A typical fuel delivery chain from a distribution storage facility to end consumers may include several types of objects and vehicles. Omnicomm systems are designed to monitor and manage fuel at each stage of this chain.

For each type of facility in the monitoring system, there is a set of recommended reports most suitable for monitoring and operational efficiency.

Typical applications include fuel delivery to remote sites, mobile refueling of machinery, service trucks carrying supply fuel, construction and mining operations, and any fleet where fuel accountability, usage efficiency, and asset monitoring are critical. For mixed fleets and large companies, the solution scales easily — from a few tankers to dozens of vehicles, heavy machinery, and stationary storage.

For a single enterprise, with multiple objects equipped with Omnicomm devices, the most informative report is the Fuel Balance Report, which allows tracking and monitoring fuel flows across the entire company.

A sample set of reports and options specific to monitoring in various industries is shown below. These recommendations may vary depending on the customer’s specific requirements.

* - manipulators, opening control, axle load, status control, temperature, TPMS, IQFreeze, etc.

* * - an integral infrastructure of the fuel storage facilities, as well as mobile objects equipped with Omnicomm sensors and terminals (fuel trucks, mobile gas stations, etc.)

This configuration describes a single-tank fuel delivery vehicle equipped with an Omnicomm fuel‑level sensor and GPS tracker.

It is an optimal solution for fleet operators that transport fuel in a standard (non-compartmentalized) tank, and need to monitor fuel level, vehicle location, operating parameters, and fuel consumption in real time.

Typical Equipment Configuration

This minimal configuration already enables robust fuel and fleet monitoring; optional components (display, CAN reader) improve usability and data richness — useful for large-scale fleets, safety-critical operations, or environments requiring enhanced driver feedback.

Why These Components Are Recommended

	OMNICOMM LLS 5 fuel level sensors are exceptionally robust, extremely precise (99.5% accuracy), totally reliable (highest possible ingress protection rating of IP69k) and super-safe. They deliver consistently high accuracy in even the harshest conditions.​ This sensor is ideal for both vehicles and stationary fuel storage facilities, guaranteeing seamless operation and maximum economic efficiency. OMNICOMM LLS 5 using unique fuel analysis technology FUELSCAN® developed by OMNICOMM which compares the physical characteristics of filled fuel with the characteristics of the fuel used for calibration to introduce a correction coefficient that automatically adjusts sensor readings to deliver accurate measurements. It means that no additional calibrations will be required.
	OMNICOMM Profi is a high-tech GPS-tracker designed for use in challenging environments. It is ideal for vehicles operating under extreme conditions, including construction and agricultural machinery, mining equipment, and heavy-duty vehicles. With IP54 protection, Profi ensures reliable navigation and monitoring, delivering accurate data even in the most remote locations.​ Using OMNICOMM Profi in heavy industries allows efficient tracking of machinery even under the most demanding conditions. Integrated with the OMNICOMM Online platform, this solution provides full fleet control, enhancing productivity and reducing risks. Its durable and reliable construction ensures stable operation even in the harshest environments, maintaining connectivity and supporting real-time processes.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

Key advantages and strengths:

• The Omnicomm LLS 5 sensor provides up to 99.5% measurement accuracy, even under harsh conditions.
• It supports a broad measurement range (various probe lengths depending on the tank height) — making it suitable for standard tank‐trucks and also for different tank sizes if needed.
• With the proprietary fuel-analysis technology “FUELSCAN®”, the system compares physical characteristics of the loaded fuel with calibration fuel, computes a correction coefficient and automatically adjusts readings. This minimizes the need for manual recalibration or frequent maintenance.

This ensures that fuel level data remains reliable over time, even when fuel properties vary (e.g. different diesel batches), or during long-term operation of the tanker.

Recommended Reports in Omnicomm Online

To extract the most value from a single‑tank truck setup, these reports are especially useful:

This scenario describes a fuel delivery truck equipped with two separate fuel tanks (compartments) monitored independently using Omnicomm sensors. This setup is common in refuelers, tanker trucks, and service vehicles where managing multiple fuel compartments is critical for accurate inventory control, safety, and operational efficiency.

