field Sensor EHP 2B 03 E and H Field Sensor EHP 2B 0...

Page 11: ...ive Pressure GPS coordinates Altitude Compass Speed Acceleration Internal sensor for reporting and logging Warnings and Alarms Field Probe Temperature Humidity Battery Notifications Communications Ala...

Page 12: ...al alarm 5 Manual log button 6 Vibration alarm Fig 1 3 Bottom panel Legend 1 ON OFF button 2 Power ON LED 3 Manual log button 4 Status LED 5 USB C connector 6 Fiber Optic connector 7 Serial Number 8 A...

Page 13: ...s of probes aimed at the use of indoor area monitors has been developed specifically for LR 01 Narda EMF Area Monitor AMB 8059 has a set of electric and magnetic probes covering the frequency range fr...

Page 14: ...Hz 9 25 GHz H 20 MHz 1 GHz E 0 1 0 5 1000 H 0 3 1 5 1000 ELECTRIC AND MAGNETIC FIELD SHAPED PROBE EHP 2B 02 E 500 kHz 60 GHz H 20 MHz 1 GHz E 0 1 0 5 1000 H 0 3 1 5 1000 ELECTRIC AND MAGNETIC FIELD SH...

Page 15: ...IC FIELD PROBE EP 33M 700 MHz 3 GHz 0 3 300 V m ELECTRIC FIELD PROBE EP 33A 925 MHz 960 MHz 0 03 30 V m ELECTRIC FIELD PROBE EP 33B 1805 MHz 1880 MHz 0 03 30 V m ELECTRIC FIELD PROBE EP 33C 2110 MHz 2...

Page 16: ...ELECTRIC AND MAGNETIC FIELD SHAPED PROBE EHP 2B 06 E 500 kHz 60 GHz H 20 MHz 1 GHz E 0 1 0 5 1000 H 0 3 1 5 1000 ELECTRIC AND MAGNETIC FIELD SHAPED PROBE EHP 2B 07 E 1 34 MHz 9 25 GHz H 1 MHz 1 GHz E...

Page 17: ...Linearity 0 5 dB 0 5 to 100 V m 50 MHz Resolution 0 01 V m Sensitivity 0 2 V m Flatness 20V m 1 200 MHz 0 8 dB 150 kHz 3 GHz 1 5 dB Anisotropy 6V m 0 8 dB 50 MHz typical 0 6 dB Rejection of magnetic...

Page 18: ...2 V m Flatness 20V m 1 200 MHz 0 8 dB 150 kHz 3 GHz 1 5 dB 1 200 MHz 0 8 dB 150 kHz 862 MHz 1 5 dB 933 3000 MHz 1 5 dB Anisotropy 6V m 0 8 dB 50 MHz typical 0 6 dB 0 8 dB 1 GHz typical 0 6 dB Attenuat...

Page 19: ...dB Linearity 0 5 dB 200 nT to 100 uT 50 Hz Resolution 1 nT Sensitivity 50 nT Flatness 40 Hz 1 kHz 1 dB typical 0 6 Anisotropy 50 Hz 3 T 0 3 dB Rejection of electric field 20 dB A D Conversion On board...

Page 20: ...5 2 5 dB 2110 2170 MHz 0 5 2 5 dB Anisotropy 3 V m 0 8 dB 50 MHz typical 0 6 dB 0 8 dB typical 0 6 dB 942 5 MHz 0 8 dB typical 0 6 dB 1842 5 MHz 0 8 dB typical 0 6 dB 2140 MHz Out band attenuation no...

Page 21: ...Resolution 0 01 V m Sensitivity 0 2 V m Flatness 20V m 3 MHz 200 MHz 0 8 dB 0 15 MHz 3 GHz 1 5 dB 0 1 MHz 6 GHz 2 dB Anisotropy 6V m 0 8 dB 50 MHz typical 0 6 dB Rejection of magnetic field 20 dB Tem...

Page 22: ...1880 MHz 0 5 2 5 dB 2110 2170 MHz 0 5 2 5 dB Anisotropy 3 V m 0 8 dB 50 MHz typical 0 6 dB 0 8 dB 942 5 MHz typical 0 6 dB 0 8 dB 1842 5 MHz typical 0 6 dB 0 8 dB 2140 MHz typical 0 6 dB Out of band a...

Page 23: ...amic range 72 dB Resolution 0 1 V m Sensitivity 5 V m Flatness 100 V m 40 Hz 1 kHz 1 dB typical 0 5 Anisotropy 100 V m 0 5 dB 50 Hz Rejection of magnetic field 20 dB A D Conversion On board Calibratio...

Page 24: ...z Resolution 0 01 V m Sensitivity 0 5 V m Flatness 6 V m 1 MHz to 1 GHz 1 5 dB 1 GHz to 12 GHz 3 dB 12 GHz to 18 GHz 4 dB Anisotropy 200 MHz 0 8 dB typical 0 5 dB 930 and 1800 MHz Rejection of magneti...

