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NARDA L3Harris AMB-8059 User Manual

Multi-band emf area monitor
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AMB-8059
MULTI-BAND EMF AREA MONITOR
User's Manual
AMB-8059/00
AMB-8059/01
AMB-8059/02
AMB-8059/03
This version of the User's Manual is valid for all the devices which serial
number starts with 14x or higher.
SERIAL NUMBER OF THE INSTRUMENT
You can find the Serial Number near the probe connector.
Serial Number is in the form: 000XY00000.
The first three digits and the letters are the Serial Number prefix, the last four digits are
the Serial Number suffix. The prefix is the same for identical instruments, it changes only
when a configuration change is made to the instrument.
The suffix is different for each instrument.
Document AMB8059EN-10122-1.32 – Copyright © NARDA 2021
Sales & Support:
NARDA
Via Rimini, 22
Safety
20142 - Milano (MI)
Test
Tel.: +39 02 581881
Solutions
Fax: +39 02 58188273
S.r.l. Socio Unico
Manufacturing Plant:
Via Benessea, 29/B
17035 - Cisano sul Neva (SV)
Tel.: +39 0182 58641
Fax: +39 0182 586400

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Summary of Contents for NARDA L3Harris AMB-8059

  • Page 1 The first three digits and the letters are the Serial Number prefix, the last four digits are the Serial Number suffix. The prefix is the same for identical instruments, it changes only when a configuration change is made to the instrument. The suffix is different for each instrument. Document AMB8059EN-10122-1.32 – Copyright © NARDA 2021...
  • Page 2 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.
  • Page 3 Contents Page Safety recommendations and instructions …........EC Declaration of Conformity ......…......... 1 General information Page 1.1 Documentation...........…........1.2 Introduction…....………………............1.3 Standard accessories AMB-8059/00 and AMB-8059/02……...... 1.4 Standard accessories AMB-8059/01 and AMB-8059/03……....... 1.5 Optional accessories……………………………………………....... 1.6 Main specifications..................1.7 AMB-8059/00 and AMB-8059/02………..……...…........1-21 1.7.1 Top panel (inside the protective cover)…………........
  • Page 4 3 8059SW-02 & NardaEMFGPSLogger - User’s guide and Data Display Page 8059SW-02 User’s guide 3.1 Introduction………….........…..........3.2 Hardware requirements......…..……………………………………. 3.3 Software installation……......…............3.4 Password management……………………………………………………………….. 3.4.1 Entering the TERMINAL password………………………………………………… 3.4.1.1 Changing the TERMINAL password…………………………………………….. 3.4.2 Entering the SETTING password………………………………......3-10 3.4.2.1 Changing the SETTING password………………………….……………………...
  • Page 5 8059SW-02 Data display Page 3.20 Introduction……………………………………………………………………………. 3-51 3.21 Calendar……………………………………………………………………………….. 3-51 3.22 Data window…………………………………………………………………………… 3-52 3.23 Main commands........…..…..…........... 3-54 3.23.1 File……………………………………………………….………………………….. 3-54 3.23.2 Option………………………………………………….……………………………. 3-54 3.23.3 Trace………………………………………………….…………………………….. 3-55 3.23.4 Marker………………………………………………….……………………………. 3-56 3.23.5 Vertical…………………………..…………………..…………………………….. 3-57 3.24 Secondary commands………………………………………………………………. 3-58 3.24.1 Save Files…………………………………………………………………………... 3-58 3.24.1.1 Save File in ASCII format……………………………………………………….
  • Page 6 First connection - FTP communication 4-26 4.3 General Information……………………………………………………....4-26 4.3.1 Introduction………………………………………………......... 4-26 4.3.2 Brief description of GPRS communication…………………………………… 4-26 4.3.3 Monitoring networks……………………………………......... 4-27 4.3.4 System operation in GPRS mode……………………………………..... 4-27 4.3.5 Some advantages………………………………………........4-28 4.4 General Requirements……………………………………......... 4-28 4.4.1 Remote station………………………………………….……………....4-29 4.4.2 FTP server requirements………………………………..…………....
  • Page 7 6 Accessories Page 6.1 Introduction……………………………….……….………………………………. 6.2 Initial inspection..........…..………………………… 6.3 Operating environment........…..…………………………. 6.4 Returning for repair......…....….….………………………… 6.5 Cleaning..............………..…………………. 6.6 Battery charger (AMB-8059/01 and AMB-8059/03 only)…………………….. 6.6.1 Recharging batteries stations equipped with solar panel…………………. 6.7 8059-MAST Supporting pole……………………………………………………. 6.7.1 Installation of the AMB-8059 on the mast…………………......Indoor and outdoor use……………………………………………………………….

  • Page 8: Table Of Contents

    Figures Figure Page EP-1B-01 probe…………………………………………………….…..... 1-11 EP-3B-01 probe……………………………………………………..…………. 1-12 HP-1B-01 probe….…………………………………………………....1-13 EP-4B-01 probe…………………………………….…………………..... 1-14 EP-1B-03 probe………………………………………………………………… 1-15 EP-4B-02 probe…………………………………….………………....1-16 EP-1B-04 probe…………………………………………………………………. 1-17 EP-1B-05 probe………………………………………………………………… 1-18 EP-1B-06 probe………………………………………………………………… 1-19 1-10 EP-1B-08 probe………………………………………………………………… 1-20 1-11 AMB-8059/00 and AMB-8059/02 top panel………..……..…….………… 1-21 1-12 AMB-8059/00 and AMB-8059/02 battery compartment cover…....
  • Page 9 Tables Table Page Technical specifications ……………………….…..........Measurement/acquisition functions………………..........General Specifications……………………………..........Technical specifications for AMB8059/00 with Car mounting kit………………… Max acquisition time ……………...…….…………..........Settings/Queries ……………….……….…………..........Field probes………………..…..………………..........Probe combinations on Dual-probe configuration…………………………….….. 1-10 Technical Specifications of Field Probes............1-11 Led Micro SD status……………………………………………………………….… 2-21 8059-MAST Technical Specifications….…………..........
  • Page 10 • To prevent the possible danger of electrocution, do not remove any covers, panels or guards installed on the device, and refer only to NARDA Service Centers if maintenance should be necessary; • To maintain adequate protection from fire hazards, replace fuses only with others of the same type and rating;...
  • Page 11 RoHS 2011/65/UE, ed anche alle norme ISO/IEC 17050-1 e 17050-2. In accordance with the Decision 768/2008/EC, compliant to the Directives EMC 2014/30/EU, Low Voltage 2014/35/EU and RoHS 2011/65/EU, also compliant to the ISO/IEC standard 17050-1 and 17050-2 Il costruttore narda Safety Test Solutions S.r.l. Socio Unico The manufacturer Indirizzo...
  • Page 12 This page has been left blank intentionally EC Conformity...
  • Page 13 1 – General Information This Users Manual contains the following annexes: 1.1 Documentation • A form to be returned to NARDA with the device when requesting service. • A checklist of the accessories included in the shipment. The AMB-8059 family products are revolutionary, accurate and reliable 1.2 Introduction...

  • Page 14: Amb-8059/01

    Standard accessories included with AMB-8059/00 and AMB-8059/02 units 1.3 Standard accessories are: AMB-8059/00 and AMB-8059/02 A – Lithium-Ion Battery; B – USB Cable – USB(A)/USB(B) 1.8m (AMB-8059/02 model only). C – Swivel joint for installation on the supporting pole; D – 2.5 mm and 5 mm Allen keys for socket –head screws; E –...

  • Page 15: Amb-8059/03

    Standard accessories included with AMB-8059/01 and AMB-8059/03 units 1.4 Standard accessories are: AMB-8059/01 and AMB-8059/03 A – AC/DC Converter with plug adapters; B – Assembled Solar Panel; C – USB Cable 2.5m - USB(A)/USB(B); D – Ethernet Cable; E – Swivel joint for installation on the supporting pole; F –...
  • Page 16 8059/CMK (available for AMB-8059/00 model only) Car Mounting Kit including: R - 8059/CMK Car Mounting Kit - Allen Key 1.5 mm - Narda EMFGPSLogger Software on Software Media - Soft carrying case for Magnetic plate - Soft carrying case for Area monitor •...
  • Page 17 1.6 Main Specifications Tables 1-1 – 1-2 list the specifications of all models. TABLE 1-1 Technical Specifications Depending on the probe Frequency range Depending on the probe Dynamic range Resolution Depending on the probe Depending on the probe Sensitivity Depending on the probe Accuracy V/m, kV/m, nT, µT, mT.

  • Page 18: Amb-8059/00

    TABLE 1-3 General Specifications GSM module Worldwide LTE, UMTS/HSPA+/GSM/GPRS/EDGE coverage Wi-Fi WiFi (802.11 b/g) Field Probes Interchangeable, several models available, single and multi probe operation Interfaces RS232, USB, Ethernet, Optical ,Micro SD Card; 4G modem Protection sensor to notify case opening Other Alarms protective case opening, internal overheat, internal humidity, battery low, battery overload (model AMB-8059/01 and AMB-8059/03 only), probe malfunction, field...
  • Page 19 -20 to +55 °C Dimensions 301 x 241 x 750 mm (complete of AMB-8059/00) Weight Less than 3 kg Environmental protection IP55 Specification are subject to change without notice *Future implementation on the Narda EMF GPS Logger software. General Information...
  • Page 20 TABLE 1-5 Max acquisition time All models can measure and store data for an extremely long period of time: one of the 128 Mb Flash memories is used exclusively for recording measurements and can contain up to 524.288 records of 32 bytes each.
  • Page 21 TABLE 1-7 Field Probes All AMB-8059 models can be equipped with electric and magnetic field probes as follows: Field Probe Range of frequency Reading ELECTRIC FIELD PROBE EP-1B-01 100 kHz – 3 GHz 0,2 – 200 V/m TRI-BAND ELECTRIC FIELD PROBE EP-3B-01 100 kHz –...
  • Page 22 TABLE 1-8 Probe combinations on Dual-probe configuration complete solution for low frequency monitoring best answer to the concern of HP-1B-01 + EP-1B-04 providing both E and H field in the 10Hz – 5kHz population exposed to power frequency range plants or lines. ELF + RF H field: 10 Hz –...

  • Page 23: Ep-1B-01 Probe

    TABLE 1-9 Technical Specifications of Field Probe ELECTRIC FIELD PROBE EP-1B-01 Frequency range 0,1 – 3000 MHz Reading range 0,2 – 200 V/m Overload 600 V/m Dynamic range > 60 dB Linearity ± 0,5 dB (0,5 to 100 V/m) @ 50 MHz Resolution 0,01 V/m Sensitivity...

  • Page 24: Ep-3B-01 Probe

    TRI-BAND ELECTRIC FIELD PROBE EP-3B-01 Wide band Low pass High pass Frequency range 0,1 – 3000 MHz 0,1 – 862 MHz 933 – 3000 MHz Reading range 0,2 – 200 V/m Overload 600 V/m Dynamic range > 60 dB ± 0,5 dB (0,5 to 100 V/m) Linearity ±...

  • Page 25: Hp-1B-01 Probe

    MAGNETIC FIELD PROBE HP-1B-01 Frequency range 10 Hz – 5 kHz Reading range 50 nT – 200 µT Overload > 1 mT Dynamic range > 72 dB Linearity ± 0,5 dB (200 nT to 100 uT) @ 50 Hz Resolution 1 nT Sensitivity 50 nT...

  • Page 26: Ep-4B-01 Probe

    QUAD-BAND ELECTRIC FIELD PROBE EP-4B-01 Wide band EGSM 900 Band pass EGSM 1800 Band pass UMTS Band pass Frequency 0.1 – 3000 MHz 925 – 960 MHz 1805 – 1880 MHz 2110 – 2170 MHz range Level range 0.2 – 200 V/m 0.03 –...

  • Page 27: Ep-1B-03 Probe

    ELECTRIC FIELD PROBE EP-1B-03 Frequency range 0,1 – 7000 MHz Reading range 0,2 – 200 V/m Overload 600 V/m Dynamic range > 60 dB Linearity ± 0,5 dB (0,5 to 100 V/m) @ 50 MHz Resolution 0,01 V/m Sensitivity 0,2 V/m 3 MHz - 200 MHz +/-0.8 dB Flatness @ 20V/m 0.15 MHz - 3 GHz +/-1.5 dB...