Typical Equipment Configuration

Why These Components Are Recommended

	OMNICOMM LLS 5 fuel level sensors are exceptionally robust, extremely precise (99.5% accuracy), totally reliable (highest possible ingress protection rating of IP69k) and super-safe. They deliver consistently high accuracy in even the harshest conditions.​ This sensor is ideal for both vehicles and stationary fuel storage facilities, guaranteeing seamless operation and maximum economic efficiency. OMNICOMM LLS 5 using unique fuel analysis technology FUELSCAN® developed by OMNICOMM which compares the physical characteristics of filled fuel with the characteristics of the fuel used for calibration to introduce a correction coefficient that automatically adjusts sensor readings to deliver accurate measurements. It means that no additional calibrations will be required.
	OMNICOMM Profi is a high-tech GPS-tracker designed for use in challenging environments. It is ideal for vehicles operating under extreme conditions, including construction and agricultural machinery, mining equipment, and heavy-duty vehicles. With IP54 protection, Profi ensures reliable navigation and monitoring, delivering accurate data even in the most remote locations.​ Using OMNICOMM Profi in heavy industries allows efficient tracking of machinery even under the most demanding conditions. Integrated with the OMNICOMM Online platform, this solution provides full fleet control, enhancing productivity and reducing risks. Its durable and reliable construction ensures stable operation even in the harshest environments, maintaining connectivity and supporting real-time processes.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

Key Advantages and Strengths:

• By having separate fuel-level sensors for each tank, you get independent measurement of fuel in each compartment — enabling accurate tracking of fuel volume per tank, per delivery batch, or per compartment usage. This is especially important if the two tanks carry fuel for different purposes (e.g. distribution vs onboard reserve, or different fuel types) or serve different clients/sites.
• The level sensors (e.g. LLS 5) maintain high measurement accuracy and reliability under demanding conditions (fuel sloshing, vehicle tilts, temperature changes, vibrations).
• This eliminates ambiguity that arises if a single sensor were to monitor a combined (or unknown) fuel mixture across compartments, and helps avoid miscounts, losses, or misallocation — which is critical for accounting, billing, auditing, or safety compliance.

Recommended Reports in Omnicomm Online

For this double‑tank configuration, the following reports are particularly valuable:

* [3PP] – 3rd party product

Why Omnicomm

This configuration covers heavy‑duty equipment commonly used in mining, construction, road works, earth‑moving, or quarries: excavators, bulldozers, dump trucks, loaders, cranes, generators, stationary equipment, etc. The goal is to monitor fuel consumption, equipment operation (hours, load, idle time), location / geofencing, and fuel supply/dispensing for improved efficiency, safety and cost control.

Typical Equipment Configuration

	OMNICOMM LLS 5 fuel level sensors are exceptionally robust, extremely precise (99.5% accuracy), totally reliable (highest possible ingress protection rating of IP69k) and super-safe. They deliver consistently high accuracy in even the harshest conditions.​ This sensor is ideal for both vehicles and stationary fuel storage facilities, guaranteeing seamless operation and maximum economic efficiency. OMNICOMM LLS 5 using unique fuel analysis technology FUELSCAN® developed by OMNICOMM which compares the physical characteristics of filled fuel with the characteristics of the fuel used for calibration to introduce a correction coefficient that automatically adjusts sensor readings to deliver accurate measurements. It means that no additional calibrations will be required.
	KTZ-MX is the extension cable, with options from 10-15-20 meters, to connect LLS-Ex 5 (located in hazardous area) to BIS-MX (located in the safe zone).
	OMNICOMM Profi is a high-tech GPS-tracker designed for use in challenging environments. It is ideal for vehicles operating under extreme conditions, including construction and agricultural machinery, mining equipment, and heavy-duty vehicles. With IP54 protection, Profi ensures reliable navigation and monitoring, delivering accurate data even in the most remote locations.​ Using OMNICOMM Profi in heavy industries allows efficient tracking of machinery even under the most demanding conditions. Integrated with the OMNICOMM Online platform, this solution provides full fleet control, enhancing productivity and reducing risks. Its durable and reliable construction ensures stable operation even in the harshest environments, maintaining connectivity and supporting real-time processes.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

