Soji Ligoair Fuel Capacitive Sensor (Supported Product)
The Soji Ligoair Fuel Capacitive Sensor is a wireless Bluetooth Low Energy (BLE) fuel level sensor used for measuring fuel level in tanks.
The sensor can be configured and calibrated using the LIGO BLE Configurator mobile application.
Features
Wireless BLE Communication
Internal Battery
Fuel Level Measurement
Mobile App Configuration
Empty / Full Calibration
Platform Calibration
Signal Strength Monitoring
Long-Range Support
Environmental Protection
Supported Models & Communication Methods
Model | Length | Communication Method | Notes |
|---|---|---|---|
LIGO Air_L10S |
1000 mm |
Bluetooth Low Energy (BLE) |
|
LIGO Air_L10T | |||
LIGO Air PRO_L10S | PRO model |
Technical Specifications
Parameter | LIGO Air_L10S | LIGO Air_L10T | LIGO Air PRO_L10S |
|---|---|---|---|
Standard Length | 1000 ± 3 mm | ||
Measuring Error | ±0.5% | ||
Bluetooth | Bluetooth 5.4, 2.4 GHz | ||
Sensitivity | -95 dBm | ||
TX Power Max | 6 dBm | 19.5 dBm | |
Battery | 3.6V / 3600mAh | ||
Current Consumption | 9 µA | 27 µA | |
Measurement Interval | 5–10 sec | ||
Advertising Interval | 10–15 sec | ||
IP Rating | IP69K | ||
Operating Temperature | -40°C to +85°C | ||
Resolution | 12 bit | ||
Accelerometer | Built-in | ||
Memory | Built-in 32Mb EEPROM | ||
Average Sampling Period | 5–60 sec | ||
Temperature Accuracy | ±2°C | ||
Expected Service Life | 10 years | ||
Storage Conditions | 15°C to 30°C, RH < 60% | ||
Physical Installation & Device Configuration
The installation and configuration process can be found in the attached manufacturer document, “LIGO-AIR Series User Guide”, starting from page 6.
Power Center Configuration
Manufacturer Data