  • Page 28: Ep-4B-02 Probe

    QUAD-BAND ELECTRIC FIELD PROBE EP-4B-02 Wide band EGSM 900 Band pass EGSM 1800 Band pass UMTS Band pass Frequency 0.1 – 7000 MHz 925 – 960 MHz 1805 – 1880 MHz 2110 – 2170 MHz range Level range 0.2 – 200 V/m 0.03 –...

  • Page 29: Ep-1B-04 Probe

    ELECTRIC FIELD PROBE EP-1B-04 Frequency range 10 Hz – 5 kHz Level range 5 V/m – 20 kV/m Overload > 30 kV/m Dynamic range > 72 dB Resolution 0.1 V/m Sensitivity 5 V/m Flatness @ 100 V/m 1 dB (typical 0,5 ) (40 Hz - 1 kHz) Anisotropy @ 100 V/m 0,5 dB @ 50 Hz...

  • Page 30: Ep-1B-05 Probe

    ELECTRIC FIELD PROBE EP-1B-05 Frequency range 0,3 MHz – 18 GHz Reading range 0,5 – 800 V/m Overload 1200 V/m Dynamic range > 64 dB Linearity ±0,5 dB (±0.3 typical) (1.2 V/m to 200 V/m) @ 200 MHz Resolution 0,01 V/m Sensitivity 0,5 V/m 1 MHz to 1 GHz ±1,5 dB...

  • Page 31: Ep-1B-06 Probe

    ELECTRIC FIELD PROBE EP-1B-06 Frequency range 0,3 MHz – 40 GHz Reading range 0,5 – 800 V/m Overload 1200 V/m Dynamic range > 64 dB Linearity ±0,5 dB (±0.3 typical) (1.2 V/m to 200 V/m) @ 200 MHz Resolution 0,01 V/m Sensitivity 0,5 V/m 1 MHz to 1 GHz ±1,5 dB...

  • Page 32: Ep-1B-08 Probe

    ELECTRIC FIELD PROBE EP-1B-08 Frequency range 0,1 MHz – 8 GHz Reading range 0,2 – 200 V/m Overload 600 V/m Dynamic range > 60 dB Linearity ±0,5 dB (0.5 V/m to 100 V/m) @ 50 MHz Resolution 0,01 V/m Sensitivity 0,2 V/m 3 MHz - 200 MHz ±0.8 dB Flatness @ 20 V/m...

  • Page 33: Hp-1B-01 Top Panel

    1.7 AMB-8059/00 and AMB-8059/02 1.7.1 Top panel (inside protective cover) Fig. 1-11 Top panel Legend: 1. GPS: antenna GPS 2. SIM slot: point of insertion of the SIM card for 4G GSM/GPRS communication 3. Micro SD slot: point of insertion of the Micro SD card and its led status 4.
  • Page 34 1.7.3 Battery compartment cover (inside protective cover) Fig. 1-13 Battery compartment cover Legend: 1. Main Unit support: to support the metering unit. 2. Thumb screw: to open and close the battery compartment. The monitoring station AMB-8059/00 and AMB-8059/02 are powered by an 1.7.4 Battery for internal replaceable primary (non-rechargeable) battery.
  • Page 35 Respect polarity when replacing the battery! Close the cover screwing the thumbscrews of the battery compartment to the bottom panel. When the SD CARD led blinking orange (see table 2-1 on pag. 2-21) the battery must be replaced. A micro switch on the side of the unit is tripped when the unit is opened. 1.7.5 Tamperproof It is possible to activate an alarm, sent by AMB-8059/02 to any GSM Interlock...
  • Page 36 A rubber cover on the lower side of the base plate protects unused USB 1.7.6 Base plate port from dirt and dust; when open it allows the user to access the USB connection. To open the USB cover by holding the cover self and pulling out. Do not open/close the cover by holding the lanyard.

  • Page 37: Amb-8059/01 And Amb-8059/03 Top Panel

    1.8 AMB-8059/01 and AMB-8059/03 1.8.1 Top panel (inside protective cover) Fig. 1-16 Top panel Legend: 1. GPS: antenna GPS 2. SIM slot: point of insertion of the SIM card for GSM/GPRS communication 3. Micro SD slot: point of insertion of the Micro SD card and its led status 4.

  • Page 38: Amb-8059/01 And Amb-8059/03 Base Plate

    A micro switch on the side of the unit is tripped when the unit is opened. 1.8.3 Tamperproof It is possible to activate an alarm, sent by AMB-8059/03 to any GSM mobile Interlock phone, warning of any attempts to tamper with the device. (inside protective cover) Fig.
  • Page 39 The connector can be easily plugged into the User Port directly, just taking 1.8.5 Plug (User Port) care about proper orientation, as for the following picture, until a “click” is felt while inserting inside the window. The connector can be disconnected from the User Port pushing the two buttons on the both sides and pulling in the direction shown in the picture.
  • Page 40 AMB-8059/01 and AMB-8059/03 are equipped with an independent power 1.8.7 Solar module supply system and powered jointly by a rechargeable battery Pb-gel 4V, 2,5A, placed in a sealed compartment (so called “Solar Module”), and by solar panels. This Solar Module has a suitable mechanical connection to the AMB- 8059/01 and AMB-8059/03 main unit.

  • Page 41: Db9 Female Front Side View

    Detail of Solar Panel module: • Data-Supply connector for connection to the monitoring station. • USB connector and its dust cap for direct connection to Personal Computer and for battery charger. • Ethernet connector and its dust cap for direct connection to Personal Computer.
  • Page 42 This page has been left blank intentionally 1-30 General Information...
  • Page 43 Any part of the instrument – with the sole exception of the battery of AMB- 2.4 Return for repairs 8059/00 and AMB-8059/02 - can only be replaced by NARDA, therefore, in case of damage to parts and/or malfunctions, contact the NARDA service center.
  • Page 44 Use a clean, soft, dry cloth to clean the instrument and the solar cells. 2.5 Cleaning To clean the instrument do not use solvents, acids, cleaning fluid, turpentine, acetone or similar products which could damage it In the northern (boreal) hemisphere, the AMB-8059/01 and AMB- 8059/03 should be installed with the solar cells facing south, in order to take the best advantage of the solar radiation for continuous recharging of the internal batteries.
  • Page 45 The NARDA Multi-band EMF Area Monitor is designed to operate outdoors, 2.6 Installation – in the vicinity of the electromagnetic fields sources that shall be controlled, Standard configuration and under the most severe environmental conditions. The AMB-8059 Multi-band EMF Area Monitor consist of a protective case...
  • Page 46 Models AMB-8059/00 and AMB-8059/02 don’t have the solar panel module. Fig. 2-4 AMB-8059/02 Fig. 2-3 AMB-8059/00 AMB-8059 Installation and first use with NardaAMConfigurator...
  • Page 47 2.6.1 Installation of 1. Remove the three screws and take off along its axis the protective case from the monitoring unit. AMB-8059/00 and 2. Unplug the User Port connector (see § 1.7.7) (AMB-8059/02 only). AMB-8059/02 3. Remove the monitoring unit by unscrewing the thumbscrews of the battery compartment from the bottom panel (see §...
  • Page 48 2.6.2 Installation of 1. Remove the three screws and take off along its axis the protective case from the monitoring unit. AMB-8059/01 and 2. Be sure that the tray for the SIM card is locked inside its slot even if the AMB-8059/03 GSM is not being used (AMB-8059/03 only).
  • Page 49 When the Ethernet cable is connected to the Solar module and is switched on, the RS232 (and Optical) port is not available. Every time the Ethernet cable is plugged to the Solar module, the connection will last 15 minutes regardless the scheduled time which continues to work in separate way.
  • Page 50 2.7 Installation – Besides safety applications informing about critical situations by means of alarm messages and providing historical results, long term EM field Dual probe configuration monitoring is the best solution to show, specially in case of population concern and protests against antennas and power lines, that the field intensity is usually low and well below the regulation limits.
  • Page 51 The User needs to remove the exernal protective cover unscrewing the 3 screws that fix it to the base disk. Then, take the cap off being careful not to rotate it (the interlock switch could be damaged if rotating the cover while taking it off). Dual-probe configuration requires the use of the Radome dual probe optional accessory when either EP-1B-01 or EP-1B-03 or EP-1B-05 or EP-1B-06 or EP-1B-08 or EP-3B-01 or EP-4B-01 or EP-4B-02 is...
  • Page 52 Install the primary probe HP-1B-01 to the main section of the unit by probe connector. The HP-1B-01 top panel provides an additional connector for the secondary probe. Fig. 2-5 HP-1B-01 top panel Connect the secondary probe to the primary one as shown in the following pictures: Fig.
  • Page 53 Install the Radome dual probe and fix it to the base disk screwing the 3 screws previously removed from the standard protective case. Fig. 2-8 AMB-8059 in Dual-probe configuration The Dual-probe configuration is automatically detected by the station firmware which provides the requested functions. AMB-8059 Installation and first use with NardaAMConfigurator 2-11...

  • Page 54: Car Mount Kit

    AMB-8059/00 Car Mounting Kit is an easy to install kit to transform the well- 2.8 Installation – known Multi-band EMF Area Monitor, usually adopted for fixed installation, Car Mounting Kit in a mobile version designed to be mounted onto a car. configuration These model units are powered by an internal battery and equipped with a fiber optic port to be connected to a PC for station setting, measurements...
  • Page 55 To transform the AMB-8059/00 Multi-band EMF Area Monitor, usually adopted for fixed installation, in a AMB-8059/CMK mobile version designed to be mounted onto a car, follow the procedure below: - Unscrew the three screws that fix the cap to the base disk and take off along its axis the protective case from the monitoring unit being careful not to rotate it (the interlock switch could be damaged if rotating the cover while taking it off).
  • Page 56 - Rotate and remove the unit by metallic threaded insert while holding the plastic support. Now the unit is ready to be installed onto the car mounting support using the Car Mounting Kit optional accessory. - Screw the unit to the Car Mounting Kit plastic support by its metallic threaded insert and tighten firmly.
  • Page 57 - Facilitate the optical fiber to pass through the hole located into the car mounting metal disk. - The fiber connector can be easily plugged into the User Port directly, just taking care about proper orientation, as for the following picture, until a “click”...
  • Page 58 - Switch on the unit by level switch. - Put the protective cover back without rotating it and tighten the 3 screws at its bottom. (on the left before the protective cover is put back in place, and on the right ready to work). Remember the station must be turned on before placing the protective cover.
  • Page 59 - When the assembly is ready, the station can be placed onto the roof of the car and tied to the vehicle by using the appropriate security strap. - Make sure that the unit is firmly attached before departing, with the security strap hooked inside a door.
  • Page 60 Please check the battery level before starting a measurement campaign. Replace the battery only with one of the same model. Please, pay attention to the polarity and to avoid hazardous short circuits. Pay attention to the magnetic base of the stand. It produces a strong attractive force when related to the whole surface.