Page 25: ...n 0 01 V m Sensitivity 0 5 V m Flatness 6 V m 1 MHz to 1 GHz 1 5 dB 1 GHz to 12 GHz 3 dB 12 GHz to 23 GHz 4 dB 23 GHz to 40 GHz 5 dB Anisotropy 200 MHz 0 8 dB typical 0 5 dB 930 and 1800 MHz Rejection...

Page 26: ...Hz Resolution 0 01 V m Sensitivity 0 2 V m Flatness 20 V m 3 MHz 200 MHz 0 8 dB 0 15 kHz 6 GHz 2 dB 0 1 kHz 8 GHz 3 dB Anisotropy 6 V m 0 8 dB typical 0 6 dB 50 MHz Rejection of magnetic field 20 dB T...

Page 27: ...Controlled 3 9250 MHz 3 5 dB Uncontrolled Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops A D...

Page 28: ...Controlled 3 9250 MHz 3 5 dB 9250 18000 MHz 6 0 dB 18 60 GHz 8 1 dB Uncontrolled Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogon...

Page 29: ...5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops A D convertion On board Calibration 5 internal E2 PROM Opera...

Page 30: ...Hz 8 1 dB 1 1000 MHz 3 dB Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops A D convertion On b...

Page 31: ...SC6 2015 Controlled 3 10 MHz 2 3 dB 10 9250 MHz 3 dB Uncontrolled 3 9250 MHz 3 5 dB Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial ortho...

Page 32: ...Controlled 3 9250 MHz 3 5 dB 9250 18000 MHz 6 0 dB 18 60 GHz 8 1 dB Uncontrolled Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogon...

Page 33: ...5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops A D convertion On board Calibration 5 internal E2 PROM Opera...

Page 34: ...Hz 8 1 dB 1 1000 MHz 3 dB Anisotropy 4 0 5 dB Temperature error 4 0 03 dB C 0 01 dB C Temperature sensor On board Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops A D convertion On b...

Page 35: ...V m Absolute error 50 MHz 20 V m 0 8 dB Flatness 10 300 MHz 0 5 dB Flatness 3 MHz 3 GHz 1 5 dB Isotropicity 0 8 dB typical 0 5 dB 930 and 1800 MHz H field rejection 20 dB 20 C 60 C 0 1 dB Temperature...

Page 36: ...88 1 1 02 100 99 1 01 200 227 0 88 300 361 0 83 This test is carried out with a signal currently used in laboratory for maximize the reading error to make a comparison of the performances of the prob...

Page 37: ...1 29 Fig 1 22 EP 330 probe EP330 Typical amplitude response for two CW signal of same level Fc 1MHz 0 400 0 600 0 800 1 000 1 200 1 400 1 600 0 1 1 10 100 1000 Erms V m Erms Edisplay d f 1kHz df 10kH...

Page 38: ...tivity 0 3 V m Absolute error 930 MHz 20 V m 1 dB Flatness 900 MHz 3 GHz 1 5 dB Isotropicity 0 8 dB typical 0 5 dB 930 and 1800 MHz H field rejection 20 dB Temperature error 0 05 dB C Calibration Inte...

Page 39: ...1 mA m Sensitivity 0 01 A m Absolute error 50 MHz 2 A m 1 dB Flatness 50 900 MHz 1 dB Isotropicity 0 8 dB typical 0 5 dB 930 MHz E field rejection 20 dB Temperature error 0 05 dB C Calibration Interna...

Page 40: ...e error 50 MHz 6 V m 0 8 dB Flatness 10 300 MHz 0 5 dB Flatness 300 kHz 1 GHz 1 dB Isotropicity 0 8 dB typical 0 5 dB 930 MHz H field rejection 20 dB Temperature error 0 05 dB C Calibration Internal i...

Page 41: ...ity 0 01 A m Absolute error 1 MHz 2 A m 1 dB Flatness 1 25 MHz 1 dB Isotropicity 0 8 dB typical 0 5 dB 1 MHz E field rejection 20 dB Temperature error 0 05 dB C Calibration Internal into E2PROM Size 3...

Page 42: ...50 MHz 20 V m 0 8 dB Flatness 10 300 MHz 0 5 dB Flatness 3 MHz 1 GHz 1 5 dB Isotropicity 0 8 dB Typical 0 5 dB 930 and 1800 MHz H field rejection 20 dB Temperature error 0 05 dB C Calibration Interna...

Page 43: ...0 01 V m Sensitivity 0 8 V m Absolute error 200 MHz 6 V m 0 8 dB Flatness 1 MHz 1 GHz 1 5 dB Flatness 1 3 GHz 2 0 dB Flatness 3 18 GHz 2 5 dB Isotropicity 200 MHz 0 8 dB typical 0 5 dB 930 and 1800 MH...

Page 44: ...z 1 GHz 1 5 dB Flatness 1 3 GHz 2 dB Flatness 3 18 GHz 2 5 dB Flatness 18 26 5 GHz 3 dB Flatness 26 5 40 GHz 4 dB Isotropicity 200 MHz 0 8 dB typical 0 5 dB 930 and 1800 MHz H field rejection 20 dB Te...

