Length & Distance

Senix ToughSonic® 50 ultrasonic sensor TSPC-25P-485 measures level and distance through the air using ultrasonic sound waves up to a distance of 15.2 metres or 50 feet. Standard housing and RS-485 output. With PVC Housing.

Senix ToughSonic® 50 ultrasonic sensor TSPC-21SRM-485 measures level and distance through the air using ultrasonic sound waves up to a distance of 15.2 metres or 50 feet. Standard housing and RS-485 output. Rear 1.5 in NPT thread mount.

The ToughSonic CHEM 14 ultrasonic sensor LVL-140-485 is designed for measurement applications involving corrosive chemical liquids or gasses, but it is an excellent choice for benign materials as well. Maximum range of 14 feet (4.3 meters) 

The ToughSonic CHEM 20 iultrasonic sensor LVL-300-485 is designed for measurement applications involving corrosive chemical liquids or gasses, but it is an excellent choice for benign materials as well. Maximum range of 20 feet (6.1 meters), .

The ToughSonic CHEM 35 is an ultrasonic sensor LVL-500-485 designed for measurement applications involving corrosive chemical liquids or gasses, but it is an excellent choice for benign materials as well. Maximum range of 35 feet (10.7 meters).

Senix ToughSonic® Remote 14 ultrasonic sensor U14-REMOTE-485 measures level and distance through the air using ultrasonic sound waves up to a distance of 4.3 metres or 14 feet.

Senix ToughSonic® Remote 30 ultrasonic sensor (Model U30-REMOTE-485) measures level and distance through the air using ultrasonic sound waves up to a distance of 30 feet (9.1 meters).

Senix ToughSonic® Remote 50 ultrasonic sensor (Model U50-REMOTE-485) measures level and distance through the air using ultrasonic sound waves up to a distance of 50 feet (15.2 meters).

EM500-UDL ultrasonic level sensor is a long range wireless sensor compatible with standard LoRaWAN protocol. Combining with the advanced LoRa technology and 19000mAh battery make it a low power consumption product with years-long use life. It can measure the distance to a wide range of objects by using ultrasonic sound waves and provides highly accurate continuous level measurement of most liquid material.