  • Page 61: 2.9.1 Sim Card

    AMB-8059/02 and AMB-8059/03 are equipped with a 4G GSM modem that 2.9 GSM Modem allows remote communication for programming and for the remote collection of the data recorded. The GSM modem requires a regular SIM Card enabled for data communication (CSD, GPRS or both, depending on the preferred communication mode).
  • Page 62 When the monitoring station is switched on, the LED on the bottom panel, 2.9.2 Status of the LED in after a fast flash, is first lit with a steady red light for about 10 seconds, then relation to the starts to blink at the rate of one blink per second, indicating that the status of the monitoring station is active in normal Stand-By conditions and not in the monitoring station...
  • Page 63 AMB-8059 is a self-contained instrument which does not require any 2.10 Micro SD external device such as mass-storage memory. Indeed, its built-in memory is large enough to store almost a full year data, with a rate of 1 minute. However, the AMB-8059 supports Micro SD Card. It is solely intended for backing up data when no other way is accessible among the many present (RS232, USB, FTP, Ethernet and Modem Point-to-point).
  • Page 64 (see §6.7) should not be exceeded. The type of field sensor installed is automatically detected by the control system integrated in the NARDA Multi-band EMF Area Monitor, so it is not necessary to perform any operation after installing or replacing it. 2-22...
  • Page 65 Solar Module (AMB-8059/01 and AMB-8059/03 only). Any part of the instrument, with the sole exception of the battery of AMB-8059/00 and AMB-8059/02, can only be replaced by NARDA, therefore in case of any damages to parts and/or malfunctions, please contact the NARDA Service Center.
  • Page 66 The monitoring station is a device with very low current absorption. To 2.15 Power consumption achieve that, a number of different solutions have been applied, but the and operating mode main one is to reduce the activity of the microcontroller to the very minimum.
  • Page 67 The NardaAMConfigurator installation must be performed and the software 2.16 Use of icon is shown on desktop. NardaAMConfigurator Double click on NardaAMConfigurator icon to run the configurator. Follow the instructions step-by-step. The configuration wizard help you to configure all AMB-8059 field monitoring stations: •...
  • Page 68 This page has been left blank intentionally 2-26 AMB-8059 Installation and first use with NardaAMConfigurator...
  • Page 69 • Downloading data with automatic generation of Bitmap (.BMP) and text file (.TXT) to be used for easy data exchange with any “Office” applications; • Keeping traces of all the commands launched (LOGFILE). Document AMB8059EN-10122-1.32 - © NARDA 2021 8059SW-02 and NardaEMFGPSLogger...
  • Page 70 To ensure the proper operations of the 8059SW-02 software, the minimum 3.2 Hardware hardware requirements of the Personal Computer are: Requirements • Pentium processor or equivalent; • at least 256 Mb RAM; • at least 100 Mb of free space on your hard disk; •...
  • Page 71 3.3 Software To install the 8059SW-02 on PC from the supplied Software Media proceed as follows: installation In Computer Resources, browse the Software Media. To start the installation double click on the 8059NSTS Setup icon. The User must have administrator privileges to install the 8059SW-02 software in Windows 7, 8 etc.;...
  • Page 72 Follow set-up program instructions. The installation can be aborted by clicking on Cancel. The installation folder must be specified. Click Next to confirm the default folder (recommended) or Change to modify. 8059SW-02 and NardaEMFGPSLogger...
  • Page 73 Click Next to proceed installing. The installing status is displayed then: Click Finish to complete and exit the installer. The folder 8059NSTS is created under Programs with the icon 8059SW-02 on desktop. 8059SW-02 and NardaEMFGPSLogger...
  • Page 74 When asked for, reboot your system to complete installation The User must have administrator privileges to run the 8059SW-02 software in Windows 7, 8 etc.; right click on the 8059SW-02 icon and click on “Run as administrator” to temporarily run the program as an administrator until close it.
  • Page 75 3.4 Password 8059SW-02 allows the user to create a list of all stations that are going to be used. The list include parameters, like telephone number, station name, management ecc. needed by the software to access every single station. To avoid any improper modification of parameters included in the station list by non 3.4.1 Entering the admitted personnel a Terminal password is needed.
  • Page 76 If the answer is YES, the screen looks like this: The User can enter any sequence of alphanumerical characters; any special characters are not allowed. We recommend to take note of the Terminal PASSWORD entered. After entering the Password with OK, the software will request confirmation of the password before registering it into the system.
  • Page 77 3.4.1.1 Changing the If it is necessary to change the Terminal Password, just press function TERMINAL password key F10 while the software is displaying the main window that includes the station list. The software displays the message: If the answer is YES, first enter the old Terminal Password, then enter the new one.
  • Page 78 3.4.2 Entering the After entering the Terminal Password needed to ensure the secure SETTING password management of the Field Monitors, the software asks to define a Setting PASSWORD which is needed to edit the station settings like storing Rate, station clock, thresholds for alarm, device password saved on the AMB- 8059, etc.
  • Page 79 Every time you have to modify a field, the Setting Password will be requested by the software. At the beginning, for the first setting operations, it would be helpful to leave these password blank, simply pressing enter on the keyboard. Set a password only after all your area monitors will be correctly set, and just in case you need to have an higher security level.
  • Page 80 3.4.3 Entering the Remote communication in Point-to-point mode is protected by a Device DEVICE password Password that is stored in every AMB-8059 Area Monitor; all the monitoring stations are initialized in the factory with the password “PASSPMM” that is advisable to replace during the first connection following these steps: In Point-to-point communication mode, enter “PASSPMM”...
  • Page 81 3.5 Point to Point Once set the station, run the 8059SW-02. After entering the Passwords, the program displays the main window. Main window Select the Point to Point tab: The first part of the main window is used to select from the list the Field Monitor to be queried.
  • Page 82 The list of remote stations contains the following information: • Station Identifier (Name): the name of the monitoring station; • Telephone Number: the phone number (of the station SIM card; • Last Link: date of the latest connection made; • Links: number of completed connections/number of trials;...
  • Page 83 3.6 Station management To make a call or download data from an existing Field Monitor, it is 3.6.1 Entering a new necessary to use the Add Station command and add the station to the list. station The screen looks like this: The procedure to add a station is as follows: •...
  • Page 84 If a wrong Device Password is entered, the following message appears when trying to access the remote station in CSD mode: Entering the Device Password prevents the station from being queried by any unauthorized person who might in some way to know its telephone number.
  • Page 85 3.6.2 Removing a To remove a station from the list, click Remove Station. The message is: station If the answer is YES, the software will require to enter the Terminal Password, and the station will be deleted; if the answer is NO, the operation will be aborted.
  • Page 86 3.6.4 Automatic data The window for editing or adding the stations also provides an Automatic downloads Download function which makes monitoring fully automatic, with transfer of the data from the station, generation of the .TXT file, etc.. Therefore some stations can be programmed for manual connection and others, after being called, will automatically transfer the data, while others again will automatically call (or be called by) the control PC at a certain time of day and download their data by themselves.
  • Page 87 3.6.5 Answering By enabling the command PC Answering, at the scheduled time, the station enabled for Point-to-point communication calls the modem connected to the PC and automatically downloads all its data. To program the station to do that, proceed as follows: •...
  • Page 88 When the PC Calling function is enabled, every time the station is called 3.6.6 Calling using the CALL or “Scheduled CALL” commands, the data present on the station - and recorded since the latest download - will be automatically downloaded to the PC. This can be very useful because it makes unnecessary to remember the time of the latest download.
  • Page 89 The NARDA Area Monitor Broadband can save a certain number of events 3.6.8 Autoload Events in the permanent memory of the station, so as to ensure traceability (independent from the operations of the control center) with regard to the settings and main activities of the station. These events can be downloaded from the station, displayed in text format and copied into the mass memory of the control center to keep updated the station history.
  • Page 90 3.7.2 Exporting data The Data Export function creates text files and, if enabled, .bmp files related to the time range specified by the user: After selecting the desired time range (From date – To date) click the Export button to create, in the AUTOFILE directory, the following text files: •...
  • Page 91 3.8 Direct readings When the station is connected to the controller PC through the RS232 or USB cable, the Direct Readings button is used to open a window where it is possible to immediately read the basic station data. With this function the User can read the field values acquired by the station without post-processing them;...
  • Page 92 3.9 Send settings The Post Settings key is used to open a window where settings can be defined for the selected station. This presetting operation allows to change the settings even if the station cannot be contacted at the specific moment, for any reason. All the settings are saved temporarily and sent to the station during the first link.
  • Page 93 3.10 Calendar of The calendar, created automatically by the 8059SW-02 software, always shows the current month and year and is used to select and display in measurements graphical form the data downloaded from the Field Monitoring station, simply by clicking the button of the desired day or week. Only the buttons with blue characters contain data, which has been previously downloaded from the station.
  • Page 94 3.11 Control window Once a link has been successfully established, in Point-to-point mode, the control window is opened for the selected station and it is possible to: • Check the settings and parameters of the station; • Edit the settings (function protected by the Setting Password); •...
  • Page 95 3.12 Description of The control window is divided in different zones grouping the available commands by type and function. The main zones are: controls ALARMS divided in: • Last Field • WARNING • ALARM • Averaging Period • Battery Section •...
  • Page 96 Schedule for SMS/Wifi divided into: • Telephone number (ignored for WiFi sessions) • Time (HH:mm) • Stand by (Q) indicated in number of quarters of an hour; this value affects battery duration • Every (H) • Send REPORT Up to 2 mobile phones can be programmed. Both phones will receive the daily report.
  • Page 97 The AMB-8059 has a built-in GPS which allows tracking its position. Data is reported in a NMEA RMC sentence according to NMEA 0183 ver 3.01. As for example, the Latitude in the picture corresponds to 44° 04’ 29” when indicated in degrees, minutes and seconds Although the GPS circuitry is at the state-of-the-art to keep power consumption extremely low, in comparison to AMB-8059 average battery drawing, the required power is higher than the whole consumption, similar...
  • Page 98 Stations equipped with GSM modem are able to notify alarm condition by 3.12.1 ALARM sending SMS and/or starting a CSD call to the controller PC. Stations not equipped with GSM modem are not able to notify alarm conditions that are anyway recorded along with measurement results.
  • Page 99 3.12.1.1 NOTIFY ALARMs Stations equipped with the GSM modem are able to notify alarm via SMS and/or CSD calls. through Notification of alarms via SMS will be sent to both mobile phones indicated. For each alarm a string is sent; for full list see ?STA command on the pag. 5-13.
  • Page 100 3.12.1.3 Averaging This command defines the time period on which the average of the Period field levels will be calculated. The average can be arithmetic (AVG) or quadratic (RMS). 3.12.1.4 Max Field Field alarm. ALARM Settings The field monitor features two warnings: field strength thresholds that can be set to define “WARNING”...
  • Page 101 3.12.1.5 Battery Section Battery Alarm. The internal control system of the Field Monitor features a voltmeter for continuous measurement of the battery voltage. This function ensures constant control of the power situation for correct operation of the system. Settings are made as for all the other alarms. For the model AMB-8059/00 and AMB-8059/02, the default values of the battery alarm are 3.00V (Thresold minimum) and 3.9V (Thresold maximum).
  • Page 102 3.12.1.7 Temperature Temperature alarm. The monitoring station features a thermometer for the measurement of the limit internal temperature, in order to have constant control upon the environmental conditions affecting the correct operation of the system. The setting is made as for the other alarms. Minimum temperature alarm threshold = 0 °C .
  • Page 103 3.12.2 Schedule for Programming the station for modem links. MODEM To query the monitoring station by a remote PC linked to a telephone or to a GSM modem, or using its WiFi interface, the proper Station modem must be on. In addition, when an alarm occurs, the station can automatically call in CSD mode the telephone number of the modem used by the controller PC.
  • Page 104 3.12.3 Schedule for Querying the station with SMS messages or enabling the WiFi AP SMS/Wifi direct connection. The “Schedule for SMS/Wifi” offers the opportunity to define an additional time period during which the station modem will be ON (stand-by mode) and therefore able to receive calls and SMS query and setting commands.
  • Page 105 3.12.4 Rate Settings Configuration of data memorization. Data are saved in the station at a frequency (Rate) ranging from 30 seconds to 15 minutes. The station always performs 1 reading every 1 seconds and saves the average value and maximum (Peak) at the selected Rate. Example: if the rate of 1 minute and an averaging period of 1min are selected, the station will take 60 readings and save the average value calculated minute by minute.
  • Page 106 Results acquired with the new setting will be displayed starting from the next day. If it is really necessary to change the settings, NARDA recommends one of the following procedure: •...
  • Page 107 3.12.5 Get DATA Downloading data from the monitoring station to the PC. The data in the internal memory of the station can be downloaded after defining a Start and Stop event as follows: The Start and Stop of the data download is done between the following commands, in any combination.
  • Page 108 When the internal clock of the station is changed, some readings may no longer appear contiguous and gaps may be found. For this reason NARDA recommend to use of this function sparingly 3-40 8059SW-02 and NardaEMFGPSLogger...
  • Page 109 3.12.7 Firmware update Update of internal Firmware It is important to update the station firmware in order to use all the new functions added and eliminate any bugs in the software. To update the firmware, use the Execute command. The monitoring station will place the old firmware in its memory and will try to load a new one.
  • Page 110 • 3.12.8 GSM Off on Exit The option GSM OFF on Exit sends to the field monitor the request to switch off the station modem in advance, in addition to the request to end the connection. When this option is enabled, at the end of the link (not made after a line break and not after the maximum time without dialogue) the station switches its internal modem off after a time ranging from 1 to 2 minutes, regardless of the residual time set, in...
  • Page 111 3.14 FTP Main window Once set the station, run the 8059SW-02. After entering the Passwords, the program displays the main window. Select the FTP tab: If the function “Do not move file” is enabled the data stored by the station in the ftp server will be still available for a future download, even from a different PC.
  • Page 112 3.15 Data section The first section Data will show which data will be downloaded by the station at the next connection. The default setting is “Since” date-time (your PC clock) – “Up to” now (when the station will access the server). Meanwhile it will be shown the DRIVER INET FTP window;...