Page 45: ...Hz 200 MHz 200 MHz 800 MHz 1 5 dB typical 0 8 dB 2 0 dB typical 1 5 dB Isotropicity 0 8 dB typical 0 5 dB 740 MHz Out band attenuation respect to 50 MHz 900 MHz 3 GHz 12 dB typical 15 dB H field rejec...

Page 46: ...T Dynamic range 72 dB Resolution 1 nT Sensitivity 10 nT Absolute error 50 Hz 200 nT 25 C 0 4 dB Flatness 40 Hz 1kHz 1 dB Isotropicity 50 Hz 200 nT 0 3 dB Electric field rejection 20 dB Temperature err...

Page 47: ...z 20 V m 0 8 dB Flatness 10 300 MHz 0 5 dB Flatness 3 MHz 3 GHz 1 5 dB Isotropicity 0 8 dB typical 0 5 dB 930 and 1800 MHz H field rejection 20 dB 20 C 60 C 0 1 dB Temperature error 0 C 20 C 0 05 dB C...

Page 48: ...OFF Band attenuation respect to 942 5 MHz 860 MHz 10 dB 1025 MHz 10 dB Isotropicity 0 8 dB typical 0 5 dB Rejection to H field 20 dB Temperature error 0 C 60 C 0 2 dB 20 C 0 C 0 1 dB C Drift Frequenc...

Page 49: ...the radiobase station use eight time slots of each channel so the effective error of the measurement is negligible Fig 1 33 EP 33A probe Typical frequency response for EP33A probe 15 0 10 0 5 0 0 0 85...

Page 50: ...F Band attenuation respect to 1842 5 MHz 1580 MHz 10 dB 2010 MHz 10 dB Isotropicity 0 8 dB typical 0 5 dB Rejection to H field 20 dB Temperature error 0 C 60 C 0 2dB 20 C 0 C 0 1 dB C Drift Frequency...

Page 51: ...General information 1 43 Fig 1 34 EP 33B probe T ypical freq uen cy response for EP33B probe 10 9 8 7 6 5 4 3 2 1 0 1730 0 1767 5 1805 0 1842 5 1880 0 1917 5 1955 0...

Page 52: ...dB 1 8 dB OFF Band attenuation respect to 2140 MHz 1880 MHz 10 dB 2320 MHz 10 dB Isotropicity 0 8 dB typical 0 5 dB Rejection to H field 20 dB Temperature error 0 C 60 C 0 2dB 20 C 0 C 0 1 dB C Drift...

Page 53: ...eneral information 1 45 Fig 1 35 EP 33C probe T ypical freq uen cy response for EP33C probe 10 9 8 7 6 5 4 3 2 1 0 2065 0 2080 0 2095 0 2110 0 2125 0 2140 0 2155 0 2170 0 2185 0 2200 0 2215 0 M Hz d B...

Page 54: ...nT Sensitivity 50 nT Absolute error 50 Hz 3 T 25 C 0 4 dB Flatness 40 Hz 1 KHz 1 dB Isotropicity 50 Hz 3 T 0 3 dB Electric field rejection 20 dB Calibration Internal into E2PROM Temperature error 0 0...

Page 55: ...with filter 10 Hz Flatness 40 V m 1 5 dB 150 MHz 9 25 GHz 3 dB 60 MHz 12 GHz Isotropicity 40 V m 200 MHz 0 6 dB H field rejection 20 dB A D Conversion one converter for every axis Calibration On board...

Page 56: ...Fig 1 37 EP 201 probe LR 01 is able to identify all probe models whether they are plugged before or after switching on the unit A more accurate measurement with EP333 and EP201 probes is achieved set...

Page 57: ...tness 0 3 MHz 3500 MHz 3 0 dB 3 5 MHz 3200 MHz 1 5 dB 20 MHz 500 MHz 0 75 dB Isotropicity 0 8 dB typical 0 5 dB H field rejection 20 dB Calibration On board EEPROM Temperature error 20 C 60 C 0 1 dB 0...

Page 58: ...ity compared to the RMS termocouple detectors Tests on COFDM signal FFT8k Constellation 64QAM Crest factor 13dB guard interval 1 32 have shown that the overestimation is less than 0 5 dB up to 75 V m...

Page 59: ...01 V m Sensitivity 0 35 V m Flatness 3 MHz 10 MHz 1 5 dB 10 MHz 1000 MHz 1 0 dB 1000 MHz 3000 MHz 1 5 dB 3000 MHz 5500 MHz 2 5 dB Isotropicity 0 8 dB typical 0 5 dB H field rejection 20 dB Calibratio...

Page 60: ...1000 MHz 1 0 dB 1000 MHz 3000 MHz 1 5 dB 3000 MHz 6000 MHz 2 5 dB Isotropicity 0 8 dB typical 0 5 dB H field rejection 20 dB Calibration On board EEPROM Temperature error 20 C 60 C 0 1 dB 0 C 20 C 0...

Page 61: ...y From 30 to 75 C 95 relative 2 4 Return for repair When the repeater needs to be returned to NARDA for repair please complete the questionnaire appended to this User s Manual filling in all the data...

