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TEXENSE – MIB FOTOCAMERA TERMICA VELOCE PER MISURA TEMPERATURA PNEUMATICO

Mod. MIB – Fotocamera termica

Micro-Bolometro veloce senza otturatore per la misurazione della temperatura

Il nuovo micro-bolometro Texense è lo strumento di misurazione della temperatura esterna del pneumatico più leggero e veloce disponibile sul mercato, con una precisione molto alta. Sono disponibili diverse opzioni per l’obiettivo, in grado di fornire  FOV (Field of View) di 66, 83 o 113 gradi. Trasmissione dei dati via CAN bus.

Caratteristiche principali:
• Alta accuratezza 1% FS (da temperatura ambiente fino a 200 °C)
• Alta frequenza di campionamento (fino a 100 Hz)
• 3x FOV disponibili (66, 83 e 113 gradi)
• Disponibile due modelli di case per differenti installazioni
• Uscita CAN configurabile dall’utente

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

luglio 3, 2019 / by / in
PPM TEST – Test EMC con il sistema a fibra ottica “Point2point RF Over Fiber” per le certificazioni di volo dell’aereomobile

Avoiding instrumentation interference and signal losses at high frequencies

As part of an aircraft’s certification for flight, aircraft must demonstrate safe operation within a range of environmental conditions. This includes Electromagnetic Environmental Effects (E3) which, for civil aircraft, include High Intensity Radiated Fields (HIRF) and Lightning. Both HIRF and lightning testing involves either (i) high level whole aircraft testing or (ii) a hybrid test method of low level aircraft testing with high level equipment testing.

For either test method, fibre optic links (FOLs) are essential to prevent compromising the measurements. For example, during low level swept current and field measurements, FOLs are employed to provide signal gain and isolation from the generated EM environment, typically from 10kHz to 1GHz.

Prevent instrumentation influencing the aircraft’s transfer impedance

Instrumentation should not influence the aircraft’s transfer impedance whilst it is exposed to RF fields or simulated lightning – for example, currents that degrade the airframe shielding. Interconnecting cables that pass from the external environment to the internal aircraft environment will impact measurements, for example RF current can flow on the cable shields. It is important therefore that signal cables are not used to connect the external instrumentation to the field/current/voltage probes installed within the aircraft, whilst performing frequency or time domain measurements. This is particularly significant over the 10kHz to 1GHz frequency range, where cable coupling dominates the leakage mechanism into the aircraft under test.

Avoiding signal loss at high frequencies

The external instrumentation must be outside the measurement area which with large aircraft may lead to a separation distance of tens’s of metres. Signal loss then becomes a factor at higher frequencies. Such signal loss is also avoided by the use of a FOLs. A typical aircraft low level swept current measurement would require signal cables of 40 to 50 metres, introducing significant losses. FOLs are typically used with 100 or 200m link lengths, permitting signals to be coupled from the transducers installed on the aircraft to the measurement equipment for even large transporter/passenger aircraft, requiring fibre lengths of over 100m.

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

luglio 2, 2019 / by / in
NOVATEL – Nuova antenna SMART2™ per soluzioni di posizionamento scalabili in “Agricultural Applications”

New SMART2™ Antenna from NovAtel® Delivers Scalable Positioning Solutions for Agricultural Applications

Entry-Level SMART Antenna Provides Robust Position Accuracy and Reliability

(Calgary, Canada, June 25, 2019) NovAtel® unveiled the new SMART2 family of antennas today, adding robust entry-level options to their SMART Antenna portfolio that meets the needs of users requiring scalable accuracy in a single compact enclosure. With dual-frequency, multi-constellation signal tracking, the SMART2 delivers optimized position reliability and accuracy for the precision agriculture market.

Access to TerraStar Correction Services is also offered with the SMART2, providing users with improved accuracy and pass-to-pass performance. By building upon NovAtel’s industry-proven performance and features found in previous SMART antenna offerings, the SMART2 delivers flexible positioning solutions that grow with users’ needs.

“The SMART2 offers precision agriculture customers scalable accuracy to support applications from spraying through to planting in a single compact and affordable platform that is compatible with our previous generation SMART6 and Ag-Star antennas,” said Gordon Ryley, Agriculture Portfolio Manager at NovAtel.

The SMART2 also offers an optional terrain compensation feature that helps users working on uneven ground or slopes increase their efficiency by correcting deviations caused by a vehicle’s roll and pitch. The addition of optional Bluetooth connectivity simplifies the development of guidance and mapping applications by streamlining integration with tablets and other mobile devices.

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

giugno 28, 2019 / by / in
WEISANG – Rilasciata la nuova versione del software FLEXPRO 2019

Siamo lieti di annunciare il rilascio di FlexPro 2019!