  • Page 113 3.16 Alarm section The second section, named Alarm, allows the user to set which alarm should be notified, if through FTP connection or SMS to the user mobile phone (available only for GSM modem equipped units). The same windows allows the user to set which average type should be performed on the acquired data, AVG or RMS, and the averaging period over which the average calculation is performed.
  • Page 114 3.17 Communication The third section, named Communication, allows changing the Schedule for section FTP, Schedule for SMS/WiFi and Schedule for GPS settings accordingly to your work The frame Schedule for FTP is in the following way: - in the part Time, you have to decide when the modem has to be switched ON and send data to the FTP server - in the part Stand By, you have to decide for how many quarters of hours, starting from the hours of switching ON, the modem has to stay in stand by...
  • Page 115 The second frame, Schedule for SMS/WiFi, allows the user to set in the same way a second time period for the modem to be ON. This is not for FTP connections but it is provided to manage a stand-by period for SMS information exchange (available only for GSM modem equipped units) or for WiFi direct connection (Point-to-point) which can be made in Access Point mode or in Over IP mode.
  • Page 116 The third frame Schedule for GPS is independent of all other schedules, such as SMS-schedule and Modem schedule, allowing consequently turning the GPS on at certain times every day regardless the modem activity. Indeed, the ON hour can be specified in the whole 24 hour span and the interval between activities can be set in the range of 1 up to 24 hours.
  • Page 117 3.18 Software update To update the software double click on the 8059NSTS Setup. After a few seconds the software will ask where to install the program. The default directory is C:\Programmi(x86)\8059NSTS. Press Next to complete the installation. During the installation process the software will ask the User if he wants to cancel all the existing Passwords.
  • Page 118 It is possible to remove the 8059SW-02 software from the PC according to 3.19 Uninstalling the following procedure: Software Run the Uninstall 8059NSTS utility. Follow the uninstaller instructions. The software is now removed from the system; click Finish to close uninstaller utility 3-50 8059SW-02 and NardaEMFGPSLogger...
  • Page 119 8059SW-02 –Data Display This section provides information for correct display and interpretation of 3.20 Introduction the data downloaded from the AMB-8059 Area Monitor Broadband using the 8059SW-02 software. When a new monitoring station is installed, a new folder is created in the main program directory, among those listed in the main window of the program 8059SW-02, which will receive the data downloaded from that specific station.
  • Page 120 By selecting a day or a week shown in blue, the User can access the main 3.22 Data window menu for graphic representation. Using this menu it is also possible: • Display any graphs belonging to any stations (using Open Files); •...
  • Page 121 The data window presents the data for the selected day or week in a graphical form. In the example below, it is possible to notice the narrow cyan vertical bands (the color can be set by the User), indicating that the internal GSM modem was transmitting either on the provider request (periodical querying of the phone number), or by the User request, calling the station to make any queries.
  • Page 122 The main commands of the 8059SW-02 are: 3.23 Main commands This command is used to open any files of any stations or to save the files 3.23.1 File downloaded. For a detailed description of its use see the paragraphs relative to the specific icons Save and Open here below.
  • Page 123 3.23.3 Trace The Trace command allows to select which traces will be displayed in the graph. The possible choices are: • Temperature; indicates the temperature of the environment for each data reading; • Battery; provides the voltage of the batteries whenever the field data are stored;...
  • Page 124 When the field monitor has been set up to display all data, the graph 3.23.4 Marker contains many traces. To ensure accurate measurement of each trace it is possible to enable a marker that will show the value of the electrical field, or temperature, or batteries, etc depending on the trace for which it is selected.
  • Page 125 3.23.5 Vertical This function is used to select the vertical scale with a linear or logarithmic view and also serves to define the scale range. The screen looks like this: Selecting x 100 Range the maximum sensitivity is displayed (scale range equal to 2 V/m).
  • Page 126 Description of command bar: 3.24 Secondary commands Used to save files of measurements in the following formats: 3.24.1 Save Files 1. Draft (Diagram) (*.RS2) (Default) Archive for future processing of readings; 2. Panel (*.P87) A file with the extension *.P87 is saved, containing the current settings selected with the Setup key, so that the operator can readily restore the preferred settings at a later date.
  • Page 127 3.24.1.1 Saving File in Files in ASCII format with the .TXT extension contain an (asterisk) ASCII format marking any data, and averaged value, affected by the internal modem and others disturbance activity. The structure of data tables saved in the default .TXT format is as follows: All traces enabled;...
  • Page 128 8059SW-02 Firmware: 1.14 01/15 Station: TESTCISANO_EX3 (Nsts,AMB-8059 S/N 000WE41003) Date: 09/03/2015 Time: 00:00 (AVG 6 minute ) Probe EP-4B-02 (Last Calibrated:10.10.14) Limit = 0,7 V/m Date;Time;TxOn;AVG W.;AVG 2140;AVG 1842;AVG 942;Peak W.;Peak 2140;Peak 1842;Peak 942;Battery;Temp;Current;RH;Alarms; ;;;V/m;V/m;V/m;V/m;V/m;V/m;V/m;V/m;V;C°;mA;%;AWPLCTV; 09/03/2015;00:00:00;;0.35;0.05;0.04;0.41;0.38;0.06;0.05;0.41;4.22;0;0;45;..T.; 09/03/2015;00:00:30;*;0.36;0.05;0.04;0.41;1.88;0.20;0.17;0.84;4.18;0;0;45;..T.; 09/03/2015;00:01:00;*;0.36;0.05;0.04;0.41;0.42;0.05;0.05;0.44;4.18;0;0;44;..T.; 09/03/2015;00:01:30;*;0.36;0.05;0.04;0.41;0.39;0.05;0.04;0.42;4.14;1;0;44;..T.; 09/03/2015;00:02:00;*;0.36;0.05;0.04;0.41;0.39;0.06;0.04;0.43;4.14;1;0;45;..T.; 09/03/2015;00:02:30;*;0.36;0.05;0.04;0.41;0.40;0.07;0.05;0.44;4.14;1;0;45;..T.;...
  • Page 129 3.24.2 Open Files Used to download and view measurement files previously saved (*.RS9). Also serves to load files of settings (*.P87). If the software is already in graph mode, clicking on Open Files will display all the stations available and also the directory AUTOFILE, containing only the .TXT files created automatically with the AUTO ASCII FILE function.
  • Page 130 Selecting the desired year, the menu will display all the months and weeks available: Selecting the month, the software will display the list of all the days containing data. Selecting the desired day and clicking OK the data will be displayed; pressing Cancel to interrupt the operation.
  • Page 131 3.24.2.1 Open The files in the AUTOFILE directory are saved in .TXT format, while the Autotext file files in the AUTOTXT directory are saved in .RS9 format. The former are created so as to be readily exported into Windows Office programs, and cannot be opened using 8059SW-02 software.
  • Page 132 Therefore, with the function Auto ASCII File it is possible to create any graphs with a start and end period of measurement defined in any desired way. For example, from Friday to Monday, or between two months, etc. Of course, this time period must be selected in the download data procedure.
  • Page 133 3.24.3 Show Table File This is used to automatically display a table report containing the data relative to the set of traces saved with the Save Export File Setup function. Like every other item listed in the table, the asterisk (*) of the GSM, Charging, USB and Ethernet Band on will not be shown if the Trace Menu has “Global”...
  • Page 134 Used to make the bitmap corresponding to the actual measurement 3.24.4 Clipboard displayed on the Windows Clipboard. That makes it possible to perform operations of cutting and pasting images directly on other programs without constructing exchange files. This operation can be useful to integrate test reports or other documents written with a Word Processor, such as Word for Windows™, inserting the graphic image of the taken readings.
  • Page 135 3.24.5 Zoom Mode This is used for horizontal expansion of the actual measurement displayed (ZOOM) to observe the measurement with better definition. When the ZOOM function is on, the Marker function is enabled as well. A small blue triangle appears on the display and can be moved with the mouse to any point on the graph.
  • Page 136 Used to refresh the screen and redraw the diagram. 3.24.7 Redraw This operation is necessary in particular when the PC does not have much memory and/or many applications are running at the same time. 3.24.8 Appearance Button and label style can be selected from a Style list Start and End Color button allow selection from a color palette Sample Button and Sample Label show the appearance preview Default button to set appearance to the default parameters...
  • Page 137 3.24.9 Setup The use of the Setup key allows to access the window for setting the colors of the graph. It is possible to change the current settings at any time, and the new settings can be saved in a file and restored later. The Setup window looks like this: For each trace of the graph listed under Colors, the desired color can be selected, and these colors can be different for the Screen and for the BMP...
  • Page 138 3.24.10 Limit The Limit field is used to set and enable a reference trace on the current screen. The small graph on the upper right of the display gives a preview of the 3.24.10.1 SCREEN results in save or print obtained with the colors selected. Sample Click Exit to close the Setup window without saving the new setting, to maintain the current settings for the graphs displayed after...
  • Page 139 3.26 Status window The bottom section of the data window in the 8059SW-02 program displays the status window. This window provides useful information about the program functions and also gives extended and immediate help with the meaning of the commands and options on which the mouse is positioned. A few examples are shown below: Actual operating mode Values relative to Marker position...
  • Page 140 One Free USB port; • Operating System: Windows™ Win7, Win8.1, Win10. The new releases can be downloaded directly from the Narda website http://www.narda-sts.it On Device Manager you must verify that your device is still supplying power when the computer is in Sleep mode.
  • Page 141 The installation can be aborted by clicking on Cancel: The user information must be specified; click Next to confirm. The installation folder must be specified. Click Next to confirm the default folder or Change to modify. 8059SW-02 and NardaEMFGPSLogger 3-73...
  • Page 142 The shortcut folder must be specified. Click Next to confirm. Click Next to proceed installing. The installing status is displayed then: 3-74 8059SW-02 and NardaEMFGPSLogger...
  • Page 143 Click Finish to complete and exit the installer. The folder NardaEMFGPSLogger is created under Programs with the icon NardaEMFGPSLogger on desktop. Disable Sleep mode When you are not using your Laptop for measurements collection during the trip, Windows turn it in “Sleep” mode. Some device and the NardaEMFGPSLogger software are suspended to save power and the data may get lost until the PC is not woke up.
  • Page 144 Run the application; a welcome screenshot will appear for a few seconds. 3.30 Run the software Then, the program main window will be shown (the probe name is displayed on the top left and ? tab). In the following screen, a quad-band probe (EP-4B-02) is in use. In the following screen, a single –band probe (EP-1B-03) is in use.
  • Page 145 In case a problem in the communication port occurs, the message “Cannot open USB 8059” or “AMB-8059-00 is not connected to the PC” appears instead: In this case, please check the USB-OC Optical converter is working properly, the fiber optic connected and the EMF station switched on. In the main window, there are the instantaneous values of the measured field strength (up to four fields, each with its unit).
  • Page 146 Click Start button to start logging the measurements; confirm with Yes for erasing AMB-8059 memory. 3-78 8059SW-02 and NardaEMFGPSLogger...
  • Page 147 The GPS acquisition is still in progress (red flashing square) The GPS position is correctly acquired (green square) The logger can be paused (Pause) or stopped (Stop) by clicking the corresponding software buttons. Press Exit to close the program. 8059SW-02 and NardaEMFGPSLogger 3-79...
  • Page 148 Select a limit for each band. Open the Limits dialog box under Settings tab. The field measured above the limit will be displayed in red. An acoustic warning also comes from PC if Alarm has been actived (√) under Settings tab.
  • Page 149 Each measurement must be taken according to the Recommendation ITU- T K.113 or the user’s needs. Open the Sample distance dialog box under Settings tab. A red “Warning! Reduce speed” message will be display on the top if the speed limit is exceeded. 8059SW-02 and NardaEMFGPSLogger 3-81...
  • Page 150 Under Preferences tab, it is possible to choose the desired language. Click the ? tab to show hardware and software informations. When the measurement trip/time is completed, click Stop button to end logging. In the KML file, the colour assigned to each field levels according to the recommendation ITU-T K.113 depends on the limit set in Settings tab.
  • Page 151 Click Export data button to download the measurements. On the station all the previous logger are overwrote by the last one. The function Download allow exporting the last logger from AMB-8059 and saving it on PC in GPX (standard GPS exchange format) or KML (File Google earth format) format.
  • Page 152 All previous logger (and the last one) are saved in txt format on the PC. The function Upload allows recalling the data and saving it in GPX (standard GPS exchange format) or KML (File Google earth format) format. User must have Google Earth installed to view KML file Click Export button to open the directory where all files are created with a specific name and containing the data acquired by the station from the Start to the Stop time.
  • Page 153 3.31 Uninstall the It is possible to remove the NardaEMFGPSLogger software from the PC according to the following procedure: software Select NardaEMFGPSLogger software with right mouse click on Uninstall program panel and select Uninstall. Follow the uninstaller instructions. 8059SW-02 and NardaEMFGPSLogger 3-85...
  • Page 154 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. NardaEMFGPSLogger software is now removed from the system, click “Finish”...
  • Page 155 NardaEMFGPSLogger – Data Display This section provides information for correct display and interpretation of 3.32 KML data display the KML data using Google Earth software. Google Earth is a free program available on Google; the installer will run to download and install the software on your PC. If your machine is connected to a network, you must have administrative rights to your computer to install.
  • Page 156 Once open the KML file, Google Earth zoom into the area and displays the path. The Places Tab in the left Panel displays the Temporary places folder where all probe measurements has been loaded from KML file The user can expand (►) or collapse (▼) the list of the bands available under probe name.
  • Page 157 Using the check box on the left of the label (√) the user can show the desired band on the map with colored placemarks; the colour depends on the colour code reported on the recommendation ITU-T K.113. Expand (►) the band for showing the available interval limit. The group without ►...
  • Page 158 When the user double clicks an observation link, the user will see the earth globe zoom into that particular point and open a field data window. Scroll up the mouse wheel for deeper zoom operation. 3-90 8059SW-02 and NardaEMFGPSLogger...
  • Page 159 To query manually a certain point, move the cursor to the desired area and scroll up/down the mouse wheel for zoom operation. Clicking on the placemarker, a field data window is opened. 8059SW-02 and NardaEMFGPSLogger 3-91...
  • Page 160 If the placemarker contains more bands, once selected it will be splitted into bands available Move the cursor above the desired band (the white line connected turns in red) and click on it. When the user clicks on the placemarker, a field data window is opened Notice the marker will assume the status of the last selection after closing the field data window with 3-92...
  • Page 161 The area monitor is able to support up WPA2-PSK protocol Please refer to chapter 3 of this manual for further information of using 8059SW-02 software Fig. 4-1 FTP communication mode Document AMB8059EN-10122-1.32 - © NARDA 2021 Point to Point and FTP Communication...

