Model Number: Joint-JT606L-#7591 Brand Name: Jointech Key Specifications/Special Features: Fuel level sensor for oil tanks fuel monitoring solutionJT606 series fuel sensor is independent research and development by Jointech, which within innovative technologiesIt can detect fuel level continuously and the resolution is less than 1mmJT606 can be cut the length to fit the height of fuel tankSimply flanged installation that no need extra screwsWide voltage input to make sure no voltage limits under any situationFeatures:1) It can be cut according to the height of fuel tank2) Integrated structure without any elastic elements, also support various signal output
3) Push-button field calibration, it's very convenient
4) Wide power voltage input

Product specification
Performance parameters
Collection principle: capacitance
Size: 100mm to 1500mm
Electrical parameters: input DC 4-70V
Power consumption: 0.13W/5V, 0.19W/12V, 0.38W/24V
Signal output (can be customized):
Voltage output: 0-5V/digital output: RS-232/RS-485/analog
Resistant output: 10-500Ω/current output: 4-20mA
Communication baud rate: 2400, 4800, 9600, 57600, 115200
Detection of liquid type: diesel, bio diesel, kerosene, gasoline and more
Material: aluminum alloy
Protection class: IP67

Product feature:
1. Waterproof design, IP67 waterproof design, it is adapted to different kinds environment
2. High precision, its accuracy is 0.5%, this means its error is 0.5L when measuring 100L fuel
3. Integrating design, this prevent human's damage
4. Products size is 100mm-1500mm, this is suitable to most tanks detecting requirement
5. Easily to install

Application
It is widely used for fuel consumption solution, such as: bus fleet, vehicle fleet, base station generator fuel consumption remote monitoring:
1. Real time fuel level data, include: remaining fuel volume, real time fuel consumption running chart, it is convenient for analysis fuel consumption directly
2. Alarm function: low fuel level alarm, abnormal fuel consumption alarm
3. Management report: added fuel times/volume, abnormal consumption times and volume