Con FlexPro 2019 le attività saranno notevolmente semplificate.

FlexPro filtra e analizza i dati durante l’importazione e trasferisce automaticamente i singoli risultati di una misurazione in serie al report finale.

Caratteristiche principali della nuova versione:

• Importazione dei dati con selezione e analisi automatica dei canali
• Importazione ed esportazione di file di Microsoft Excel
• Raccolta di documenti per l’incorporazione di singoli report in un report finale
• Rapporti con sommari e illustrazioni
• Sezioni documenti con formati e intestazioni individuali
• Esportazione PDF
• Calcoli cross-channel per l’indicizzazione dei dati
• Anteprima dati con opzione cursore e zoom
• Nuove analisi per sviluppo, correzione della tendenza, approssimazione e volume
• Display e lingua Help selezionabili

 

Per maggiori informazioni contattaci: info.sarzana@lunitek.it

giugno 26, 2019 / by / in
TEXENSE – YAW PITOT V3 Nuovo sensore

Mod. YAW PITOT V3 – Nuovo Sensore Pitot

Novità per il 2019, il sensore Texense YAW Pitot V3. Un sensore di Pitot ad altissima precisione che fornisce  pressione assoluta statica, temperatura dell’aria e misure dell’angolo YAW, progettato  in un unico alloggiamento compatto, leggero ed estremamente robusto con connettore Deutsch. Può essere connesso direttamente a qualsiasi sistema CAN generico. Sono disponibili su richiesta altezze/angoli del tubo variabili , per adattarsi alle varie installazione in auto. Il sensore YAW Pitot V3 sta guadagnando popolarità in serie come GT, LMP e Formula 1.

Caratteristiche principali:

  • Alta accuratezza ±1% FS
  • Temperatura aria +5 ÷ +85 °C
  • Pressione statica 600 ÷ 1200 mbar
  • Angolo YAW -40° ÷ +40°
  • Altezze/angoli del tubo variabili
  • Output CAN configurabile

Come per tutti i sensori Texense, la compensazione della temperatura e la precisione sono di altissimo livello, rendendoli la scelta numero uno per la misurazione del carico aerodinamico.

Il nuovo sensore YAW Pitot V3, sostituisce i modelli V1 e V2 YAW Pitot per cui è stato annunciato l’ EOL.

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

maggio 24, 2019 / by / in
XSENS – La serie MTi 600 è una nuova generazione di sensori inerziali 3D con tecnologia MEMS e interfaccia CAN

Xsens announces the all new MTi 600-series

The MTi 600-series is a generation of 3D MEMS inertial motion sensors which set a new standard in the market for their small size, industrial-grade performance and competitive pricing.

The new MTi 600-series features:

  • Full product range: IMU – VRU – AHRS – GNSS/INS
  • Small form factor, with flexible mounting options
  • Rich interface platform, including CAN bus support
  • External GNSS receiver support & NMEA compatibility
  • Industrial grade accuracy, with all sensors 100% calibrated and tested
  • Extended Kalman filtering (XKF3 Core)
  • Global 24/7 technical support
  • Fully supported by Xsens’ free MT Software Suite
  • ITAR-free

The new MTi 600-series addresses all small and large robotics and unmanned system innovators, in any domain: subsea, sea surface, land and air.

See what the MTi 600-Series can do:

 

For more info contact: info.sarzana@lunitek.it

maggio 10, 2019 / by / in
NOVATEL – Avviso fine del servizio TerraStar-C per prodotti OEM7 NOVATEL

End of TerraStar-C Service for OEM7 Products

NovAtel recently introduced the TerraStar-C Pro service for our latest generation OEM7 and Smart7 family of products. This service delivers 50% faster convergence time and offers other benefits in combination with the new hardware including improved accuracy and multiple L-band tracking for higher availability of service.

Please visit https://www.novatel.com/about-us/news-releases/news-releases-2018/terrastar-cpro/ for more details on the new TerraStar-C Pro service.

To ensure optimal positioning performance on the new OEM7 and Smart7 products, NovAtel will no longer offer the legacy TerraStar-C service on OEM7 products.

Starting July 1, 2019customers with OEM7 products will no longer be able to purchase TerraStar-C subscriptions.

OEM7 receivers with active TerraStar-C subscriptions will continue to operate in TerraStar-C mode and customers can wait to purchase TerraStar-C Pro until time of renewal. Customers
with active TerraStar-C subscriptions on OEM7 products can also contact NovAtel Support at any time for a free upgrade to TerraStar-C Pro.

The table below lists the most common legacy TerraStar-C parts and the replacement TerraStar-C Pro part. Note that 1-month and 6-month parts will not be offered for TerraStar-C Pro.