  • Page 162: Point To Point Communication Modes

    Point to Point is a direct connection between the area monitor and the computer using the Optical fiber/USB cable or the Modem or the Wi-Fi. The Point to Point with the Wi-Fi can be done directly, only in case the area monitor and the computer are under the same Wi-Fi network, or through a router.
  • Page 163 First connection – Point to Point communication All stations are equipped with a WiFi modem (some also with a 4.2 First connection – GSM/GPRS modem) and are initially set, at the factory, for FTP Setting stations to Point- communication mode. to-point mode Stations set for FTP communication are intended to be configured by means of the user’s FTP server through the Internet connection but can be...
  • Page 164 In case of use of USB-OC Optical Adapter, the converter appears among the devices as a “Prolific USB-to-Serial Comm Port (COMn)”. In Windows 10: it should be automatically installed on your computer. In Windows 7: a message informing that new hardware has been found appears.
  • Page 165 Run 8059SW-02 and the main window appears as follows. The software ask you to enter a Terminal and Setting password (see §3.4.1, §3.4.1.1, §3.4.2, §3.4.2.1). Double click the first station listed in the FTP station list (new software installations show the “New8059FTP” station, on the list, as an example).
  • Page 166 FTP: These parameters depending on the FTP server you are using. As default, every Narda area monitor is set to work in FTP mode and the parameters you can find in this section are of our FTP server that can be used for preliminary test.
  • Page 167 Click the “Read” button and type the Terminal password when requested. The “Read” buttons queries the station connected by RS232 or USB and displays, in the “Schedule” frame, which communication mode is enabled. The above picture shows a station set for FTP WiFi communication mode.
  • Page 168 4.2.1 Optical, Via direct Fiber connection is the easiest way to communicate with the area Point to Point monitor. Click twice on the 8059SW-02 icon to start the software. First a window appears displaying the software release and the port COM assigned. When the Change button is clicked, the communication port selector appears.

  • Page 169: Direct Readings" Button

    Click the “Exit” button to go back to the main window and select the Point to Point section and use the function direct readings to immediately receive data from the area monitor. For further explanation consult §3.8 Fig. 4-3 “Direct Readings” button These are the basic operations to follow to work with the AMB-8059.
  • Page 170 New AMB-8059 series support Point-to-point connections also via wireless 4.2.2 WiFi , Direct AP, standard WiFi. Point to Point Two different ways are allowed: Access Point direct mode and Over IP. In direct Access Point feature, the connection is established locally between the controller PC and the AMB-8059 station, as depicted below.

  • Page 171: Wifi, Direct Ap Point To Point" Settings

    To work in this way the area monitor hast to be set in this way: Fig. 4-5 “WiFi, Direct AP Point to Point” settings Schedule: Point to Point Communication: Wi-Fi Wi-Fi: Remote Address, it must be 192.168.1.1 Port, the port used by the area monitor for the Wi-Fi communication, default 5000 AP Password, it is not mandatory, it is a protection password to assign to the station (If it is left empty, Wifi access will be open).
  • Page 172 Now check over IP and then complete the fields with the IP address 192.168.1.1 and the port number 5000. Now switch the main panel of the software into Point to Point mode and add a new station. It always better add and remove stations instead of change an existing one.
  • Page 173 Now your area monitor should be added to the list. Click once on its row and then press the button Call. Every time, the software will try to have a connection with the modem. Because of the area monitor is directly connected to the PC you will see the following window: Press YES (SI) Now the software will verify if the name you gave to the station is the same...
  • Page 174 The main window of the software show you all possible information about the area monitor and the probe. Now passages to do are: - push the button Enable Settings - push the button Set Clock - decide how many time and for how long the Wi-Fi has to be switched on in the frame Schedule SMS/ WiFi For every field the computer will request the Setting Password (see §3.4.2 and §3.4.2.1).
  • Page 175 4.2.3 WiFi Over IP, Over IP is another feature to allow remote, real-time, Point-to-point Point to Point communication. It works as a standard over the Internet connection. The network can be both a LAN or a WAN. So, the system needs at least an Access Point and a router (they are often combined) to make possible the communication between AMB-8059 and The User, wherever located in the World, can communicate real time with AMB-8059.

  • Page 176: Wifi Over Ip, Point To Point" Settings

    To work in this way the area monitor hast to be set in this way: Fig. 4-6 “WiFi Over IP, Point to Point” settings On start-up, the monitoring station enters in direct wireless communication mode for 15 minutes to allow the User to connect to and configure it.

  • Page 177: Modem, Point To Point" Settings

    4.2.4 Modem, This modality allows you to directly communicate with area monitor. All you point to point need is a PC modem, a SIM card in the area monitor modem and another SIM car for the PC modem but only if it is GSM. Beware, the SIM card for this way of communication need to be specifically enabled for CSD communication mode.
  • Page 178 - Insert the Station Identifier: it is the name you decide to give to your monitor station. As default it is the serial number of the station. - Insert the Telephone Number: it is the phone number associated to the SIM card in the area monitor - Insert the Device Password: as default it is PASSPMM For every field the computer will request the Terminal Password (see...
  • Page 179 The main window of the software show you all possible information about the area monitor and the probe. Now passages to do are: - Push the button Enable Settings - Push the button Set Clock - Decide how many time and for how long the modem has to be switched on in the frame Schedule MODEM For every field the computer will request the Setting Password (see §3.4.2 and §3.4.2.1).
  • Page 180 Setting station RTC The station clock is very important as every field data stored by the station is related to time taking, as a reference, the station RTC. (Real Time Clock) Being connected through the cable, the station clock can be set with a good accuracy (the PC clock is used).
  • Page 181 All AMB-8059 models incorporate a WiFi modem module. How to switch the WiFi or the GSM modem on AMB-8059/02 and AMB-8059/03 are equipped also with a 4G GSM/GPRS modem, which power consumption, especially while transmitting, is very high, if compared with the station overall consumption. Additionally, modem transmissions, including communications between terminal (modem) and network that are not under the user control, generate E.M.
  • Page 182 The internal modem (WiFi available for all models and GSM for AMB- Programmed mode 8059/02 and /03 only) will remain on and in Stand-by for 60 minutes after the monitor station was switched on. Afterwards, the modem will be switched on and off depending on the “Schedule for MODEM” settings: For further information see paragraph 3.12.2 The above picture shows the “schedule for MODEM”...
  • Page 183 Once set the GSM/Wifi modem you can disconnect the station from the computer and put it in the place choose for monitoring. Connect the modem to the computer to start working in “Modem, Point to Point” mode with the area monitor. Remember that the modem needs to work with a baud-rate of 115200.
  • Page 184 In case a modem is detected, the message MODEM OK will appear. In case the software does not detect any modem the message MODEM NOT FELT will be displayed. If the software 8059SW-02 does not detect any modem or you are not sure about the connection with the PC or its working conditions, proceed as follows: To use the “Modem, Point to Point”...
  • Page 185 Preferably, a GSM PC modem should be used for calling remote stations in “Modem, Point to Point" mode. A line modem can be used but it should be connected to a direct phone line (the same connection used for a fax machine). Sometimes, if there is a switchboard system, it may only be possible to place outgoing calls but not to receive incoming calls (where an extension may be needed, etc.).
  • Page 186 First connection – FTP communication This section refers to all AMB-8059 area monitor models, used in 4.3 General Information conjunction with 8059SW-02 control software, since all of them are equipped with an internal WiFi modem. AMB-8059/01 and AMB-8059/03 are also equipped with a 4G GSM/GPRS modem.
  • Page 187 After initial installation, there is no direct communication between remote 4.3.4 System stations set for FTP mode and controller PC. operation in A User’s FTP server with a static IP address (or, at least, with a numeric alias FTP mode if dynamic) is always necessary, presuming availability of the WiFi or 4G GSM (for AMB-8059/01 and /03 models only) signal at the remote station installation site, for AMB-8059 to download data to the server itself.
  • Page 188 PC running the provided 8059SW-02 control software or, as an alternative, by means of specific messages (SMS) to be sent to the station telephone number. A Narda STS ftp server is available to our Customers, for preliminary tests only: IP address: 178.32.31.89...
  • Page 189 FTP server requirements: 4.4.2 FTP server requirements A STATIC IP address is required for the FTP server. The following information regarding the ftp server must be available to set- up correctly remote units and controller PC: IP address (it is the static IP address assigned to the ftp server) User name and Password (to be allowed to exchange data with the ftp server) Username and Password must only contain alphanumeric characters;...
  • Page 190 After having dealt with the configuration file 8059.CFG, the AMB-8059 4.4.4.2 FLD File (Read) check for the presence of a file named 8059FLD.TXT. This, is an ASCII file which contains the date of the first requested record and the number of them. The syntax is: FLD HH:mm;GG/MM/YY; n where: •...
  • Page 191 4.4.4.5 Event File After having written the FLD file, the AMB-8059 writes a file named HH_mm_GG_MM_YY.TXT where: (Write) • HH is hour of the day. • mm is minute of the day. • GG is the day. • MM is the month. •...
  • Page 192 PC-server FTP and station-server FTP related to this specific station. Address: “178.32.31.89” in this example Narda STS ftp server IP address that can be used by User for preliminary tests. Be aware that data in this server are periodically removed.

  • Page 193: Modem, Ftp Mode" Settings

    In this example, parameters for the Narda STS ftp server are set for preliminary testing. User should then set access parameters for his own ftp server.
  • Page 194 In Modem, FTP mode, the area monitor will send all data to an FTP server where they lie up. All you need is a PC modem, a SIM card in the area monitor modem and another SIM card for the PC modem but only if it is GSM.

