Ultrasonic fuel level sensor liquid level sensor tank level sensor

Description of ultrasonic fuel level sensor liquid level sensor tank level sensor  

Ultrasonic level sensor is special designed for small spaces. It is small volume, light weight and provides perfect measuring function(such as transmitting ,receiving ,auto temperature compensation, digital  filter…). Supporting RS485 serial menu adjustment, it bring convenient of displaying. According to onsite condition, it can divide into small blind high prices sensor and standard sensor. 

Specification of ultrasonic fuel level sensor liquid level sensor tank level sensor

Dimension of ultrasonic fuel level sensor liquid level sensor tank level sensor 

Dimension: Φ 55 mm * 119 mm * G1 1/2 (2 m span)
74 mm * 135 mm * Φ M60 (5 m to 15 m span)
Φ 109 mm * 200 mm * ((20 m to 30 m span)
Installation method: G1 1/2 or Φ 47 mm round hole (2 m span)
M60X2 or Φ 61 mm round hole (5 m to 15 m span)
M30x1.5 or DN80 non-standard flange (20m-30m measuring range)

Applications of ultrasonic fuel level sensor liquid level sensor tank level sensor

Circulating water and sewage treatment:pump room, sump well, biochemical reaction tank, sedimentation tank, etc 
It is used for controlling electric power and mine:mortar pool, coal slurry pool, butter storage tank, storage yard or partial mobile equipment
Food industry distilleries:grain warehouses, food materials filling tanks, etc 

Features of ultrasonic fuel level sensor liquid level sensor tank level sensor

Optional increment/difference distance measurement to measure distance or level
Direct display of weight inside container after setting specific gravity parameters
4~20mA output, RS485S serial data output or 0~5V analog output
Through PC software to set menu and adjustment 
Free adjustment the range of current or voltage output
PC serial output and adapters, capable of PC networking
Optional increment/difference measurement to measure distance or level
1-15 transmitted pulse intensity depending on working conditions
Free setting of full-scale start point and end point