TerraStar-C Part Number
(offered until June 30, 2019)
TerraStar-C Pro Part Number
(must be purchased as of July 1, 2019)
TSC-RG-AG-3MO TSCP-RG-AG-3MO
TSC-RG-AG-1YR TSCP-RG-AG-1YR
TSC-RG-LA-1YR TSCP-RG-LA-1YR
TSC-GL-LA-3MO TSCP-GL-LA-3MO
TSC-GL-LA-1YR TSCP-GL-LA-1YR
TSC-RG-UAV-3MO TSCP-RG-UAV-3MO
TSC-RG-UAV-1YR TSCP-RG-UAV-1YR
TSC-RG-AR-3MO TSCP-RG-AR-3MO
TSC-RG-AR-1YR TSCP-RG-AR-1YR
TSC-GL-AR-3MO TSCP-GL-AR-3MO
TSC-GL-AR-1YR TSCP-GL-AR-1YR

 

There is one exception to the above TerraStar-C end of service for government part numbers. All TSC-GL-GV part numbers will still be orderable on OEM7 products.

Note that TerraStar-C services will continue to be fully supported and offered for sale on all TerraStar capable OEM6 products.

For questions regarding the TerraStar-C end of service on OEM7, or if you have a TerraStar-C part not on the above list, please contact your NovAtel Sales Representative.

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

maggio 6, 2019 / by / in
NOVATEL – Rilascio nuovo firmware versione 7.07.00 con modifiche ai comandi per tecnologia SPAN NOVATEL

SPAN Changes Scheduled for 7.07.00 Release

Background:
NovAtel’s SPAN (Synchronized Position Attitude Navigation) technology is widely known and used in applications requiring greater functionality and reliability, those that benefit from the seamless integration of GNSS and inertial data. With continuous development, especially coupling with the next generation OEM7 receiver; a list of improvements has been identified to better serve customers’ needs and simplify the interface communications. These changes will be rolling out in the upcoming future releases. Please plan accordingly.

Issue Summary:

DMI Interface Enhancement:
The DMI interface is simplified, allowing for simpler functional support and expansion in future releases for the use of multiple DMI’s. It also provides customers with the capability of starting the interface prior to the functionality being operational. Future multiple DMI support allows customers with more than one DMI sensor to benefit from the additional information. Velocity type input streamlines the passing of information to a NovAtel product for customers who have DMIs that produce velocity. Furthermore, this simplifies setting up a DMI sensor by removing the necessity to pass ticks/revolution and wheel circumference during a setup.

The result of these changes is that several logs/commands will be removed without deprecation. A maintenance version of Inertial Explorer will be released in tandem with 7.07.xx to support the changes proposed. Note that the WHEELSIZE log is no longer available, so customers will not be able to get the current estimated wheel circumference.

Current Type Proposed Type
WHEELVELOCITY* Command RAWDMI Log/Command
TIMEDWHEELDATA Log RAWDMI Log/Command
WHEELSIZE Log Removed
INSWHEELUPDATE Command Removed
SETWHEELPARAMETERS Command DMICONFIG Command
ENCLOSUREWHEELSENSOR Command DMICONFIG Command

* The WHEELVELOCITY command will still be accepted in a limited capacity. WHEELVELOCITY’s cumulative tick field will be mapped to a RAWDMI command for backwards compatibility.

 

Removal of OEM6 SPAN Command Support:
Several OEM6 SPAN logs and commands that have been deprecated since OEM7 launched and will no longer be supported. The replacement logs and commands in OEM7 have been documented in the OEM6 to OEM7 transition page in our documentation portal. A full list of logs and commands no longer supported is below (DMI changes included):

OEM6 OEM7 Replacement Type Reason
BESTLEVERARM INSCONFIG Log OEM7 transition
INSUPDATE INSUPDATESTATUS Log OEM7 transition
BESTLEVERARM2 INSCONFIG Log OEM7 transition
IMUTOANTOFFSETS INSCONFIG Log OEM7 transition
ASYNCHINSLOGGING None Command No longer necessary
DUALANTENNAPORTCONFIG INSALIGNCONFIG Command OEM7 transition
HEAVEFILTER None Command Heave filter enabled with
MARINE Profile set and a P
or R model.
SETIMUTOANTOFFSET SETINSTRANSLATION Command OEM7 transition
SETIMUTOANTOFFSET2 SETINSTRANSLATION Command OEM7 transition
SETIMUORIENTATION SETINSROTATION Command OEM7 transition
RVBCALIBRATE INSCALIBRATE Command OEM7 transition
VEHICLEBODYROTATION SETINSROTATION Command OEM7 transition
SETINSOFFSET SETINSTRANSLATION Command OEM7 transition
SETINITATTITUDE SETINITAZIMUTH Command OEM7 transition
APPLYVEHICLEBODYROTATION SETINSROTATION Command OEM7 transition
EXTHDGOFFSET SETINSROTATION Command OEM7 transition
SETGIMBALORIENTATION SETINSROTATION Command OEM7 transition
GIMBALSPANROTATION SETINSROTATION Command OEM7 transition
SETIMUTOGIMBALOFFSET SETINSTRANSLATION Command OEM7 transition
SETINSROTATION_LEGACY SETINSROTATION Command OEM7 transition
SETMARKxOFFSET SETINSTRANSLATION
& SETINSROTATION
Command OEM7 transition
INSZUPTCONTROL SETINSUPDATE Command OEM7 transition
INSWHEELUPDATE SETINSUPDATE Command OEM7 transition
WHEELSIZE None Log DMI Interface restructure
TIMEDWHEELDATA RAWDMI Log DMI Interface restructure
SETWHEELPARAMETERS DMICONFIG Command DMI Interface restructure
ENCLOSUREWHEELSENSOR DMICONFIG Command DMI Interface restructure