  • Page 195: Wi-Fi, Remote Ip, Ftp Mode" Settings

    In Wi-Fi, Remote IP, FTP mode, the area monitor will send all data to an FTP server where they lie up. The area monitor communicates to a router through the Wi-Fi network. To work in this way the area monitor hast to be set in this way: To work in this way the area monitor hast to be set in this way: Fig.
  • Page 196 Every time you switch an AMB-8059 ON, it starts to work in Direct AP mode. After some minutes the area monitor will switch on the correct modality set in Data Transfer Settings. Due to it has unique IP address we have to add its MAC address in the router ‘s IP list. The MAC address is written in the area monitor certification.
  • Page 197 9) Setting station RTC (Real Time Clock) The station clock is very important as every field data stored by the station is related to time taking, as a reference, the station RTC. Being connected through the cable, the station clock can be set with a good accuracy (the PC clock is used).
  • Page 198 Hit the button Call, on the right, to access the station connected by cable. As the Point-to-point mode normally operates through a modem, a message will inform that no modem has been detected on your COM port. It will ask whether you wish to access a station connected by cable. Being this the case, you will answer Yes to access your station through the Serial RS232, USB or Ethernet cable: The station name is always stored within the station and it is expected that...
  • Page 199 The station Setting window will be shown: The above picture shows the “TESTCISANO_EX3” station. Please note that the station clock (RTC) has not been set as it shows the date, in the “Station Date & Time” frame on the left bottom side, 5 Mar 2015.
  • Page 200 Hit the Set Clock button (left bottom side), the following message will be displayed: Click Yes to synchronize the station clock with your PC. The station clock is now set. Hit the Hang & Exit button on the right bottom side of the setting window. 4-40 Point to Point and FTP Communication...
  • Page 201 Since the station is set to FTP communication mode, some parameters could be not available for modification, if their prevalent meaning is designed for Point-to-point mode. If, for example, the User wishes to preset the Schedule for MODEM, that is to say the time plan for ftp wireless data download, it is possible to temporary set the station to Point-to-point communication mode (in the Data transfer settings window)
  • Page 202 10) Accessing the FTP server Be sure a full internet connection is available for the controller PC. The firewall, if active, should not close ports 20 and 21 usually used for ftp communication (the executable is called DRIVERIN.exe) From the 8059SW-02 main window, select the FTP label, your FTP stations list will be shown.
  • Page 203 You can easily check it, just accessing your ftp server using Windows Explorer. IP address, User Name and Password are to be set to access the ftp server through the Windows Explorer. The only file you should find within the new folder is the “Creating.TXT” which contains information about creation date and time: Next message shown by the software just ask you whether you wish to display a default setting which should be saved or modified by the user to...
  • Page 204 11) The first section Data will show which data will be downloaded by the station at the next connection. The default setting is “Since” date-time (your PC clock) – “Up to” now (when the station will access the server). Please refer to paragraph 3.15 of this manual for further information of using Data function 4-44 Point to Point and FTP Communication...
  • Page 205 You can check that the 8059FLD file has been created by accessing the ftp server using Windows Explorer. Open the station folder (the name is its serial number). 8059FLD.txt file contains information related to the next data the station should download when accessing the ftp server: The above picture shows the content of 8059FLD file.
  • Page 206 12) The second section, named Alarm, allows the user to set which alarm should be notified, if through FTP connection or SMS to the user mobile phone (available only for GSM modem equipped units). Please refer to paragraph 3.16 of this manual for further information of using Alarm function 4-46 Point to Point and FTP Communication...

  • Page 207: Schedule For Ftp Frame

    13) The third section, named Communication, allows For Modem, FTP mode. In the software choose the section Communication and change the Schedule for FTP settings accordingly to your work Fig. 4-10 Schedule for FTP frame For Remote IP, FTP. In the software choose the section Communication and change the Schedule for SMS/WiFi settings accordingly to your work Fig.

  • Page 208: Schedule For Gps Frame

    In the software choose the section Communication and change the Schedule for GPS settings accordingly to your work Fig. 4-12 Schedule for GPS frame Please refer to paragraph 3.17 of this manual for further information of using Schedule for GPS function After all three sections, Data, Alarm and Communication are set as desired, hit the Save button, on the bottom side to store your settings.