Page 62: ...d of the fiber optic to the provided USB OC taking care that the grip recess points towards the centre of the device or any other of the available ports for example wired USB Connect the converter to...

Page 63: ...signed so that detections are taken when these devices are not radiating Just after running the program the desired instrument must be chosen from the list The Narda Probe Manager is designed to manag...

Page 64: ...t for example the LR01 row and click Connect The assigned COM port will be matched automatically It is also possible to run the Auto search function which will look for any connected device and will l...

Page 65: ...during the log If the Log can be activated AQ_ command with a rate other than 0 prolonged pressure 5 s of the button recognized with the button pressed and not released Log activated but not started y...

Page 66: ...Short pressing Logger measurement acquisition after setting the Logger by means of the AQ_ command The pressing is notified by the big red LED lighting up It will turn off when the record is saved Pre...

Page 67: ...rging ALWAYS connect the battery charger to the power supply BEFORE connecting it to the LR 01 The battery charger has an internal protective circuit that will limit the output of current if there is...

Page 68: ...le to manage the meter via an optical connection fiber optic via a wired connection i e USB and via Wi Fi connection If the attempt to communicate over any of the available channels fiber optic Wi Fi...

Page 69: ...s event erases the entire memory and the previously acquired logs are deleted The Log remains active until the unit is turned off or the maximum number of storable records is reached or the logger sto...

Page 70: ...2 10 Installation and use 2 11 LR 01 Applications Fig 2 2 Typical Immunity test irradiation configuration Fig 2 3 LR 01 in a multi probe configuration...

Page 71: ...ation factors on board that can be applied when the signal source frequency is known in order to make the measurement even more accurate Shaped models of field probes are also available after selectin...

Page 72: ...2 12 Installation and use This page has been left blank intentionally...

Page 73: ...er and allows displaying the measured field level directly on a Personal Computer screen 3 2 Hardware requirements To ensure the proper operations of the Narda Probes Manager software the minimum hard...

Page 74: ...Media as follows Do not connect the LR 01 to the PC until the installation is completed Browse the Software Media in Computer Resources and double click on the Narda Probes Manager Setup exe file to...

Page 75: ...Probes Manager software installation 3 3 The installation can be aborted by clicking on Cancel The installation folder must be specified Click Next to confirm the default folder or Change to modify...

Page 76: ...3 4 Probes Manager software installation Click Next to proceed installing...

Page 77: ...Probes Manager software installation 3 5 The installing status is displayed then Click Finish to complete and exit the installer...

Page 78: ...software installation The folder Narda Probes Manager is created under Programs Narda Safety with Probes Manager see Chapter 4 and LR 01 Update firmware see Chapter 5 The Probes_Manager icon will be a...

Page 79: ...r To obtain firmware or program updates for LR 01 please contact your NARDA distributor or download it directly from the NARDA Web site http www narda sts it Before starting Narda Probes Manager it is...

Page 80: ...n menu When the menu is opened the communication port selector appears It allows the user to choose among the available ports Both when the USB wired connection or the USB OC optical link is used the...

Page 81: ...R 01 directly from the PC This can be very convenient for turning the instrument on and off from remote when it is located far away or in places that are not easily accessible i e inside anechoic cham...

Page 82: ...g instructions Click Connect to confirm Then if the device is correctly found the connection progress bar is displayed Then the main window is displayed showing the live measurements together with all...

Page 83: ...ed port the Looking for devices indication appears The following message appears when LR 01 is not connected or the communication is not established Select NO to quit the Narda Probes Manager Select Y...

Page 84: ...ers main window 4 Correction frequency setting in MHz 5 Reading rate in milliseconds ms 6 Probe type 7 Toggle between Total field value or contemporary X Y Z axis readings 8 Button to store the field...

Page 85: ...to minimize to icon enlarge restore the main window and exit the program When minimizing the main window the information is displayed in the Windows application bar at the bottom of screen The total f...

Page 86: ...ld measuring unit depend on the probe model connected the value is displayed with three decimals Min value displayed 0 010 V m or A m Correction frequency see par Frequency setting Default Freq 10 00...

Page 87: ...ents for averaging calculation Filter followed by the label related to the selected filter Bat followed by the charge percentage of internal rechargeable battery T followed by the temperature in degre...

Page 88: ...1 MHz Press the enter key to enter the set frequency value To disable the frequency correction click OFF the button toggles to ON for enabling the function when required Only some models of probe allo...

Page 89: ...nge If the frequency entered for correction is lower than the minimum admissible the value will be set at the minimum available and the following message will be shown If the frequency entered for cor...

Page 90: ...equency value The setting displayed at the first run is the default the last setting will be displayed then The minimum time interval between readings is in function of the filter setting The table Fi...

Page 91: ...erating instructions 4 13 4 2 5 XYZ TOT Button for selecting the x y z XYZ or Total mode TOT Max display resolution 0 001 V m or A m the unit depends on the probe model Click on the XYZ button to togg...

