Accurate fuel level monitoring is essential for UAE businesses to maintain efficiency. The recent fuel price hikes in the UAE have imposed greater challenges for companies. Coping with the rising fuel bills becomes a lot easier when you invest in capacitive wireless fuel level sensing technology. These advanced sensors are gaining immense popularity over traditional submersible sensors.
The capacitive fuel level sensors are powered by Bluetooth Low Energy. Accurate fuel monitoring has always been an unresolved issue for UAE organisations. However, the introduction of wireless capacitive fuel level sensors promises to change the entire notion of fuel management. Let’s explore the ways in which wireless fuel level sensors can help your business to save on fuel.
The Integral Aspects to Know About Wireless Fuel Sensors
Tank fuel levels are monitored via Bluetooth-enabled wireless fuel level sensors. Capacitive sensing technology serves as the foundation for these sensors’ operation. Accurate fuel level readings are provided via Bluetooth Low Energy (BLE). These sensors use Bluetooth technology to relay fuel information wirelessly.
The wireless fuel level sensors powered by Bluetooth can operate on low power. These sensors use Lithium Thionyl Chloride batteries. These batteries discharge at around 1% per year. It allows them to function for longer durations without the need for frequent battery replacements.
Quick Installation and Setup
The submersible fuel level sensors take a long time to install and set up. But things are pretty different with a wireless fuel consumption monitoring system. You won’t have to invest in wiring while installing these sensors. The risk of vandalism is suppressed because of the absence of wires. You will get accurate information about the fuel level in the tank despite the absence of cables.
Immune to the Tank Vapour and Slosh
The temperature of the UAE can be unforgiving at times. You need a fuel level sensor to transmit accurate data even in higher temperatures. Capacitive wireless fuel level sensors are unaffected by the turbulence in the tank caused by temperature fluctuations. They provide accurate information in all types of weather conditions.
Hermetic Shell Shock Protection
Capacitive wireless fuel level sensors are deployed in harsh and demanding operating environments. Therefore, it is crucial that they come enclosed with superior shell shock protection features. The best capacitive fuel level sensor features Hermetic Shell Shock protection. This level of protection provides a secure enclosure and ensures the longevity of the sensor.
Dust and moisture can affect the way in which capacitive sensors function. The Hermetic Shell Shock Protection creates a sealed and airtight enclosure that protects the internal components from external elements. You will continue getting accurate information about fuel levels. Moreover, capacitive sensing relies on accurate measurement of capacitance changes.
The capacitance changes can be influenced by humidity, temperature, and mechanical stress. The Hermetic Shell Shock Protection helps in maintaining a stable environment for the components. It minimises the impact of the external factors on the accuracy of the sensor.
Zero Maintenance
The lack of any moving parts or components translates into zero maintenance requirements. You won’t have to worry about maintenance downtimes with a wireless fuel level sensor. The lack of maintenance means great cost savings for your organisation.
Functions with Popular Trackers
Wireless fuel level sensors powered by Bluetooth are compatible with popular GPS and GLONASS trackers. It allows you to track the route of the vehicle and its live location. A wireless capacitor fuel sensor provides you with a comprehensive report on fuel efficiency. Furthermore, these sensors are compatible with satellite navigation terminals having the RS-485 interface. The base connects directly to the tracker and facilitates a wireless data bridge.
Years of Continuous Operation
The best wireless fuel level sensors are powered by Lithium Thionyl Chloride batteries. These batteries have a high energy density. It means that these batteries can store a large amount of energy. The use of Lithium Thionyl Chloride batteries augurs well for wireless sensors that must operate for longer durations.
These batteries can operate in a wide range of temperatures. Therefore, Lithium Thionyl Chloride batteries are ideal for wireless fuel level sensors deployed in harsh environments. The Lithium Thionyl batteries also feature a low discharge rate. They can retain the charge for longer durations when used in fuel tanks.
Conclusion
The demand for accurate and durable wireless fuel level sensors is skyrocketing in the UAE. You can now add value to your company’s operations by investing in wireless fuel-level sensors. Having a sound understanding of wireless fuel level sensors will help you optimise the fuel management of your company.