Key Advantages and Strengths:

• The LLS sensors (LLS 4 or LLS 5) are purpose-built for heavy machinery, with high environmental resistance: robust casing, sealed connections, dust/water resistance, and ability to operate under heavy vibrations, jolts, dirt — common in mining/construction sites.
• High measurement accuracy ensures real fuel level readings even when fuel sloshing or varying fuel densities, which helps avoid under- or overestimation due to harsh operating conditions or terrain changes.
• Continuous, real‑time monitoring of fuel level enables immediate detection of refuels, draining, leaks, or unauthorized fuel removal — crucial in remote job‑site operations where manual fuel checks are impractical.

List of useful reports in Omnicomm Online

* [3PP] – 3rd party product

Why Omnicomm

In mining and construction equipment, fuel tanks often have complex and varied shapes — cylindrical drums, rectangular modules, baffle‑reinforced compartments, and other irregular designs. These shapes critically affect how well a fuel‑level sensor can measure volume. Proper placement, calibration, and installation are essential to ensure reliable, accurate readings.

Why Tank Shape Matters

• Heavy-duty machinery and construction/mining equipment often have non-standard or irregular-shaped fuel tanks (cylindrical, curved, non-rectangular, with internal reinforcements, baffles, ribs, sloped bottoms, etc.). The shape affects how accurately a fuel-level sensor measures fuel volume when the tank is partly filled, tilted, or under load.
• Irregular geometry, internal obstacles (ribs, stiffeners, internal structures), sloping bottoms, or non-uniform cross-sections may cause inaccurate readings, especially if a sensor is placed suboptimally — e.g. off-center, near a wall or rib, or where dead zones/residual pockets exist.
• For mobile heavy equipment, tilt, slope, or movement (uneven terrain) aggravate the problem: if sensor installation doesn’t compensate for such geometry/tilt, readings may fluctuate significantly, reducing reliability of fuel data — critical for monitoring in mining/construction contexts.

Therefore, correct selection and installation of fuel-level sensors must take tank shape fully into account.

A fuel bowser (also called a refueler) is a mobile or fixed vehicle / tank used to dispense fuel to other vehicles or equipment. In an Omnicomm monitoring setup, a bowser is equipped with fuel-level sensors, telemetry, and possibly flow meters to provide accurate data on fuel dispensing, fuel remaining, and fuel losses. This helps fleet operators maintain tight control of fuel operations and reduce losses.

This configuration covers mobile fuel-delivery units (fuel bowsers / tankers) that transport and dispense fuel to vehicles and equipment, with integrated fuel-level sensing, dispensing control, and full telemetry — enabling accurate tracking of fuel issuance, delivery volumes, equipment location, and fuel balance across fleet and stationary storage. It’s suitable for industrial fleets, construction/mining sites, remote operations, and any scenario where fuel is delivered from a tanker rather than a fixed station.

Typical Equipment Configuration:

	OMNICOMM LLS-Ex 5 is the explosion-proof variant of the OMNICOMM LLS 5, designed for use in large tanks and facilities with stringent safety requirements — such as fuel storage depots, gas stations, and bowsers.​ This device must always be operated in conjunction with the BIS-MX power protection unit, installed in a safe zone.​ Certified by ATEX, the LLS-Ex 5 is approved for use in hazardous environments where flammable substances pose an explosion risk. Its robust design ensures compliance with safety standards across multiple industries, safeguarding both personnel and infrastructure.​
	KTZ-MX is the extension cable, with options from 10-15-20 meters, to connect LLS-Ex 5 (located in hazardous area) to BIS-MX (located in the safe zone).
	OMNICOMM Profi is a high-tech GPS-tracker designed for use in challenging environments. It is ideal for vehicles operating under extreme conditions, including construction and agricultural machinery, mining equipment, and heavy-duty vehicles. With IP54 protection, Profi ensures reliable navigation and monitoring, delivering accurate data even in the most remote locations.​ Using OMNICOMM Profi in heavy industries allows efficient tracking of machinery even under the most demanding conditions. Integrated with the OMNICOMM Online platform, this solution provides full fleet control, enhancing productivity and reducing risks. Its durable and reliable construction ensures stable operation even in the harshest environments, maintaining connectivity and supporting real-time processes.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

This configuration provides a comprehensive toolkit for managing a mobile refueling operation, ensuring transparency from fuel intake to delivery and issuing, under telemetry control.

Key Advantages and Strengths:

• The system uses certified, high-precision digital sensors (LLS series) — not simple float-gauges — giving far better accuracy and reliability, reducing errors even under motion, sloshing, or varying fuel types.
• Full integration of fuel-level sensing + dispensing metering + telematics + cloud-based logging — offers end-to-end visibility, from fuel storage → tanker → customer vehicle — with minimal manual intervention.
• Safety components (spark-protection units, explosion-protected sensors) make it suitable even when handling flammable fuels, enabling compliance with safety regulations.
• Flexibility and scalability — works for small single-tanker bowsers or large multi-compartment tankers; allows addition of more sensors, flow meters, driver-authentication, telemetry — adapting to business growth or changing operational needs.
• Automated reporting — fuel dispensing logs, fuel balance, deviations, fueling history — reduce administrative overhead, support audit/fuel card reconciliation, help detect theft or inefficiencies.

List of useful reports in Omnicomm Online

Why Omnicomm

A “Fuel Delivery Truck” is a tanker or refueler vehicle used to deliver and issue fuel (diesel, gasoline, etc.) to other vehicles, machines, or storage facilities. When equipped with Omnicomm’s fuel-level sensors, flow meters, telematics, and cloud services, it enables precise control and logging of fuel delivery, tanker balance, dispensing events, and fleet-wide fuel flows.

Fuel delivery trucks usually have from one to six fuel compartments in the tank, each equipped with a separate LLS-Ex 5 sensor. The spark protection unit and the tracker are located in the explosion-proof area, usually in the driver's cab.

Typical Equipment Configuration:

Key advantages and strengths:

• LLS sensors deliver high-accuracy fuel measurement (error within about 0.5 %) even under motion, vibrations, temperature changes, and varying fuel properties — ensuring reliable tanker-tank level readings.
• When paired with a flow meter and signal reader, the system logs exact dispensed volumes during each refueling operation, allowing reconciliation between tanker inventory and issued fuel, reducing unaccounted losses.
• Explosion-proof sensor variants + protective units enable safe operation with flammable fuels, meeting safety requirements in fuel-handling contexts.

	OMNICOMM LLS-Ex 5 is the explosion-proof variant of the OMNICOMM LLS 5, designed for use in large tanks and facilities with stringent safety requirements — such as fuel storage depots, gas stations, and bowsers.​ This device must always be operated in conjunction with the BIS-MX power protection unit, installed in a safe zone.​ Certified by ATEX, the LLS-Ex 5 is approved for use in hazardous environments where flammable substances pose an explosion risk. Its robust design ensures compliance with safety standards across multiple industries, safeguarding both personnel and infrastructure.​
	BIS-MX intrinsic safety unit is designed to protect circuits when exposed to a voltage of up to 250 V. LLS-Ex 5 fuel level sensor is located in a hazardous area, and BIS-MX should be located in the explosion safe area.
	KTZ-MX is the extension cable, with options from 10-15-20 meters, to connect LLS-Ex 5 (located in hazardous area) to BIS-MX (located in the safe zone).
	OMNICOMM Profi is a high-tech GPS-tracker designed for use in challenging environments. It is ideal for vehicles operating under extreme conditions, including construction and agricultural machinery, mining equipment, and heavy-duty vehicles. With IP54 protection, Profi ensures reliable navigation and monitoring, delivering accurate data even in the most remote locations.​ Using OMNICOMM Profi in heavy industries allows efficient tracking of machinery even under the most demanding conditions. Integrated with the OMNICOMM Online platform, this solution provides full fleet control, enhancing productivity and reducing risks. Its durable and reliable construction ensures stable operation even in the harshest environments, maintaining connectivity and supporting real-time processes.

