Once installed, the intelligent wireless pressure sensors from SENSA.iO are designed to accurately gauge and monitor gas and liquid pressure within a specific pipeline on a large-scale production site. This helps to remotely improve the safety and performance of hazardous industrial environments through live and intelligent technology.
These wireless pressure transmitters feature wetted material with high corrosion resistance, making them ideal for hazardous locations, including zone 1 areas where flammable gas or vapor may be present.
ATEX-certified, they are suitable for various industrial applications, including petrochemical, paint, and steel plants.
SENSA.iO wireless pressure sensors use LoRaWAN for remote communication. LoRaWAN has excellent sensitivity reception, good anti-radio interference capability, a communication distance of 10km, and even further when in optimum communication conditions.
The modular design and structure of SENSA.iO wireless pressure sensors make replacing batteries easy, as they don’t need to be removed from the pipeline. They can also be installed anywhere in the factory without cable wiring work, making them perfect for quick and easy on-site maintenance. SENSA.iO wireless pressure sensors can also be intuitively configured and remotely monitored using an Android or iOS smartphone or device with Bluetooth 5.0.
Principe de Mesure |
Technologie Piézorésistive | |
Plages de Mesure |
-1-1 up to 1000 bar / -14.5 .14.5 up to 14,500 Psi | |
Précision |
Up to 400 bar / 5,800 Psi (0.15% FS) | |
| Up to 600 bar / 8,700 Psi (0.25% FS) | ||
| Up to 1000 bar / 14,500 Psi (0.35% FS) | ||
Type de Température |
Absolute or Relative | |
Stabilité à long terme |
Max 0.2% FS / Year | |
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| Compatible | Android 7.0 or IOS 12 ou plus récent | |
| Sur | Des appareils Android ou Apple qui supportent le Bluetooth intelligent | |
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| Class | A – bidirectionnelle à faible consommation | |
| Portée | Jusqu'à 10km | |
| Vitesse de transmission | De 0.3 kbps à 50 kbps | |
| Débit de donnée adaptable (ADR) | Disponible | |
| Immunité aux interférences | Très forte | |
| Mode | OTAA with External Join Server | |
| Rythme d'actualisation | 100 fois/par jour (default) | |
| Plans de fréquence | EU863-870 US902-928 AU915-928 AS9123-1 AS923-2 AS923-3 KR920-923 IN865-867 RU864-870 AS923-4 |
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| RF Power | Max. 14dBM ERP | |
| Security: Dedicated trusted secure element | AES 128 bit encryption | |
| Antenna: Omni-directional multiband | ||
Format |
Batterie de poche remplaçable sur site |
Type |
Primary Li-MnO2 |
Capacité nominale @ 20°C |
12.4 Ah |
Voltage nominal @ 20°C |
3.0 V |
Température de stockage |
+25 °C recommandé |
Température ambiante |
-40 … + 59°C | |
Température de stockage (recommandé) |
+ 25°C | |
Note de protection |
IP65 & IP67 NEMA 4x | |
Vibration |
20 g, 5…2000 Hz, X/Y/Z | |
Endurance @ 25 °C |
>10 millions FS cycles | |
Choc |
50g/11ms – 100g/6ms | |
ASME 1/2” NPTM
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ASME 1/2” NPTF
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ISO 228 G1/2” EN
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DIN EN/IEC 61518 Dual Port
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DIN EN/IEC 19213/61518 Flange
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DIN EN/IEC 19213 Dual Port
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Personnalisable sur demande |
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Dimensions générales |
Longueur | 127 mm | |
Kit d'outils |
Clé plate | 59 mm | |
| Allen key | 2.5mm | ||
| Serrage maximum | 50Nm |
Parties immergées |
Stainless Steel 316L or Inconel 625 | |
Options de protection |
Aluminium léger peint à la poudre 1.0 Kg | |
| Stainless Steel 316L 1.5 Kg | ||
Antenne |
Reinforced anti-static polymer (Protégé ESD et Stabilisé au UV) |
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Conformité |
RoHS directive 2011/65/EU – RED directive 2014/53/EU |
| ETSI CEI 61010-1 – PED directive 2014/68/EU | |
Sécurité |
ATEX II 1 GD, ATEX I M1, Ex ia I Ma, UKCA |
| IECEX Ex ia IIC T4 Ga, Ex ia IIIB T135 °C Da | |
| Class I/II/III Groups ABCDEFG T4 Tamb= 59°C / 139°F | |