Page 92: ...probe nominal minimum level The symbol is close to the value For example 0 8 V m per EP 183 on the total For example 0 8 3 per EP 183 on the single axis Low the field level is lower than 1 15 of the p...

Page 93: ...ion Measurements Log is disabled Every time the button Save is selected a message pops up telling the Log file will be generated The field value is stored in a file named as DAY__Hour_Minutes_Seconds...

Page 94: ...is saved in TXT format and the table is opened a huge amount of data are available If the field value measured is outside the nominal level range the following messages are displayed with Ovr or or o...

Page 95: ...thousandths of a second of the measurement acquisition X unit Y unit Z unit field value on x y and z axis If the XYZ mode is not enable each axis will be marked with a minus sign Between brackets is...

Page 96: ...e graphical way the plot represents the level versus time in seconds Once selected the button PLOT the graph will appear In Plot window it is possible to set the desired scales for both Time x and Lev...

Page 97: ...ppearance The character used as data separator when required by the table form Text file separator Different color combinations of the background grid labels and traces are listed under Colors The cho...

Page 98: ...anager operating instructions The new settings can be saved with Save Otherwise press Default button to completely restore the initial aspect The Display section allows to set the desired color of the...

Page 99: ...again the Plot function to graph the analysis In this case it is done with Time Div set to 1 s and default colors At any time the graph can be paused or terminated by clicking the Hold or Exit button...

Page 100: ...ows to save the graph as an image It is possible to add a text comment and for this purpose after clicking Save the following box appears The file name and path can be specified as desired and the def...

Page 101: ...resumed the scales can be modified as desired and the plot can be saved as an image Any single axis and Total trace can be shown or hidden at will It is possible to scroll the track along the time by...

Page 102: ...button XYZ TOT is active even when in Hold Even if the program was closed Exit when in Hold mode it will restart in Run mode 4 2 9 EXIT Press EXIT to end the program The current settings are saved an...

Page 103: ...he main window When selecting a new filter while in HOLD mode the filter setting indication in the main window will be updated only after toggling to RUN mode Filter Hz indication of the filter charac...

Page 104: ...ate time interval setting The message AVG OK will be displayed shortly after completion of the averaging process then followed by the indication of the preset averaging Avg 16 Then the process continu...

Page 105: ...applications where the height of measurements are relevant such as for example along antennas masts The Altimeter works in relative mode It returns the difference in meters from the height where the...

Page 106: ...ally rotate the meter along its vertical axis to face the Antenna toward to the point self To enable the WiFi connection Enter the name of the Wi Fi network you intend to use SID Enter the password of...

Page 107: ...the background and text are listed under Colors The choice is made by selecting the corresponding to be changed and then using the Color Palette window The new settings can be saved with Save Otherwis...

Page 108: ...on the desktop keeping its final position even at the next minimizing of the main window To close this window go on the tray click the Narda icon and click the X at the upper right corner of the minim...

Page 109: ...ger operating instructions 4 31 4 2 10 3 Info button Contents Info Software release Probe model Repeater model and firmware release Repeater Serial Number Latest Probe calibration About Manufacturer i...

Page 110: ...ash memory Narda Probes Manager software allows downloading these measurements in a simple and reliable way When entered in the Logger Settings page the User can enable or disable all alarms and warni...

Page 111: ...ime the button is pressed a measurement is stored in the internal memory Instantaneous every s seconds to automatically record measurements of the instantaneous field level spaced s seconds each Mean...

Page 112: ...an Alarm or Warning occurs Set button is used to save all logger parameters in the LR 01 Its main use is if the User wants to start the logger manually with a long press of the side button Start Log...

Page 113: ...Manager package installation 5 2 To run the update software Turn off the LR 01 and connect it to a free USB port of the PC Click the icon on desktop Alternatively Start All Programs Narda Safety LR 01...

Page 114: ...ain press OK to confirm The following window will appear The firmware components can be updated by this application The Firmware is the main meter internal program and it is automatically stored withi...

Page 115: ...F but it is not and turn it ON again The LR 01 is now updated with the new version of the internal firmware It is now possible to disconnect the cable connected to the PC with the LR 01 meter either s...

Page 116: ...5 4 Firmware Update This page has been intentionally left blank...

Page 117: ...to remove the USB OC driver from the PC according to the following procedure Open the Windows Control Panel The following procedure shows how to remove the driver in Windows 10 environment It may be...

Page 118: ...XIT to quit Narda Probes Manager disconnect the LR01 from the PC and uninstall the software In Win7 click Windows NardaProbesManager then Uninstall Probes_Manager and follow the instructions In Win10...

Page 119: ...icon is displayed on home screen Android release 10 0 or higher must be installed on the device to use the LR01 Manager App iOS release 11 0 or higher must be installed on the device to use the LR01 M...

Page 120: ...yed showing the live measurements together with all other related information These are the basic operations to follow to work with the LR01 Manager All additional information and explanations can be...

Page 121: ...value turns blue in the main window Sampling time Set the time interval in milliseconds between subsequent readings The new setting can be saved pressing the corresponding Send or Save button Select...