List of useful reports in Omnicomm Online

Why Omnicomm

This configuration describes a system for monitoring fuel storage and dispensing at petrol/diesel filling stations (stationary fuel storage tanks + dispensers), using Omnicomm-compatible sensors, telemetry, and cloud-based monitoring. It enables accurate fuel-stock accounting, real-time tracking of dispensing events, leak/drain detection, automatic alerts, and historical reporting — making it useful for fuel retailers, fleet depots, corporate garages, or fuel storage depots.

A solution for petrol stations can include at least explosion-protected LLS-Ex 5 sensors installed in the tanks, a GPS tracker and a monitoring platform. In addition, an ICON display, an end switches for access control, etc. can be optionally available.

Typical Equipment Configuration

Why These Components Are Recommended

	OMNICOMM LLS-Ex 5 is the explosion-proof variant of the OMNICOMM LLS 5, designed for use in large tanks and facilities with stringent safety requirements — such as fuel storage depots, gas stations, and bowsers.​ This device must always be operated in conjunction with the BIS-MX power protection unit, installed in a safe zone.​ Certified by ATEX, the LLS-Ex 5 is approved for use in hazardous environments where flammable substances pose an explosion risk. Its robust design ensures compliance with safety standards across multiple industries, safeguarding both personnel and infrastructure.​
	BIS-MX intrinsic safety unit is designed to protect circuits when exposed to a voltage of up to 250 V. LLS-Ex 5 fuel level sensor is located in a hazardous area, and BIS-MX should be located in the explosion safe area.
	KTZ-MX is the extension cable, with options from 10-15-20 meters, to connect LLS-Ex 5 (located in hazardous area) to BIS-MX (located in the safe zone).
	OMNICOMM Profi Wi-Fi is an IP54 rating GPS-tracker that ensures stable data transmission in remote and challenging locations without cellular coverage. By using Wi-Fi for data transfer, the tracker enables effective monitoring even in areas where traditional communication methods fail. This solution is ideal for agricultural, construction, and mining industries, ensuring continuous tracking and reliable operation in the absence of cellular networks.​ The OMNICOMM Profi Wi-Fi tracker enhances fleet control in the most challenging environments. Combined with the OMNICOMM Online platform, it provides reliable connectivity and accuracy, improving fleet management and reducing the risk of losing control over assets.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

Key Advantages and Strengths:

• Fuel-level sensors provide precise measurement of volume in storage tanks, reducing reliance on manual dip-sticks or periodic manual measurements — improving accuracy and consistency over time.
• Automated logging of fuel dispensing (via flow meters on dispensers) ensures that each liter dispensed is counted, correlated with fuel-stock decrease, enabling transparent reconciliation between stock and issued fuel — reducing losses from theft, leaks, or mis-dispensing.
• Real-time monitoring and alerts: threshold notifications (low-stock, high-dispense volume, sudden volume drop — potential leak or unauthorized draining) help maintain safety, compliance and operational continuity.

List of useful reports in Omnicomm Online

Generator sets (gensets) are widely used as primary or backup power sources in industrial facilities, construction sites, remote operations, telecom towers, mining camps, and critical infrastructure. Continuous monitoring of fuel levels, engine runtime, load patterns, and consumption is essential for preventing downtime, ensuring reliable operation, optimizing fuel use, and detecting theft or abnormal behavior.

