Universal liquid level sensor Eurosens MWS to measure the distance to an object or product reflecting radio waves

The universal Eurosens MWS distance sensor is used to measure the distance to an object or product reflecting radio waves.  Eurosens MWS uses microwaves princible and can measure distance through obtacles transparent for electromagnetic waves.

Typical Eurosens MWS application is liquid level measurement.  If tank is made of steel we have to immerse the sensor transmitter into the tank. The Eurosens MWS mount is same with Eurosens Dominator fuel level sensors. We mount sensor using byonette plate.

For plastic tanks we can use outside mount without drilling the hole. Sensor could be attached using glue.

We can use  Eurosens MWS  for level measurement of bulk products.

Level Sensor Specification :

Sensors supports universal MODBUS and LLS data protocols. Compatible with popular GPS tracking devices with RS485 interface.

Fuel level sensors Eurosens Dominator designed to optimize the time

Capacitive fuel level sensor Eurosens Dominator is designed to optimize the time and place of fillings as well as prevent fuel thefts. The sensor provides stable and accurate data and easy maintenance. Eurosens Dominator sensors are compatible with the most fleet tracking systems and data acquisition hardware and software that makes them a universal solution for a fleet management projects. Why Eurosens Dominator?

• Easy to remove, reinstall and seal again due to bayonet mount;
• Easy  troubleshooting and maintenance due to the modular design;
• Easy to extend.
• Easy to ship
• CE-certified

Some technical features :

• Variety of interfaces : RS485 and RS232 (Dominator RS), customizable analog and frequency outputs (Dominator AF), CAN J1939 interface (Dominator CAN), both AF and RS combined (Dominator 2), wireless battery-powered Bluetooth fuel level sensor (Dominator BT).
• K-line interface used to configure the sensors and ease the interaction between the devices.
• A discrete “alarm” output to alert about a fuel drain event (for Dominator RS/CAN).
• Customized versions with a built-in display, accelerometer, or for water measurement.

We care about the wishes of our partners!

	Dominator Mini version with only 22-mm high head is designed to be installed in some restricted areas.
External display for the sensor	External display for the sensor can be also used as a calibration tool (for sensor installation without a laptop).
	Original mounting kit with a special gasket for the installation on a cylindrical tank and a bottom stop to reduce bending force.

Eurosens Dominator

Accurate fuel level sensor compatible with almost any GPS tracker or SCADA system.

The Dominator Series Fuel Level Sensors Benefits

The Dominator series fuel level sensors are designed to minimize the operating costs of a fuel consumption monitoring system over its entire service life.

Advantages of eurosens Dominator : (for GPS tracking provider).

• Modular design allows to quickly create a sensor of the right length from the stock.
• Convenient sensor sealing against sensor extraction and cable disconnection.
• Modular design simplifies diagnostics and technical support.
• Universal protocols LLS/MODBUS/CAN J1939.
• The modular design simplifies diagnostics and technical support.

Advantages of fuel level sensors Dominator (for fleet owner):

• No need to unscrew the self-tapping screws fixing the mounting plate to the tank when removing the sensor for verification of the measuring instrument.
• The modular electrode design allows the sensor to be extended with a new electrode. When reinstalling old sensors to new equipment, it is enough to buy an electrode for extension, but not a new sensor.
• Replacement of the electronic module of the sensor does not require recalibration of the tank (we use previously calibrated electrodes).
• Dominator electrodes can be flushed from contamination without opening the case and violating the warranty. This does not require the involvement of the monitoring service provider (paid on-site visit).

Thus, it becomes possible to minimize the number of visits of the monitoring service provider for maintenance of fuel level sensors and, as a consequence, the cost of operation of the vehicle monitoring system.