 

Additional CORRIMUS log / Deprecation of CORRIMUDATA(S):

The current CORRIMUDATA(S) logs will be replaced with the new CORRIMUS log. The CORRIMUS log is essentially the same log as the CORRIMUDATA(S) with an additional field added to output an IMUDataCount which counts the number of samples used in each log output. An example of the new log CORRIMUS is shown below. The CORRIMUDATA(S) log will remain working for those that choose to use it but will be removed from the official documentation.

Example log:

%CORRIMUSA,2023,340847.070;1,0.0000014373087865,-0.0000004823212266,
0.0000008045411198,-0.0000031392200288,-0.0000307448135051,
-0.0000751246680874,0,0*14d4586c

 

Field Field Type Description Format Binary Bytes Binary Offset
1 CORRIMUS Header Log header. See Messages for more information. H 0
2 IMUDataCount Count of the number of IMU Samples used in each log output accumulation. ULong 4 H+
3 PitchRate About x-axis rotation (right-handed)(rad/sample) Double 8 H+4
4 RollRate About y-axis rotation (right-handed)(rad/sample) Double 8 H+12
5 YawRate About z-axis rotation (right-handed)(rad/sample) Double 8 H+20
6 LateralAcc INS Lateral Acceleration (along x-axis)(m/s/sample) Double 8 H+28
7 LongitudinalAcc INS Longitudinal Acceleration (along yaxis) (m/s/sample) Double 8 H+36
8 VerticalAcc INS Vertical Acceleration (along z-axis)(m/s/sample) Double 8 H+44
9 Reserved 1 Float 4 H+52
10 Reserved 2 ULong 4 H+56
11 xxxx 32-bit CRC Hex 4 H+60
12 [CR][LF] Sentence Terminator (ASCII only)

The above changes are planned to be released in the next general release of 7.07.00 firmware scheduled for June 2019.

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

maggio 6, 2019 / by / in
NOVATEL – Rilascio nuovo firmware 7.06.01 per i modelli della serie SMART7 NOVATEL

NovAtel ® is pleased to announce the 7.06.01 firmware release for our SMART7 series of SMART antennas for improved precision and performance. Built upon our trusted OEM7® technology, the SMART7 family provides exceptional positioning availability using signals from all constellations and frequencies to deliver reliable autonomy and positioning.

The following key benefits are now available in the 7.06.01 release:

• TerraStar positioning now incorporates compensation of region-specific tectonic movements to ensure the positioning stays relevant, consistent and repeatable year-over-year

• Improved accuracy on select SMART7 variants using new Terrain Compensation functionality that corrects for roll and pitch of a vehicle when operating on uneven ground or slopes

A full listing of all changes is available in the “What’s New” document that is included with the firmware download.

 

Per maggiori informazioni contattaci: https://www.lunitek.it/contatta-sensoristica-e-acquisizione-dati/

maggio 2, 2019 / by / in
XSENS – Nuovo firmware versione 1.10

Firmware Notification

Please be informed, the firmware of the MTi-series portfolio has been updated and further improved. This stable firmware (version 1.10) has been released together with the new MT Software Suite 2019 launch, providing the users with some interesting additional features.

 

Read more on MT Software Suite 2019 here on the Xsens support platform BASE.

 

Highlights for the New MTi Firmware are:

MTi 1-series (Firmware version 1.4.0):

  • Enabled skip factor on 800Hz High Rate outputs
  • Several fixes on UTC and PVT timing

MTi 10-series and MTi 100-series (Firmware version 1.10.0):

  • Added orientation smoother for MTi-G-710
  • Added $GPRMC output
  • Enabled High Rate output for MTi 10-series

Potrai effettuare il download del nuovo firmware al seguente link.

Per maggiori informazioni contattaci: info.sarzana@lunitek.it

 

aprile 19, 2019 / by / in