Omnicomm fuel-level sensors and telematics solutions enable accurate, real-time monitoring of genset fuel tanks and operating parameters. This helps operators maintain fuel autonomy, plan timely refueling, reduce fuel losses, and improve overall equipment efficiency.

Typical Equipment Configuration

Why These Components Are Recommended

	OMNICOMM LLS 5 fuel level sensors are exceptionally robust, extremely precise (99.5% accuracy), totally reliable (highest possible ingress protection rating of IP69k) and super-safe. They deliver consistently high accuracy in even the harshest conditions.​ This sensor is ideal for both vehicles and stationary fuel storage facilities, guaranteeing seamless operation and maximum economic efficiency. OMNICOMM LLS 5 using unique fuel analysis technology FUELSCAN® developed by OMNICOMM which compares the physical characteristics of filled fuel with the characteristics of the fuel used for calibration to introduce a correction coefficient that automatically adjusts sensor readings to deliver accurate measurements. It means that no additional calibrations will be required.
	OMNICOMM LLS-Ex 5 is the explosion-proof variant of the OMNICOMM LLS 5, designed for use in large tanks and facilities with stringent safety requirements — such as fuel storage depots, gas stations, and bowsers.​ This device must always be operated in conjunction with the BIS-MX power protection unit, installed in a safe zone.​ Certified by ATEX, the LLS-Ex 5 is approved for use in hazardous environments where flammable substances pose an explosion risk. Its robust design ensures compliance with safety standards across multiple industries, safeguarding both personnel and infrastructure.​
	BIS-MX intrinsic safety unit is designed to protect circuits when exposed to a voltage of up to 250 V. LLS-Ex 5 fuel level sensor is located in a hazardous area, and BIS-MX should be located in the explosion safe area.
	KTZ-MX is the extension cable, with options from 10-15-20 meters, to connect LLS-Ex 5 (located in hazardous area) to BIS-MX (located in the safe zone).
	OMNICOMM Profi Wi-Fi is an IP54 rating GPS-tracker that ensures stable data transmission in remote and challenging locations without cellular coverage. By using Wi-Fi for data transfer, the tracker enables effective monitoring even in areas where traditional communication methods fail. This solution is ideal for agricultural, construction, and mining industries, ensuring continuous tracking and reliable operation in the absence of cellular networks.​ The OMNICOMM Profi Wi-Fi tracker enhances fleet control in the most challenging environments. Combined with the OMNICOMM Online platform, it provides reliable connectivity and accuracy, improving fleet management and reducing the risk of losing control over assets.
	OMNICOMM ICON is a modern multifunctional display designed to show key vehicle performance parameters in real time. ICON provides drivers with timely and clear information, improving control over fuel consumption, speed, engine operating modes, and other critical indicators. The display integrates with the vehicle monitoring system, optimizing equipment use and enhancing safety. ICON is used together with OMNICOMM GPS trackers and/or up to 4 LLS digital fuel level sensors and reads the data through the RS-485 digital interface.​ ICON helps transport and logistics companies monitor vehicle operation, reduce fuel costs, and prevent emergencies.

Key Advantages and Strengths:

• Reduced fuel losses through theft detection and clear accountability.
• Zero unplanned outages thanks to fuel autonomy monitoring and timely refueling planning.
• Improved operational efficiency based on accurate consumption and runtime analytics.
• Lower maintenance costs due to early detection of abnormal behavior and automatic runtime tracking.
• Enhanced transparency for contractors, remote workers, and fuel suppliers.
• List of useful reports in Omnicomm Online

A sample set of reports and options specific to monitoring in various industries. This set may vary from case to case

Why Omnicomm

In agricultural settings (farms, plantations, seasonal work, remote fields), reliable monitoring of fuel, machinery usage, and resource consumption is critical. Fuel-powered equipment — tractors, combine harvesters, irrigation pumps, fuel bowsers, sprayers, generators — often work in remote, distributed locations. Monitoring fuel levels, consumption, dispensing, and machine operation helps optimize efficiency, reduce fuel losses and theft, schedule maintenance, and manage resources transparently.