Page 122: ...type of probe for example in case of Quadriband probe the Wideband UMTS2140 GSM1800 and GSM900 field probe value will be shown The chapter 1 of this manual includes the list of the field probes availa...

Page 123: ...measurements log and a message pops up telling Starting a new log all the data of the previous one will be deleted After stopping the Log the measurements acquired can be downloaded pressing the Save...

Page 124: ...obe EP333 Measurement unit Unit V m Measurements GPS coordinates GPS 44 07 8 15 Working session date in dd mm yyyy format Date 28 03 2023 Hour minute second of the measurement acquisition Time TOTAL X...

Page 125: ...ager If the App has already been installed tap on Recent Apps and make sure the software is not running to avoid communication errors see 8 3 4 Close the App Also make sure turning on Bluetooth wirele...

Page 126: ...eld values as X Y Z and or Total Only some models of probe allow the possibility to show the Total and the levels of the three independent Axis For others type of probe for example in case of Quadriba...

Page 127: ...perature in degrees Celsius Hum followed by the percentage of relative humidity Alt followed by the relative altitude in meters DateTime Date and time set on LR 01 Last Calibration date Latest probe c...

Page 128: ...Calibration for more accuracy Recall the Frequency correction factor in Hz stored in the LR 01 memory or OFF when disabled Sampling time Set the time interval in milliseconds between subsequent readin...

Page 129: ...the command string LR prefix is a wildcard to establish a communication with every LR 01 unit To connect to a specific unit a nn should be used instead Where nn is the address of the unit desired whi...

Page 130: ...data are continuously sent over the communication port without the need of asking for each At any time the operation mode can be switched back to slave mode While operating in slave mode LR 01 sends...

Page 131: ...quests Logger status MAC Requests the Wireless MAC address MES Requests the instantaneous field level MESS Requests the instantaneous field level with continuous transmission MESR v Requests the insta...

Page 132: ...set SGOF Switches OFF the GPS module SGOOFF Switches OFF the unit SGOI Switches ON the GPS module SIAMk para Set the LR01 IAM output and alarm s SIDN i Sets the units identifier SKFR f Sets the freque...

Page 133: ...ected probe is a weighted model the unit shown is Examples of reply ALR 6 0 uT 6 00 min ALR 25000 00 30 00 min ALT This query command LR ALT requests the relative altitude The reply provides the altit...

Page 134: ...T 3 82 BDR This query command LR BDR requests the current Baud Rate of the optical port where the code returned indicates 10 9600 bps 11 38400 bps 12 57600 bps else 115200 bps Example of reply BDR 3 w...

Page 135: ...ss communication channel at power on If DCM 1 or DCM 2 the corresponding wireless communication channel will be kept active for 60 seconds Any command received via the wireless channel will keep it ac...

Page 136: ...0 0 074738 The product is added to the last first part and the total divided by 3600 44 0 074738 Add the result to the first two digits The total is Latitude expressed in decimal degree IAMk This quer...

Page 137: ...re Name is the identification string stored with command SIDN Model is the type of the unit R rr shows the firmware version and MM YY its date of release S N is the serial number of the unit factory s...

Page 138: ...y command LR LOG requests the binary Log file NOTE It works via USB and Optic port only Please refer to command WLOG to download data via one of the wireless connections The reply starts with string L...

Page 139: ...1800 MHz C is the band 3 probe field level e g 900 MHz V m is the measurement unit label Single band probe MES W V m where W is the field level V m is the measurement unit label Passive probe MES T X...

Page 140: ...m where W is the wideband probe field level A is the band 1 probe field level e g 2140 MHz B is the band 2 probe field level e g 1800 MHz C is the band 3 probe field level e g 900 MHz V m is the meas...

Page 141: ...d probe field level L is the low pass probe field level e g 862 MHz H is the high pass probe field level e g 933 MHz V m is the measurement unit label Four band probe MES W A B C V m where W is the wi...

Page 142: ...4341 1465 N 01047 9383 E 1 38 185 31 280122 A 67 GPGGA 144551 000 4341 1462 N 01047 9386 E 1 6 1 29 16 9 M 47 8 M 60 28 01 22 15 45 50 The NMEA degrees minutes can be convert to decimal degree see GPS...

Page 143: ...eply to STA command If the LOGGER is active the presence of the SERIAL string means that the binary data relating to each single acquisition will be sent to the serial port The presence of the ALRTRG...

Page 144: ...If the correction in frequency is not available CorrFreqUnit field will be Examples of reply PRB EP 3B 01 14 09 15 V m 100 00 200 00 0 20 0 09 3000 00 MHz PRB EP 4B 02 08 07 19 V m 10 00 200 00 0 10...

Page 145: ...regardless of the MSK setting The reply provides a string showing the following labels STA AWUVPTCawvp W Warning level exceeded A ALARM threshold exceeded w end of Warning situation a end of Alarm sit...

Page 146: ...Please refer to MSK command for alarm masking Example of reply STA W V which means that the alarms for Field level Warning and for Low Battery voltage are active The probe has just detected a level e...