  • Page 209: Sim Card Installation

    Free web-hosting services, often, exhibit very long reply times which trigger Narda monitoring station TO procedures. To try Narda monitoring stations and setup a first working setup, we can provide you FTP space on our private server. However, for a future actual installation, you will need to arrange your own FTP server without the above mentioned limitations.
  • Page 210 Everytime a new setting is changed, the .CFG file will be modified and it will be read by the station, when accessing the server, to set itself as requested. The area monitor change its internal settings and at the end it will leave a new file called 8059.SET.
  • Page 211 The message informs that the new configuration has not been stored in the station yet. Confirm with OK. AMB-8059 currents settings and AMB-8059 in progress settings function are enable on the left bottom of each section. The software allow reading the current settings (AMB-8059 currents settings) or the settings that are going to be store at the next modem connection (AMB-8059 in progress settings).
  • Page 212 Hit the blue day in the calendar to open a graph showing downloaded data. Please refer to the chapter 3 of this manual for details regarding data presentation, saving and related commands (see §3.22, §3.23, §3.24, §3.25, §3.26, and §3.27). It is possible to check whether some new data is present in the station folder by accessing it using Windows Explorer.
  • Page 213 If the function “Do not move file” is disabled, all data already downloaded to the controller PC are transferred to back-up folders (one for the .txt files, one for the .D59 ones) and will not be available for a future download even from different station. 4.6 AMB-8059 Firmware Whenever a new software / firmware version is released it is available in our Web site for free downloading.
  • Page 214 This page has been left blank intentionally 4-54 Point to Point and FTP Communication...
  • Page 215 Obviously, this does not occur in case of commands issued via SMS or in case of connection via modem, as the microcontroller is always on when the GSM is on stand-by. Document AMB8059EN-10122-1.32 - © NARDA 2021 Command protocol...
  • Page 216 5.2 List of commands Query COMMANDs Syntax Function Request alarm threshold. #BM?ALR* Request actual acquisition mode setting. #BM?AQ_* Request battery voltage status. #BM?BAT* Request complete internal clock. #BM?CLK* Request AMB-8059 communication mode #BM?COM* Request the SIM card PIN’s status. #BM?CPIN* Request the modem signal strength (RSSI) and the bit error rate (BER) value.
  • Page 217 Setting COMMANDs Syntax Function Set the primary or secondary probe (for Dual-probe configuration only) #BMSAA (parameters)* Set alarm threshold. #BMSALR (parameters)* Set acquisition mode. #BMSAQ (parameters)* End communication in progress. #BMSATH* End communication in progress + modem. #BMSATH0* Set averaging time. #BMSAVG (parameters)* Set clock date.
  • Page 218 FTP-GPRS Setting COMMANDs Username and Password must only contain alphanumeric characters; any special characters are not allowed. Syntax Function Set Access Point Name for GPRS. #BMSGPR0 (parameter)* Set User Name for GPRS access network. #BMSGPR1 (parameter)* Set Password for GPRS access. #BMSGPR2 (parameter)* Set User Name for FTP access server.
  • Page 219 Using these commands the monitoring station can be queried with a series 5.3 Query COMMANDs of requests to which the unit will respond with an SMS message containing the required information. Query commands are characterized by the character ? in the string. Command Meaning Request ALARM threshold.
  • Page 220 Request the modem signal strength (RSSI) and the bit error rate (BER) value. The value is ?CSQ related to the last modem connection (for AMB-8059/02 and AMB-8059/03 only). The format is: #BM CSQ= x,y (dd/mm/yy hh:mm:ss)* The first value x indicates the modem signal strength (RSSI): -113 dBm or less -111 dBm 2...30: -109...
  • Page 221 Request NMEA RMC (NMEA 0183 ver 3.01) phrase. ?GPS This command requests the last RMC NMEA phrase taken by the internal GPS. NMEA phrase is fully reported between #BM and the terminator‘*’ In case any position has been taken, the answer is:”------VOID” Example of answer to the command “?GPS”...
  • Page 222 Request User, Password e IP address (FTP mode) and Passwords (Wifi mode) hidden ?HFTP status on the RS232 port sniffer. 0: User, Password e IP address are shown on RS232 sniffer. 1: User, Password e IP address are hidden on RS232 sniffer. In FTP communication mode the command and feedback response are replaced by “@@@”.
  • Page 223 Request of ID with authentication of the password to enable commands. The subject “psw” ?IDNF must be the Device Password saved in the monitoring station using the command SPSW to enable the communication when the unit is not directly connected via RS232, USB, (Identity) Ethernet.
  • Page 224 Request latest average value. The response returns the average value with the current unit ?LFA[S] followed by the time (in minutes) on which it has been calculated (the same indicated in the command ALR). In Dual-probe configuration the command ‘?LFAS’ shows the value of the primary and secondary probe.
  • Page 225 Request instant value (not averaged) of field continuously. This command requests the ?MESRv elementary value for every band as for the previous command “?MES” but enables (for continuous transfer of the elementary data as soon as they are available (1 second). AMB- This command can be useful, for example, to record separately all the elementary data 8059/00...
  • Page 226 Request Status of Alarm SCREEN. The response returns a string with the relative alarms ?MSK active in the format: (mask) #BM MSK=WwAaPpVvLlT MODEM SMS* The same symbols are used as for ?STA The inclusion of the string MODEM means the alarm is active on the MODEM function. The inclusion of the string SMS means the alarm is in progress on the SMS function #BM?MSK* Response #BM MSK=--A-----L--*...
  • Page 227 Request of data relative to max field recorded by latest reading and battery voltage at the ?RPT0 time. The time and date of the event are supplied, but in addition, the stored value of the field (Report & is reset so as to start over for a new period. reset ) For example, the command #BM ?RPT0* returns the response MAX:0.70 V/m 18:08 28/10/00...
  • Page 228 Request MODEM phone list. The response ?TDM #BM TDM= returns the numbers, if any, or VOID in the Telephone 1234568565 following format (every number Directory VOID separated by<LF>: Modem … #BM TDM= VOID xxxxxxxxxxx VOID ?TDMn Request MODEM phone no. (n may vary from 0 to 9). The response returns the number requested, if any, or VOID in the following format: #BM TDMn=xxxxxxxxxxx* Telephone Directory...
  • Page 229 Request Time Schedule Settings for MODEM. The format is: ?TSM Time #BM TSM=ON|OFF HH:mm (Xq) each Yh (DIS)* where: Schedule ON|OFF indicates if the call from the station to the controlling PC is enabled or not; Modem HH.mm expresses the starting time of the modem (on and Stand-By). Xq expresses the time in Quarters of an HOUR that the MODEM is on (maximum 24 quarters of an hour).
  • Page 230 These commands are used to make settings on the monitoring station so that 5.4 Setting COMMANDs the unit can respond with an SMS message containing the corresponding information or confirmation. The setting commands are characterized by the presence of the character S in the string.
  • Page 231 Set average time for alarm and attention threshold. The SAVG x #BM ALR= 20.0 V/m; 4* setting x is expressed in minutes: #BMSAVG 4.0* The response is the same as response to command ?ALR In case of Dual-probe configuration, the answer is related #BM ALR=20.000 uT ;...
  • Page 232 This command disables the GPS activity. If disabled the GPS unit is permanently off saving SDIG energy. DIsable The answer has the same format of the command ?TSG. Example #BM SDIG* Gives the answer: #BM TSG= OFF 12:00 each 24h* confirming that the GPS is disabled This command disables sending the report via SMS.
  • Page 233 This command enables sending the report via SMS. When enabled, at the scheduled time SENR (STSS) the GSM is switched on and sends the SMS message containing the report to all ENable the numbers saved in the SMS phone directory: after sending all the messages it remains Report in Stand-by condition for the rest of the time.
  • Page 234 This command ends the mobile acquisition in progress permanently and stop storing SMBE data in Flash memory. (for AMB- 8059/00 only) This command starts mobile data acquisition and store the records in the Flash SMBSv memory every 0,25 ms. (for The answer of this command is the same for the command “?MESRv”.
  • Page 235 This command ends storing mobile data in Flash memory. SMPA The answer is: PAUSED; 3.52V; ;-527.00;51.00;31.00;22.95;47.97 -->20/01/18 14:28:31* (for Resume it by sending the SMBSv command. AMB- 8059/00 only) Set alarm window. The window must contain the mnemonic symbols representing the SMSK individual alarms as shown in the table.
  • Page 236 Restore Default configuration. SRST The command restores the main parameters as follows: • Alarms all masked • Calls from station by appointment disabled • SMS from station by appointment disabled • Average period = 6 minutes • Average in progress reset •...
  • Page 237 Set MODEM telephone number in the directory. The format is as follows: STDMn #BM STDMn xxxxxxxxxx* Telephone where: n represent the position in the list and must be between 0 and 9 Directory xxxxxxxxxx expresses the telephone number. To change a number just overwrite Modem the previous number and to delete a number just enter a new number that starts with 00000.
  • Page 238 STSG Set GPS time schedule. The format is as follows: Time #BM STSG HH.mm.xx.ee* Schedule where: HH.mm is the GPS turn on time. xx must be 01. ee expresses how often the operation has to be repeated. NOTE: The numbers must always be two digits without spaces, and must be a submultiple of the 24 hours Answer has the same format of the command ?TSG.
  • Page 239 These commands are used by the user to establish a connection with an 5.5 FPT-GPRS Access Point or FTP server, to enable the Modem or Point-to-point COMMANDs connection and to set time/date using the SMS provider’s information. Each field cannot be more than 31 characters. These commands cannot be executed via FTP/GPRS (because they would need to be already correctly set).
  • Page 240 WiFi Connection Data Field Description Setting command Command to be issued by either SMS or RS232,USB,Ethernet Set the name of the WiFi Access Point to the #BMSGPR6 <ssid>* SSID Internet. Access Point where <ssid> is Wifi Access Point Name (Required for FTP activity) Name Example: #BMSGPR6 EleMontiAp*...
  • Page 241 MISC Field Description Setting command Command to be issued by either SMS or RS232,USB, Ethernet This command starts a WiFi or GPRS connection #BMSCGN* immediately. All the procedures are then the same as it Connect GPRS would for a scheduled connection. This command starts a WiFi or GPRS connection #BMSCGNA* CGNA...
  • Page 242 These commands are used to make settings on the monitoring station so that 5.6 FTP on Multi-band the unit can respond with an SMS message containing the corresponding EMF Area Monitor information or confirmation. AMB-8059 The setting commands are characterized by the presence of the character S in the string.
  • Page 243 Whenever the AMB-8059 connects to GPRS and accesses to FTP, it looks 5.6.3 Configuration (Read) for a file named 8059.CFG in its directory (its serial number). If the file is present, the AMB-8059 retrieves it and calculates the checksum in order to use it and thus get the new configuration.
  • Page 244 GPRS Unsigned char This parameter represents the time the GSM remains ON after a GPRS connections. It is expressed in quarter of hour. GPRS Unsigned char This parameter represents the interval between GPRS Interval connections (starting from the first connection which is done at Appoint).
  • Page 245 Reserved Unsigned char Reserved Ethernet Unsigned int This parameter represents the scheduled time for Ethernet Sched schedule of the day. It is expressed in minutes elapsed since midnight. For example the schedule 11:08 would be (11*60)+8 =668 Reserved Unsigned char Reserved Ethernet Unsigned char...
  • Page 246 After having dealt with the configuration file 8059.CFG, the AMB-8059 check 5.6.4 FLD File (Read) for the presence of a file named 8059FLD.TXT. This is an ASCII file which contains the date of the first requested record and the number of them. The syntax is: FLD HH:mm;GG/MM/YY;n where: •...
  • Page 247 After having written the record file HH_mm_GG_MM_YY.D59, the AMB- 5.6.6 FLD File (Write) 8059 writes the file named 8059FLD.TXT which replaces the old one. This is an ASCII file which contains the date of the last uploaded record and terminates with the string “---“. The content will be therefore: FLD HH:mm;GG/MM/YY;--- where: •...
  • Page 248 After having written the EVENT.TXT file, the AMB-8059 writes a file named 5.6.8 Setting status (Write) 8059.set which reflects the configuration of the monitoring station. Similarly to the Configuration 8059.CFG the file is binary. This file is solely intended for reading as it is ignored by AMB-8059 and therefore any change of it will be discarded.
  • Page 249 GPRS Unsigned char This parameter represents the interval between GPRS Interval connections (starting from the first connection which is done at Appoint). It is expressed in hours. Prxon Unsigned char This is the flag for connecting to GPRS upon alarms. If bit 0x01 is ‘1’...
  • Page 250 Status Unsigned int The status of Alarm contains the alarm bit by bit where alarm ‘1’ means Alarm ON while ‘0’ is Alarm OFF. Here is a Being Bits this is list alarms. 0x0001 MAX threshold Field OUT. BIG endian 0x0002 Warning threshold Field OUT.
  • Page 251 As previously mentioned, there a little endian 16 bit unsigned int which is 5.6.9 Checksum called checksum. The checksum is intended for verifying the reliability of the algorithm array read mainly from the AMB-8059’s side as a corrupt configuration could potentially make the AMB-8059 ineffectual.
  • Page 252 This document describes the structure of a single or three bands probe 5.8 Download Description record. Area Monitor Broadband AMB-8059 for Single and These records are created by either FTP enabled (files D59) or “?FLD” three bands probes command 5.8.1 Command mode Description Sintax ?FLD HH:mm,dd/MM;n...
  • Page 253 The 16 bit figure named Wide_Avg is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 15 bit unsigned integer Wide Avg INFL Byte 1/2 flag It is the value, RMS or AVG averaged in the stored interval of field strength measured by the broadband channel.
  • Page 254 The figure named Battery is shown as follows: 8 bit unsigned integer Battery Byte 9 (Voltage) It is the voltage of the 8059 battery. The number should be considered as an unsigned 8 bit integer. To get the correct value of the battery voltage the following formula is used: Volt = Voltage * 0.0406 If, for example, 8 bit figure named Battery is 0x6A (decimal 106) then the battery voltage will be 4.30V...
  • Page 255 The figure named PERTs is shown as follows: Reserved Reserved Reserved TXON Reserved PERTs Byte 12 It is the block of every single perturbing occurrence recorded in the interval. Each bit should be considered individually as follows: • TXON When High it flags that RF Modem was ON during sampling.
  • Page 256 The 16 bit figure named DateTime is shown as follows: MI15 MI14 MI13 MI12 MI11 MI10 MI9 MI8 MI7 MI6 MI5 MI4 MI3 MI2 MI1 MI0 DateTime Byte 15/16 DateTime DateTime should be considered as a big-endian unsigned 16 bit integer and indicates how many minutes have been elapsed since the beginning of the current month (previous MONTHS data).
  • Page 257 The 16 bit figure named L_B_Peak is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 Reserved 15 Bit unsigned integer L_B_Peak Byte 19 / 20 Significant only when NOB=3. L_B_Peak is the Peak value, Max value detected in the stored interval, of field strength measured by the channel tuned at L_B MHz.
  • Page 258 Reserved Byte 25 / 30 Reserved ----------------------------- The figure named Charging is shown as follows: Charging 8 bit unsigned integer Byte 31 This value represents the charging. The number should be considered as an unsigned 8 bit integer. To get the value in mA the following formula should be used: Current (mA)= Charging * 4 If, for example, 8 bit figure named RH is 0x20 (decimal 32) then the charging current would be 128mA...
  • Page 259 These 32 bytes above described constitute the block containing all record data related to the interval. Therefore the number of block sent are as many as the required sample (asked by n parameter) by the command:?FLD HH:mm,dd/MM;n or, when FTP enabled, through the file 8059FLD.TXT (see pag.
  • Page 260 This section describes the structure of a 4-bands probe record. 5.9 Download Description These records are created by either FTP enabled (files D59) or “?FLD” Multi-band EMF Area command. Monitor AMB-8059 for 4-Bands Probes 5.9.1 Command mode Description Sintax Request for n samples starting from Hour HH and minute mm of the day dd ?FLD HH:mm,dd/MM;n of the month MM of this year.
  • Page 261 The 16 bit figure named Wide_Avg is shown as follows: Wide Avg INFL 15 bit unsigned integer Byte 1/2 flag It is the value, RMS or AVG averaged in the stored interval of field strength measured by the broadband channel. The figure should be considered as a big-endian unsigned 15 bit integer multiplied by the typical probe divider (see dedicated ?PRB command).
  • Page 262 The figure named Battery is shown as follows: 8 bit unsigned integer Battery (Voltage) Byte 9 It is the voltage of the 8059 battery. The number should be considered as an unsigned 8 bit integer. To get the correct value of the battery voltage the following formula is used: Volt = Voltage * 0.0406 If, for example, 8 bit figure named Battery is 0x6A (decimal 106) then the battery voltage will be 4.30V...
  • Page 263 The figure named PERTs is shown as follows: Reserved Reserved Reserved TXON Reserved PERTs Byte 12 It is the block of every single perturbing occurrence recorded in the interval. Each bit should be considered individually as follows: • TXON When High it flags that RF Modem was ON during sampling. •...
  • Page 264 The 16 bit figure named DateTime is shown as follows: MI15 MI14 MI13 MI12 MI11 MI10 MI9 Date Time Byte 15/16 DateTime DateTime should be considered as a big-endian unsigned 16 bit integer and indicates how many minutes have been elapsed since the beginning of the current month (previous MONTHS data).
  • Page 265 The 16 bit figure named 2140_Peak is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 Reserved 15 Bit unsigned integer 2140_Peak Byte 19 / 20 It is the Peak value, Max value detected in the stored interval, of field strength measured by the channel tuned at 2140 MHz.
  • Page 266 The 16 bit figure named 942_Avg is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 Reserved 15 Bit unsigned integer 942_Avg Byte 24 / 25 It is the value, RMS or AVG averaged in the stored interval , of field strength measured by the channel tuned at 942 MHz.
  • Page 267 The figure named RH is shown as follows: 8 bit unsigned integer Byte 32 (RH) This value is the relative Humidity and is expressed in percent . The number should be considered as an unsigned 8 bit integer. It If, for example, 8 bit figure named RH is 0x32 (decimal 50) then the value of RH would be 50% ----------------------------- These 32 bytes above described constitute the block containing all record...
  • Page 268 This document describes the structure of a Piggy Back probe record. 5.10 Download Description Multi-band These records are created by either FTP enabled (files D59) or “?FLD” EMF Area Monitor command. AMB-8059 for Dual-probe operation 5.10.1 Command mode Sintax Description ?FLD HH:mm,dd/MM;n Request for n samples starting from Hour HH and minute mm of the day dd of the month MM of this year.
  • Page 269 The 16 bit figure named Secondary _Avg is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 Reserved 15 bit unsigned integer Secondary Avg Byte 5 / 6 It is the value, RMS or AVG averaged in the stored interval, of field strength measured by the Secondary channel.
  • Page 270 The 16 bit figure named Main_Avg is shown as follows: D14 D13 D12 D11 D10 D09 D08 D07 D06 D05 D04 D03 D02 D01 D00 15 bit unsigned integer Main Avg INFL Byte 1/2 flag It is the value, RMS or AVG averaged in the stored interval, of field strength measured by the Main channel.
  • Page 271 Reserved Byte 5 / 6 / 7 / 8 Reserved ----------------------------- The figure named Battery is shown as follows: 8 bit unsigned integer Battery Byte 9 (Voltage) It is the voltage of the 8059 battery. The number should be considered as an unsigned 8 bit integer.
  • Page 272 The figure named PERTs is shown as follows: Reserved Reserved Reserved TXON Reserved PERTs Byte 12 It is the block of every single perturbing occurrence recorded in the interval. Each bit should be considered individually as follows: • TXON When High it flags that RF Modem was ON during sampling. •...
  • Page 273 The 16 bit figure named MISC is shown as follows: M6 M5 M4 M3 M2 M1 M0 BND1 BND0 AVP3 AVP2 AVP1 AVP0 Flag MISC Reserved Byte AVGPeriod MONTHS 13/14 4 bit unsigned integer 7 bit unsigned integer This figure ( MISC ) should be considered as four different data as follows: •...
  • Page 274 The figure named Charging is shown as follows: Charging Byte 31 8 bit unsigned integer This value represents the charging. The number should be considered as an unsigned 8 bit integer. To get the value in mA the following formula should be used: Current (mA)= Charging * 4 If, for example, 8 bit figure named RH is 0x20 (decimal 32) then the...
  • Page 275 These 32 bytes above described constitute the block containing all record data related to the interval. Therefore the number of block sent are as many as the required sample (asked by n parameter) by the command:?FLD HH:mm,dd/MM;n or, when FTP enabled, through the file 8059FLD.TXT (see §5.6 FTP on Multi-band EMF Area Monitor AMB-8059).
  • Page 276 This page has been left blank intentionally 5-62 Command protocol...
  • Page 277 NARDA service center. When the instrument has to be returned to NARDA for repair, the User is kindly requested to fill out the questionnaire enclosed with this User’s Manual and write all the required service information and a full description of the malfunction, to enable NARDA to repair the device in the shortest possible time.
  • Page 278 Battery charger (AMB-8059/01 and AMB-8059/03 only) AMB-8059/01 and AMB-8059/03 Multi-band EMF Area Monitor are 6.6.1 Recharging the equipped with an autonomous power unit and are powered jointly by a batteries of stations rechargeable internal battery and directly by solar panels. The unit can also equipped with be connected to an additional battery charger.
  • Page 279 Before installing the field monitor outdoors, make sure the cover on the Solar Module is securely closed, in order to prevent any moisture from penetrating the unit. Accessories...
  • Page 280 8059-MAST Supporting pole NARDA recommends to install all NARDA Field Monitoring Stations on the 6.7.1 Installation of the special mast that rests on a sturdy metal base. AMB-8059 on the mast Fig. 6-1 Fig. 6-2 Fig. 6-3 Fig. 6-4 AMB-8059/00...
  • Page 281 First, assemble the “T” base with the two screws supplied, then position the base where it will be installed, making sure it is leveled to ensure stability. The mast fits inside the pipe stub at the center of the base. Match the holes on the pole with those on the stub and fasten with the four 8MAx20mm bolts as shown in the figure below.