Omnicomm offers tailored monitoring solutions for agricultural machinery, utilizing LLS sensors to accurately measure fuel levels alongside comprehensive monitoring of basic telemetry and various auxiliary equipment. Our system integrates data from CAN bus interfaces, providing real-time insights that enhance operational efficiency, optimize fuel consumption, and support effective management of agricultural equipment in diverse field conditions.

Using Omnicomm sensors and telemetry combined with remote monitoring, farms and agri-enterprises can maintain control over fuel supply, equipment use, and operational costs even in distributed or remote conditions.

Typical Equipment Configuration

Key Advantages and Strengths:

• Accurate Fuel Inventory & Issuance Control
• Machine Utilization, Logistics and Operational Transparency
• Cost Savings, Loss Prevention & Efficiency
• Flexibility and Scalability

Recommended Reports in Omnicomm Online

Why Omnicomm

​

Diesel-powered locomotives — used in freight transport, shunting yards, industrial rail, mines, and long-haul railways — often consume significant amounts of fuel. Accurately monitoring fuel levels, consumption, refuels and drains, engine operating hours, and runtime behavior is essential for cost control, theft prevention, maintenance planning, and operational transparency.

A monitoring system based on fuel-level sensors, telemetry, and onboard data logging can transform a standard locomotive into a “smart” asset: enabling remote control, fuel accountability, usage analytics — which is particularly important in rail fleets, industrial complexes, mining operations, or enterprises managing multiple locomotives across sites.

Omnicomm provides advanced monitoring solutions for diesel locomotives, recommending the use of 2 to 4 LLS sensors to minimize measurement errors and ensure accurate fuel level readings. Our system offers comprehensive monitoring of essential telemetry data, enabling precise tracking of fuel consumption and operational parameters to optimize locomotive performance and maintenance.

Typical Equipment Configuration

Key Advantages and Strengths:

• Real-time tracking of fuel level in large diesel tanks prevents surprises and enables proactive refueling — minimizing downtime.
• Logs refuel and drain events, making fuel supply transparent and enabling reconciliation between consumed and recorded fuel.
• Helps detect fuel theft or unauthorized draining, especially important for remote rail yards or unattended locomotives.

Recommended Reports in Omnicomm Online

Marine vessels — whether cargo ships, tankers, supply barges, workboats, service vessels, or small/medium craft — operate in challenging conditions: fuel consumption is high, tanks may have non‑standard shapes, refueling may occur at ports or remote moorings, and fuel losses or theft are possible. Monitoring fuel levels, consumption, fuel transfers, engine runtime, and vessel location is critical for cost control, safety, compliance, and operational transparency.

With Omnicomm fuel‑level sensors, telemetry, and remote monitoring, shipowners and operators can equip vessels with a “smart monitoring” system — tracking fuel stock, usage, refueling events, vessel position, and generating reports for audits, fuel management, and operational planning.

Omnicomm offers specialized maritime monitoring solutions featuring LLS-Ex 5 sensors designed for large fuel tanks, ensuring precise fuel level measurements in demanding marine environments. Our system provides comprehensive monitoring of basic telemetry and additional onboard equipment, with the optional capability to transmit GPS tracker data via Wi-Fi, enabling enhanced vessel tracking and operational oversight.

Typical Equipment Configuration

Key Advantages and Strengths:

• Continuous real‑time monitoring of fuel volume in vessel tanks, regardless of pitch/roll or sea state, gives accurate inventory data.
• Automatic detection and logging of refueling or fuel transfers (bunkering), fuel dispensing to auxiliary engines or generators, and consumption over voyages.
• Enables detection of sudden fuel loss (possible theft, siphoning, leak) — critical for marine safety, loss prevention, and compliance.

Recommended Reports in Omnicomm Online