• Sphensor
  • Sphensor

Sphensor

Sphensor™ LoRa – Multi-parameter sensors for indoor monitoring

Sphensor is a family of multi-parameter radio sensors designed for continuous monitoring of indoor environments.

The devices use LoRaWAN technology on the EU868 frequency and enable real-time monitoring of key Indoor Environmental Quality (IEQ) parameters.

With Sphensor™, it is possible to simultaneously measure thermo-hygrometric parameters such as temperature and relative humidity, environmental parameters such as illuminance (including multi-directional) and UV-A radiation, as well as key air quality indicators such as VOCs, CO₂, and particulate matter (PM1, PM2.5, PM4, PM10).

MW9001-14

Description

Sphensor is… Maximum accuracy and innovative design

Le elevate prestazioni in termini di accuratezza della misura, unite a un design elegante e discreto, rendono Sphensor™ la soluzione ideale per ambienti come edifici pubblici, uffici, strutture sanitarie, scuole e università, centri commerciali, laboratori e ambienti a controllo qualità, oltre che musei e siti di conservazione.

I sensori Sphensor™ comunicano tramite rete radio LoRaWAN con un gateway dedicato, che riceve i dati e li trasmette verso la piattaforma cloud LSI LASTEM INDOOR CUBE o verso server di terze parti. Questo consente il monitoraggio remoto, la gestione dei dati e l’integrazione con sistemi esterni.

Sphensor

Highlights

  • Accuratezza ai più alti standard di mercato, coniugata ad un design high tech;
  • Various measures integrated within a single device with compact dimensions;
  • Dati misurati visualizzati direttamente su software cloud;
    Architettura aperta per una facile integrazione con sistemi di Terzi, garantita da una totale compatibilità nella trasmissione dati attraverso formati e protocolli standard di mercato (MQTT, JSON);
  • Installation flexibility guaranteed by radio transmission;
  • Extension of the radio range through the use of signal repeaters;
  • Elevata autonomia di funzionamento delle batterie. Alimentazione supplementare tramite presa standard USB-C e batteria integrata di back up;
  • High reliability in a solution that provides two levels of data recording: Shpensor Gateway and server with “store and forward” function;
  • Possibilità di connessione via rete Ethernet LAN e tramite LTE (su modelli gateway dedicati) o Wi-Fi con configurazione autonoma del sistema;
  • Maximum application efficiency: the Sphensor Gateway can communicate directly with third party BMS systems for the regulation of buildings’ environmental conditions such as heating, controlled mechanical ventilation, lighting, fire-safety and intrusion detection;
  • A scalable solution by installing additional sensors and border routers;
  • Function programming via PC software;
  • Availability of additional inputs for connection to external sensors;
  • Automatic calculation of derived quantities;
  • Diagnostica locale tramite corona LED multicolore;
  • Model codes: PRMPL0401, PRMPL0402, PRMPL0403, PRMPL0404, PRMPL0407, PRMPL0422, PRMPL0423, TXRGC3101, TXRGC3201.

FAQ: Frequently Asked Questions

What is Sphensor and which parameters can it measure?

LSI LASTEM Sphensor is a family of wireless multi-parameter sensors designed for continuous Indoor Environmental Quality (IEQ) monitoring. Depending on the model, it can measure air temperature, relative humidity, illuminance, UV-A radiation, CO₂, VOCs, formaldehyde, particulate matter (PM1, PM2.5, PM4 and PM10) and presence. Combining multiple measurements in one compact device provides a comprehensive picture of indoor environmental conditions.

Where can Sphensor be used for indoor monitoring?

Sphensor is suitable for monitoring indoor environmental and air quality in offices, schools and universities, healthcare facilities, public buildings, shopping centres, laboratories, museums and conservation environments. Distributed measurement of environmental and air-quality parameters helps assess the actual conditions experienced across different areas of a building.

How are Sphensor measurement data transmitted and managed?

Sphensor sensors communicate via LoRaWAN with a dedicated gateway, which transfers data to the LSI LASTEM INDOOR CUBE cloud platform or to third-party servers. Its open architecture supports MQTT/JSON integration, making environmental data easier to incorporate into wider monitoring systems.

Can Sphensor be integrated into BMS and indoor monitoring networks?

