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The TN family of liquid level sensors is specifically engineered for accurate measurements and precise control over fuel systems, particularly tailored for generator sets (GENSET). Acting as a critical component in fluid management, this sensor provides a consistent analog output signal. This standardized analog output facilitates straightforward integration with various automotive and generator control systems, ensuring operators have access to real-time, accurate fuel level monitoring data. Accurate data collection is essential for continuous operation, helping to prevent unexpected power interruptions caused by fuel depletion in critical industrial environments.
At the core of the TN series liquid level sensor is a highly dependable float mechanism. As the fluid level within the tank fluctuates during operation, the float adjusts its vertical position accordingly. The system translates these physical movements into a precise analog electrical signal. This fundamental working principle allows the sensor to offer continuous and reliable measurements regardless of typical operational vibrations found in heavy machinery. By maintaining a steady stream of data regarding the remaining fuel capacity, the system helps operators manage fuel resources effectively and plan refueling schedules with greater accuracy.
Beyond basic level measurement, this sensor assembly is designed to support essential fuel pick-up and return processes within the generator system. To ensure the fluid transfer remains uninterrupted and clean, the unit is equipped with specialized internal filters. These filters play a vital role in preventing clogging from particulates or debris that may be present in the fuel tank, thereby protecting the engine's fuel injection system. Additionally, the inclusion of optional air vents helps to balance internal tank pressure during fluid extraction and return. This careful design maintains overall system integrity and promotes a consistent flow of fuel.
To meet the diverse structural requirements of different fuel tanks and generator designs, the TN fuel level sensor is available with multiple configuration options. It features various connector options to match specific wiring harnesses and control units used in different industrial setups. Furthermore, the system incorporates dedicated piping to handle the physical fuel flow, with available pipe diameters of 8mm, 10mm, and 12mm. These specific sizing options provide necessary adaptability during the initial system design and integration phase, ensuring the sensor can be properly matched to the fuel volume and flow rate demands of the specific generator set.
The precise control and steady monitoring capabilities of the TN liquid level sensor make it an essential component for demanding operational environments. It is primarily utilized in industrial and commercial generator sets where a continuous power supply is critical for facility operations. By enhancing generator efficiency and operational reliability through accurate fuel tracking and fluid management, this sensor solution supports facility managers and operators. It ensures that standby and prime power systems remain ready to perform, making it a highly practical choice for commercial power generation applications.
Optimizing fuel management in generator sets (GENSET) requires components that deliver more than just accurate readings. This liquid level sensor is specifically engineered to provide exceptional structural and functional benefits. By focusing on durability, adaptability, and ease of use, the sensor offers significant advantages that streamline setup processes and ensure consistent fuel pick-up and return control.
The advanced design of the sensor ensures easy installation, directly addressing the need for efficient assembly in manufacturing and field environments. It is meticulously engineered for compatibility with a wide range of fuel tank sizes and internal configurations. This exceptional adaptability allows engineering teams to deploy a single, reliable sensor model across diverse generator set designs. By standardizing the fuel measurement components, organizations can simplify their supply chain, reduce inventory complexity, and accelerate the deployment timeline for new power generation units.
Generator sets frequently operate in demanding industrial environments where vibration and mechanical stress are constant factors. To counter these challenges, the sensor features a compact and sturdy construction that significantly minimizes the risk of damage during transportation, installation, or heavy-duty operation. The ruggedized exterior protects sensitive internal components, ensuring that the fuel pick-up and return processes remain uninterrupted. This focus on structural integrity provides peace of mind for operators, knowing the sensor can withstand harsh operational conditions without compromising the accuracy of fuel level measurements.
Operational downtime is a major concern for any power generation facility. Thanks to its robust build quality, this liquid level sensor guarantees long-term reliability and requires minimal maintenance throughout its service life. The durable design resists common wear and tear associated with continuous fuel exposure and mechanical vibration. For facility managers and maintenance teams, this translates into fewer required inspections, reduced labor costs, and a lower total cost of ownership. Consistent, reliable performance ensures that the GENSET remains ready for deployment whenever backup or primary power is required.
Upgrading or maintaining fuel monitoring networks often involves complex compatibility challenges. This sensor overcomes these hurdles by utilizing a highly reliable resistive output signal. This standard output is fully compatible with many existing monitoring systems, control panels, and digital displays currently utilized in the industry. The straightforward electrical characteristics facilitate seamless integration into existing setups without the need for expensive proprietary adapters or complex software modifications. This plug-and-play capability ensures that operators can quickly restore or upgrade their fuel control systems with minimal technical friction and reduced integration costs.
In summary, this liquid level sensor is designed to deliver maximum value for GENSET applications. From its highly adaptable installation profile and rugged construction to its low-maintenance operation and universal signal compatibility, every aspect of the sensor is optimized to enhance fuel management efficiency. It is an ideal choice for ensuring stable, long-lasting power generation control.
| Model Number | TN-350 |
| Length | 350mm (from the bottom to the edge of the head unit); 110mm - 1500mm customizable |
| Material | Stainless steel probe and NBR float |
| Output Signal | 0-190 ohm or 240-33 ohm (customizable) |
| Resolution | 21mm (default) |
| Float Dimensions | 35*32mm (NBR) |
| Fuel Suction Pipe | φ8mm, φ10mm, or φ12mm (optional); filter unit is optional |
| Fuel Return Pipe | φ8mm, φ10mm, or φ12mm (optional); length is customizable |
| Air Vent | φ6mm (default) |
| Cable Length | 460mm (default, without connector); length is customizable |
| Connector | Optional (can be integrated on the cable) |