  • Page 282: Swivel Joint

    For indoor use you can turn the field to the desired position as following Indoor and outdoor use procedure: - Loose the central screw. - Unscrew and remove the two fastening screws from the swivel joint. Fig. 6-5 Swivel joint - Turn the field monitor in any angle when using the Area Monitor indoor.
  • Page 283 Fig. 6-7 Horizontal position of AMB-8059/01 and AMB-8059/03 - Replace and fasten the two screws in the joint slots - Fasten the central screw. - Fasten the two screws in the plate slots. Instead during the outdoor use, the two swivel joint fastening screws limit the range of rotation (about 30 degree from the mast).
  • Page 284 - Loose the central screw. - Unscrew without removing the two fastening screws from the swivel joint. - Turn the field monitor (maximum 30 degree from the mast allowed ) - Fasten the central screw. - Fasten the two screws in the plate slots. Accessories...
  • Page 285 The Field Monitor is usually installed outdoors where atmospheric agents, Bags especially strong winds, can endanger its stability. To ensure the necessary stability under the worst possible conditions, the unit is supplied with three ballast bags that can be filled with water or sand and fastened to the base of the mast as shown in the following examples.

  • Page 286: Usb-Oc Adapters

    Either USB-OC or a RS232 is indispensable for updating the internal firmware of the above-mentioned items via a Personal Computer and the relative update software is available free-of-charge at NARDA’s Web site http://www.narda-sts.it Insert USB-OC in the connector of a free USB port of the PC, connect the 6.8.2 Installation...
  • Page 287 8059-Optical link (optional) AMB-8059/01 and AMB-8059/03 can be controlled via an optional fiber optic cable, as depicted below. Inside the Solar Panel waterproof box, an optical port is already prepared for this purpose. To install the fiber optic link: remove the rubber cap (on the right side of the picture) and insert the fiber optic cable in the hole.
  • Page 288 8059/CMK Car Mounting Kit (optional) 6.10 The Car Mount Kit optional accessory (available for AMB-8059/00 model 6.10.1 Introduction only) is an easy to install kit to transform the multi-band EMF Area Monitor, usually adopted for fixed installation, in a mobile version designed to be mounted onto a car.

  • Page 289: Two-Wire Usb Cable Connectors

    Two-wire USB cable (optional) 6.11 (AMB-8059/01 and AMB-8059/03 only) The Two-wire USB cable optional accessory allows to connect the battery 6.11.1 Introduction box permanently to the AC/DC 5V USB adapter (provided with the station) on the 220Vac grid and performs the measurements at the same time. In order to control the measurement uncertainty potentially introduced by the power cable connection to the station the unit will operate as follows: - When battery is above a safe threshold the power cable is galvanically...
  • Page 290 Remove the USB dust cap from battery box 6.11.2 Installation Connect the Two-wire USB cable between the USB port of the Battery box (IP67 side) and the USB port of the AC/DC 5V Adapter. Plug the AC/DC 5V Adapter to the mains supply 6-14 Accessories...
  • Page 291 8059/IP66K Kit IP66 Adapter (optional) 6.12 (AMB-8059/01 and AMB-8059/03 only) The 8059/IP66 Kit IPP66 Adapter optional accessory is an easy to install kit 6.12.1 Introduction to transform the multi-band EMF Area Monitor (single or dual probe operation mode) in a rated product IP66. 8059/IP66K Kit IP66 Adapter, optional accessory, is available for AMB- 8059/01 and AMB-8059/03 model only.
  • Page 292 Make sure the unit is switched OFF. Disconnect the connector from the Solar module unscrewing in the direction show in the picture Remove the base blate (and the unit) unscrewing the 3 screws that fix it to the solar mechanical connection. Disconnect the connector from the User Port pushing the two buttons on the both sides and pulling in the direction shown in the picture.
  • Page 293 Unscrewing the screw located below the base disk for removing the unit from the metal plate. Screw the unit to the 8059/IP66K Kit IP66 Adapter by metallic threaded insert and tighten securely. Accessories 6-17...
  • Page 294 The connector can be easily plugged into the User Port directly, just taking care about proper orientation, as for the following picture, until a “click” is felt while inserting inside the window. Install the 8059/IP66K Kit IP66 Adapter (and the unit) to the solar mechanical connection screwing the 3 screws previously removed.
  • Page 295 - AMB-8059/01 and AMB-8059/03 with swivel joint. AMB-8059/00 AMB-8059/00 AMB-8059/01 AMB-8059/01 AMB-8059/02 AMB-8059/02 AMB-8059/03 AMB-8059/03 (without swivel joint) (with swivel joint) (without swivel joint) (with swivel joint) Document AMB8059EN-10122-1.32 - © NARDA 2021 Action of the wind on the AMB-8059...
  • Page 296 7.2 AMB-8059/00 AMB-8059/02 without joint Table 7-1 Wind resistance of the AMB-8059/00 and AMB-8059/02 without swivel joint Wind Wind Aerodynamic Wind Overturning Stabilizing Weight speed speed form density pressure moment moment ballast NOTE [km/h] [m/s] [N/mc] [N/m [Nm] [Nm] 3,60 1,00 1,20 1,25...

  • Page 297: Weight Ballast Variation In Comparison To The Wind Speed For Amb

    WEIGHT BALLAST VARIATION IN COMPARISON TO THE WIND SPEED Weight Ballast [N] Wind Speed [km/h] Fig. 7-1 Weight Ballast variation in comparison to the wind speed for AMB-8059/00 and AMB-8059/02 without joint Action of the wind on the AMB-8059...
  • Page 298 7.3 AMB-8059/00 AMB-8059/02 with joint Table 7-2 Wind resistance of the AMB-8059/00 and AMB-8059/02 with swivel joint Wind Wind Aerodynamic Wind Overturning Stabilizing Weight speed speed form density pressure moment moment ballast NOTE [km/h] [m/s] [N/mc] [N/m [Nm] [Nm] 3,60 1,00 1,20 1,25...
  • Page 299 WEIGHT BALLAST VARIATION IN COMPARISON TO THE WIND SPEED Weight Ballast [N] 1300 1200 1100 1000 Wind Speed [km/h] Fig. 7-2 Weight Ballast variations in comparison to the wind speed for AMB-8059/00 and AMB-8059/02 with joint Action of the wind on the AMB-8059...
  • Page 300 7.4 AMB-8059/01 AMB-8059/03 without joint Table 7-3 Wind resistance of the AMB-8059/01 and AMB-8059/03 without swivel joint Wind Wind Aerodynamic Wind Overturning Stabilizing Weight speed speed form density pressure moment moment ballast NOTE [km/h] [m/s] [N/mc] [N/m [Nm] [Nm] 3,60 1,00 1,20 1,25...
  • Page 301 WEIGHT BALLAST VARIATION IN COMPARISON TO THE WIND SPEED Weight Ballast [N] 1000 Wind Speed [km/h] Fig. 7-3 Weight Ballast variations in comparison to the wind speed for AMB-8059/01 and AMB-8059/03 without joint Action of the wind on the AMB-8059...
  • Page 302 7.5 AMB-8059/01 AMB-8059/03 with joint Table 7-4 Wind resistance of the AMB-8059/01 and AMB-8059/03 with swivel joint Wind Wind Aerodynamic Wind Overturning Stabilizing Weight speed speed form density pressure moment moment ballast NOTE [km/h] [m/s] [N/mc] [N/m [Nm] [Nm] 3,60 1,00 1,20 1,25...
  • Page 303 WEIGHT BALLAST VARIATION IN COMPARISON TO THE WIND SPEED Weight Ballast [N] 1300 1200 1100 1000 Wind Speed [km/h] Fig. 7-4 Weight Ballast variations in comparison to the wind speed for AMB-8059/01 and AMB-8059/03 with joint Action of the wind on the AMB-8059...
  • Page 304 This page has been left blank intentionally 7-10 Action of the wind on the AMB-8059...
  • Page 305 OFF in any case and will switch back ON at the next programming cycle. Take this example: In this case the control unit remains ON for 1 hour (4 quarters of an hour) every 24 hours starting at 12:05 every day Document AMB8059EN-10122-1.32 - © NARDA 2021 Troubleshooting...
  • Page 306 The area monitor is switched ON at 11:30. In this case, at exactly 12:30, the control unit modem will be forced to shut down. If you try to contact her at 13:00 you would not be able to, because the area monitor has turned OFF the modem (60 minutes have passed since it was switched on) and will turn it back ON only the following day at 12:05, and then perform the same operation every day.
  • Page 307 Check the station operation. Windows HyperTerminal (or similar programs like Putty or TeraTerm) and a serial port monitor could be useful tools to check the station operation when connected to the controller PC through any wired connection (RS232, USB Optic Fibre). You can also check attempts of the station to connect to the wireless network and its operation.
  • Page 308 What happen when I do not use the option “Run Administration” The User might have the need of administrator privileges to install and use the software 8059SW-02. From last Windows versions (after XP) every software must be installed with the option “Run as Administrator”. Also to be used, you have always to choose the option “Run as Administrator”.
  • Page 309 The software is not able to have a connection with the FTP server. - Verify to have put correct IP address, user name and password for the FTP connection - Try to enter in the FTP server with a browser (Mozilla, Safari, Internet Explorer, etc.) - Verify that a firewall, or an anti-virus, is not blocking the connection, try to temporarily disable them just to try once...
  • Page 310 8059SW-02 Examples of error and information messages Many phenomena can affect good communications between the modem of the monitoring station and the PC. The selection of the port on which the modem is connected can generate a series of error messages. The message in the status If the PC modem is off or the software is searching for the modem on a window is:...
  • Page 311 No answer from the monitoring station Message informing that data cannot be downloaded. Click on Read Station Conf. to try and connect to the station and show its configuration. If the station does not answer, the configuration relative to the latest successful link is shown If there are communications problems in CSD mode between the servers of different GSM Service Providers, the message LAST CALL DID NOT NEGOTIATE appears in the Status frame of the main window.
  • Page 312 If the 8059SW-02 software does not see any available port on the PC where it is installed, the following message appears: See paragraph 4.2 If a COM port is configured in a way that makes it not available on the computer or if there are no free ports, you can run the software in DEMO MODE to read the data already downloaded.
  • Page 313 F.A.Q. Some further questions and doubts may be raised during the Area Monitor 8.2 F.A.Q operation. Where to place an area monitor? The placement of an area monitor is a compromise between a non-easy access site, to avoid possible vandalism, and a place that requires continuous monitoring.
  • Page 314 What is the minimum distance I should keep from a wall or any other object? Much depends on the type of material it is made, its density, how the environmental factors affect it. If we take the example of an area monitor mounted on a wall bracket, we must also consider how the latter will act on the signal that it is going to measure.
  • Page 315 How can verify GSM signal quality in the place where the monitor is? CSQ command (Check Signal Quality) allows verifying the GSM signal quality in the place where the area monitor is (for AMB-8059/02 and AMB- 8059/03 only). In addition to the possibility to send this command, with the syntax #BM?CSQ*, in the log file, every time the area monitor switch the modem ON, before than its switching OFF, a verification of the GSM covering, is done.
  • Page 316 How calculate the size of the data downloaded and the space occupied in the FTP server? The quantity of the data downloaded per day from the station depends mainly on the model of the probe used (the dimension of the Quad-band probe records is approximately double than Mono and Tri-band probes), on the storing rate and, marginally, on the number of downloads.
  • Page 317 Moreover, we are continuously improving our quality, but we know this is a never ending process. We would be glad if our present efforts are pleasing you. Should one of your pieces of NARDA equipment need servicing you can help us serve you more effectively filling out this card and enclosing it with the product.
  • Page 318 Suggerimenti / Commenti / Note: Suggestions / Comments / Note:...

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