US SENIX Ultrasonic Level Sensor - ToughSonic REMOTE 14

1. US SENIX Ultrasonic Level SensorToughSonic REMOTE 14Description:

The ToughSonic REMOTE 14 is a remote water level sensor with a detection range of 14 feet (4.3 meters). This digital sensor is designed for accuracy and long-term durability in remote monitoring applications for ultrasonic level sensors with stainless steel. With a stainless steel housing, full epoxy encapsulation, and IP68 rating, it can withstand harsh environmental conditions. It uses 21% less energy in solar and battery-powered applications. It also includes Senix Lightening Guard, which protects up to 7kV transients on power and communication circuits. The ToughSonic REMOTE 14 can be fully configured using SenixVIEW software. This ToughSonic REMOTE series sensor is specified by some irrigation, flood management, and remote monitoring organizations worldwide.

2. US SENIX Ultrasonic Level SensorToughSonic REMOTE 14Features:

316 stainless steel housing.

Sealed epoxy encapsulation for immersion protection.

Rugged piezoelectric ultrasonic transducer.

75% better surge protection than IEC 61000-4-5

Internal electronics hardened.

UV-resistant, potted cable.

3. US SENIX Ultrasonic Level SensorToughSonic REMOTE 14Applications:

SenixVIEW configuration and analysis software controls over 60 performance parameters, as well as dozens of viewing, analysis, and maintenance options.

Addressable Modbus RTU

ASCII or phased high-speed, multi-sensor data acquisition for special applications.

4. US SENIX Ultrasonic Level SensorToughSonic REMOTE 14Parameters:

Maximum Range	14 feet (4.3 meters)
Optimal Range	4 inches - 10 feet (102 mm - 3 meters)
Temperature	-40° to 158°F (-40° to 70°C)
Humidity	0 to 100% operation
Protection	NEMA-4X，NEMA-6P，IP68
Sensors	Rugged piezoelectric
Compensation	Temperature compensation
Resolution	Digital: 0.0034 inches (0.086 mm)
Repeatability	Nominal 0.2% of range at constant temperature, affected by target, distance, and environment
Update Rate	20 Hz (50 ms), adjustable via SenixVIEW; also affected by SenixVIEW filter selection