Yes. Sphensor is designed to create scalable monitoring networks that can be expanded by adding sensors, gateways and, where required, repeaters. The gateway can also communicate with third-party Building Management Systems (BMS), allowing environmental data to be integrated with HVAC, lighting and other building systems.

Additional information

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Applications

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Product PRMPL0401-PRMPL0402-PRMPL0403-PRMPL0404-PRMPL0407-PRMPL0422-PRMPL0423-TXRGC3101-TXRGC3201 Categories , ,

Sphensor is… Maximum accuracy and innovative design

Le elevate prestazioni in termini di accuratezza della misura, unite a un design elegante e discreto, rendono Sphensor™ la soluzione ideale per ambienti come edifici pubblici, uffici, strutture sanitarie, scuole e università, centri commerciali, laboratori e ambienti a controllo qualità, oltre che musei e siti di conservazione.

I sensori Sphensor™ comunicano tramite rete radio LoRaWAN con un gateway dedicato, che riceve i dati e li trasmette verso la piattaforma cloud LSI LASTEM INDOOR CUBE o verso server di terze parti. Questo consente il monitoraggio remoto, la gestione dei dati e l’integrazione con sistemi esterni.

Sphensor

Highlights

  • Accuratezza ai più alti standard di mercato, coniugata ad un design high tech;
  • Various measures integrated within a single device with compact dimensions;
  • Dati misurati visualizzati direttamente su software cloud;
    Architettura aperta per una facile integrazione con sistemi di Terzi, garantita da una totale compatibilità nella trasmissione dati attraverso formati e protocolli standard di mercato (MQTT, JSON);
  • Installation flexibility guaranteed by radio transmission;
  • Extension of the radio range through the use of signal repeaters;
  • Elevata autonomia di funzionamento delle batterie. Alimentazione supplementare tramite presa standard USB-C e batteria integrata di back up;
  • High reliability in a solution that provides two levels of data recording: Shpensor Gateway and server with “store and forward” function;
  • Possibilità di connessione via rete Ethernet LAN e tramite LTE (su modelli gateway dedicati) o Wi-Fi con configurazione autonoma del sistema;
  • Maximum application efficiency: the Sphensor Gateway can communicate directly with third party BMS systems for the regulation of buildings’ environmental conditions such as heating, controlled mechanical ventilation, lighting, fire-safety and intrusion detection;
  • A scalable solution by installing additional sensors and border routers;
  • Function programming via PC software;
  • Availability of additional inputs for connection to external sensors;
  • Automatic calculation of derived quantities;
  • Diagnostica locale tramite corona LED multicolore;
  • Model codes: PRMPL0401, PRMPL0402, PRMPL0403, PRMPL0404, PRMPL0407, PRMPL0422, PRMPL0423, TXRGC3101, TXRGC3201.

FAQ: Frequently Asked Questions

What is Sphensor and which parameters can it measure?

LSI LASTEM Sphensor is a family of wireless multi-parameter sensors designed for continuous Indoor Environmental Quality (IEQ) monitoring. Depending on the model, it can measure air temperature, relative humidity, illuminance, UV-A radiation, CO₂, VOCs, formaldehyde, particulate matter (PM1, PM2.5, PM4 and PM10) and presence. Combining multiple measurements in one compact device provides a comprehensive picture of indoor environmental conditions.

Where can Sphensor be used for indoor monitoring?

Sphensor is suitable for monitoring indoor environmental and air quality in offices, schools and universities, healthcare facilities, public buildings, shopping centres, laboratories, museums and conservation environments. Distributed measurement of environmental and air-quality parameters helps assess the actual conditions experienced across different areas of a building.

How are Sphensor measurement data transmitted and managed?

Sphensor sensors communicate via LoRaWAN with a dedicated gateway, which transfers data to the LSI LASTEM INDOOR CUBE cloud platform or to third-party servers. Its open architecture supports MQTT/JSON integration, making environmental data easier to incorporate into wider monitoring systems.

Can Sphensor be integrated into BMS and indoor monitoring networks?

Yes. Sphensor is designed to create scalable monitoring networks that can be expanded by adding sensors, gateways and, where required, repeaters. The gateway can also communicate with third-party Building Management Systems (BMS), allowing environmental data to be integrated with HVAC, lighting and other building systems.

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