Page 147: ...f no IP address has yet been assigned to the unit or it has not been possible to connect to the network Local IP Address shows waiting for connection Examples of reply WFI ON SSID Redmi Note 11 Signal...

Page 148: ...possible to include battery voltage and GPS data to the reply Following is the standard NMEA GPRMC and or GNRMC string that reports the information Time UTC Navigation receiver warning A OK V warning...

Page 149: ...reply provides the threshold in the current unit followed by the averaging time in minutes When the connected probe is a EHP 2B xx it returns the alarm threshold for the Magnetic Field When the conne...

Page 150: ...s value between 00 and 99 Example LRSADR00 which means that the address of the unit will be 00 SALRs This setting command sets the Alarm threshold Argument s is the threshold value expressed in the cu...

Page 151: ...ecord takes 64 bytes The averaging time and type is the one set by SAVG command If logging rate is lower than the averaging time set by SAVG command the instant value or values depending on the probe...

Page 152: ...if the command has been refused Example LRSBDR 10 which means the optical port speed is set to 9600 bps Default speed is 115200 bps The parameter is kept also when the unit is switched OFF Like other...

Page 153: ...command is used to start the compass calibration procedure In order for the compass to be accurate it must first be calibrated using the appropriate command where t is the calibration time in seconds...

Page 154: ...tion taking advantage of the GPS signal The argument h represents the time zone an integer value in hours between 12 and 12 Please set your Country time zone and pay attention to the possible daylight...

Page 155: ...Buzzer k 1 Set A1 output Pin 2 and 8 of DB15 connector k 2 Set A2 output Pin 1 and 7 of DB15 connector k R Set Rel output Pin 10 12 13 14 15 of DB15 connector The parameter para allows the user to se...

Page 156: ...and represents the index of the following list of available filters 0 10 Hz 1 20 Hz 2 40 Hz default 3 80 Hz The reply is LPF OK if the command has been granted LPF ERR if the command has been refused...

Page 157: ...e sent to the serial port Adding the L symbol if the LOGGER is active the alarm triggers the saving of the measurement record either on a time basis AQ_ with a rate greater than zero or continuously A...

Page 158: ...i network name for wireless 802 11 b g n connection i is an alphanumeric string up to 64 characters long The parameter is kept also when the unit is switched OFF The reply is SID OK if the command has...

Page 159: ...hich turns on the module and starts the connection Note when the connection is established parameter ON the reply is followed by the IP address assigned to the unit as in the following example Wi Fi I...

Page 160: ...s including position and speed data LogType 4 is for averaged instantaneous value 0 Average 4 Instantaneous value LogType 8 is the Alarm activation flag 0 Log following an Alarm disabled 8 Log followi...

Page 161: ...Z_Peak Altitude Seconds RH Hi Byte 25 Lo Byte 26 Hi Byte 27 Lo Byte 28 Byte 29 Byte 30 Byte 31 Byte 32 9 5 1 2 Single and Three Bands Active Probes Structure description Bands in red are present only...

Page 162: ...2_avg 942_Peak Altitude Seconds RH Hi Byte 25 Lo Byte 26 Hi Byte 27 Lo Byte 28 Byte 29 Byte 30 Byte 31 Byte 32 9 5 1 4 EHP2B Electric Magnetic Active Probe Structure description E_avg E_Peak H_avg H_P...

Page 163: ...y is 0x1A decimal 26 then the battery voltage will be 3 4 V Temp is the Temperature recorded in the interval The number should be considered as an unsigned 7 bit integer In order to avoid negative fig...

Page 164: ...x0083 7 0xF 0x01 MONTHS 3 April 2022 Indeed 0x0083 0x7F 0x03 The 16 bit figure named DateTime is shown as follows MI1 5 MI1 4 MI1 3 MI1 2 MI1 1 MI1 0 MI9 MI8 MI7 MI6 MI5 MI4 MI3 MI2 MI1 MI0 DateTime B...

Page 165: ...1 Lo Byte 52 degree Byte 53 minute Byte 54 Hi Byte 55 Lo Byte 56 MSL Altitude Heading RES RES RES RES Hi Byte 57 Lo Byte 58 Hi Byte 59 Lo Byte 60 Byte 61 Byte 62 Byte 63 Byte 64 Validity represents da...

Page 166: ...tude int 0x2c04 and Latitude Fract 0x12a9 then the GPS latitude would be 44 degree 04 4777 minute North Indeed 0x2c 44 0x04 04 and 0x12a9 4777 N S is 0 then the latitude is North The 16 bit figure nam...

Page 167: ...ery is 0x1A decimal 26 then the battery voltage will be 3 4 V PERTS Bit D2 When High it flags that the USB connection was ON during sampling Bit D1 When High it flags that the external Charger was con...

Page 168: ...9 40 Command protocol This page has been left blank intentionally...

Page 169: ...e range of the following conditions Temperature Humidity From 30 C to 75 C 20 C to 60 C for Battery Charger 95 relative 10 4 Return for repair When the Accessories need to be returned to NARDA for rep...

Page 170: ...rda sts it 10 6 2 Installation Insert USB OC in the connector of a free USB port of the PC connect the fiber optic coming from the repeater or other accessories paying attention to the locating key Co...

Page 171: ...specifications and performances are described in chapter 1 of this manual Fig 10 2 LR 01 with its 8059 adapter 10 7 2 Installation Insert the LR01 8059 Adapter in the connector of the LR 01 Logger Re...

Page 172: ...ifications of the LR01 8059 Adapter Length 64 mm Weight 59 g Probe connector 8 pin round with key Probe connector Key Connector for all AMB 8059 Probes models LR 01 connector Key Connector to LR 01 in...

Page 173: ...hich specifications and performances are described in chapter 1 of this manual Fig 10 5 LR01 with its 8053 adapter 10 8 2 Installation Insert the LR01 8053 Adapter in the connector of the LR 01 Logger...

Page 174: ...specifications of the LR 01 8053 Adapter Length 74 mm Weight 80 g Probe connector 12 pin round with key Probe side panel Connector for all 8053 Probes models Fig 10 7 LR 01 8053 Adapter connectors LR...

Page 175: ...o all surfaces thereby improving stability The height of its central support can also be adjusted It is supplied with a small protective carrybag to make it easy to carry Table 10 4 Technical specific...

Page 176: ...oint full height 8 cm weight 160 g load capacity 10 kg Threaded insert The adjustable swivel makes mounting and fastening the instrument easy as well as changing the angle in any directions via the lo...

Page 177: ...e apparatus The design and materials of the TT 01 have been specially selected to prevent it from disturbing the sensors and therefore the measurements taken Table 10 5 Technical specifications of the...

Page 178: ...e only Please adopt the terminal suitable for your Country following the brief instructions in the picture Fig 10 11 AC DC Power Supply battery charger Fig 10 12 USB Cable USB A USB C Table 10 6 Techn...

Page 179: ...ssory of the LR 01 Programmable Logger Repeater It is provided to carry the Logger Repeater in a comfortable way The strap is equipped with a standard 1 4 threaded bolt that screws into the bottom of...

Page 180: ...10 12 Accessories Table 10 8 Technical specifications of the Shoulder Sling Threaded bolt standard Color black Max Length 2 m Load capacity 2 kg Detail of the standard 1 4 threaded bolt...

Page 181: ...he meter and the probe the cilindrical shaped diffuser ensures uniform distribution light when the visual red Led is on Fig 10 14 LR01 IAM Indoor Area Monitor kit Wall mounted Table 10 9 Technical spe...

Page 182: ...it is possible to install it almost everywhere and to monitor many situations therefore a compromise compared to the classic monitoring units that follow the rigid rules illustrated in many known publ...

Page 183: ...itoring station follow the instructions below Assembly the Wall support bracket to the LR01 IAM Interface with 2 pcs socket head cup screws M4x20mm and washer using Allen key 3mm Fix the complete LR01...

Page 184: ...01 is well connected and the probe connector is well locking Configure the LR01 Logger Repeater through USB C or Fiber Optic or Ethernet port located on the LR01 IAM bottom with Narda Probes Manager s...

Page 185: ...holes allow the user to fasten the cables to the wall bracket using 2 pcs plastic straps not provided Switch the unit on by pushing the button for a short while or directly from the software PC see ch...

Page 186: ...et such as TL POE150S or equivalent products is available It delivers power data and network connection over the same cable to the LR01 IAM Indoor Area Monitor throught the Ethernet port available on...

Page 187: ...UT4 Then there is a 5 V 150 mA max protected input output supply and a ground pin 10 13 5 User s Port application examples Input and output signals of the User s Port are optocoupled or relais protect...

Page 188: ...ing your hands free and staying at a safe distance from the potentially dangerous field Thanks to a dedicated Application LR01 Manager installed on the WearOS the user can easly display EMF measuremen...

Page 189: ...Available When the battery voltage is low the unit sends the string WRN Low Battery When the battery voltage is deeply low the unit sends the string VOID BATTERY switching off Then the unit is turned...

Page 190: ...c and Magnetic probe is connected to the LR 01 OR OPTFRK LR01 FW A1 9 06 22 L A1 8 06 22 W A1 0 Sensing Flash memories 1 found 1 Flash Memory sensed SNS 27 7 42 9 1004 0 Cel Deg hPa Battery 4 20V RTC...

Page 191: ...G 7 Calibration OK Checking Probe Diode Z 1 38 Ok Y 1 62 Ok X 1 40 Ok F 10 0 Hz Zero 3BD93B 3B98DA 3BDE3B Scale 2DB32D 0 Zero 3B9FBE 3BC43B 3B9FC0 Scale 2DDE64 1 Zero 3BA13B 3B9FA7 3BA93B Scale 2D2D2D...

Page 192: ...11 4 Service This page has been left blank intentionally...

Page 193: ...e attention of our service organization is kept in great consideration Moreover we are continuously improving our quality but we know this is a never ending process We would be glad if our present eff...

Page 194: ...Suggerimenti Commenti Note Suggestions Comments Note...

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