Menu
Sign In Register

LiTeM in Action

In the pursuit of advancing technology, various sensors undergo rigorous testing at power plants managed by ESCOM Power Plants Engineering Services. The ESCOM Enhanced Solutions R&D center is at the heart of this innovation, spearheading the design, development, and manufacturing of these sensors.

LiTeM stands as a testament to ESCOM-ES's commitment to innovation and functionality, having been meticulously assembled and tested at one of the renowned power plants.

The test results affirm LiTeM's superior efficiency, marking it as a revolutionary development specifically crafted to enhance the performance and safety of internal combustion engines.

  • litem in action
  • litem in the heart of the engine
  • litem in the heart of the engine
  • litem in the heart of the engine
  • litem in action
  • litem in the heart of the engine
  • litem in the heart of the engine
  • litem in the heart of the engine

LiTeM in Action

In the pursuit of advancing technology, various sensors undergo rigorous testing at power plants managed by ESCOM Power Plants Engineering Services. The ESCOM Enhanced Solutions R&D center is at the heart of this innovation, spearheading the design, development, and manufacturing of these sensors.

LiTeM stands as a testament to ESCOM-ES's commitment to innovation and functionality, having been meticulously assembled and tested at one of the renowned power plants.

The test results affirm LiTeM's superior efficiency, marking it as a revolutionary development specifically crafted to enhance the performance and safety of internal combustion engines.

valve failure

Harnessing Energy: The Core of LiTeM's Innovation

At the heart of LiTeM's functionality is its innovative energy harvesting technique.. This process involves the autonomous generation of energy, capitalizing on the temperature differential between the liquid inside the pipe where the product is housed and the ambient environmental temperature.

Central to this process is the use of a Thermoelectric Generator (TEG), a ceramic component characterized by a temperature gradient - one side being hot and the other cold.

This critical component, housed within the product, adeptly converts the temperature difference into usable energy, fostering a self-sustaining system that is both environmentally friendly and highly efficient. ​

valve failure

Harnessing Energy: The Core of LiTeM's Innovation

At the heart of LiTeM's functionality is its innovative energy harvesting technique.. This process involves the autonomous generation of energy, capitalizing on the temperature differential between the liquid inside the pipe where the product is housed and the ambient environmental temperature.

Central to this process is the use of a Thermoelectric Generator (TEG), a ceramic component characterized by a temperature gradient - one side being hot and the other cold.

This critical component, housed within the product, adeptly converts the temperature difference into usable energy, fostering a self-sustaining system that is both environmentally friendly and highly efficient. ​

Precision in Temperature Measurement

In the realm of industrial operations, the accuracy of temperature measurements holds paramount importance. It necessitates the integration of reliable and high-quality measuring devices to ensure optimal performance and safety.

At ESCOM Enhanced Solutions, we are steadfast in our commitment to spearheading advancements in this domain, constantly striving to set new benchmarks in reliability and quality. ​

LiTeM stands as a beacon in this endeavor, epitomizing excellence with its instantaneous and continuous temperature monitoring capabilities. Designed to operate wirelessly and devoid of batteries, it embodies innovation and sustainability.

A standout feature is its dual sensor system, which guarantees uninterrupted operation. In the event of a malfunction in one sensor, the system automatically switches to the backup sensor, ensuring a seamless and reliable monitoring process, thereby safeguarding the integrity of your industrial processes. ​

LiTeM stands as a beacon in this endeavor, epitomizing excellence with its instantaneous and continuous temperature monitoring capabilities. Designed to operate wirelessly and devoid of batteries, it embodies innovation and sustainability.

A standout feature is its dual sensor system, which guarantees uninterrupted operation. In the event of a malfunction in one sensor, the system automatically switches to the backup sensor, ensuring a seamless and reliable monitoring process, thereby safeguarding the integrity of your industrial processes. ​

Precision in Temperature Measurement

In the realm of industrial operations, the accuracy of temperature measurements holds paramount importance. It necessitates the integration of reliable and high-quality measuring devices to ensure optimal performance and safety.

At ESCOM Enhanced Solutions, we are steadfast in our commitment to spearheading advancements in this domain, constantly striving to set new benchmarks in reliability and quality. ​

litem liner temperature management

A Vanguard in Energy Management

In power plants utilizing internal combustion engines, fluctuations in cylinder liner temperatures can occur due to various factors, including oil film disruption and cooling loss, potentially leading to engine seizures and significant operational losses. The Liner Temperature Monitoring (LiTeM) system is a safeguard against such incidents, designed to detect temperature imbalances in the cylinder liner and prevent unexpected shutdowns that can result in time, production, and financial setbacks.

LiTeM, a wireless and battery-free solution, integrates two temperature sensors per cylinder, positioned directly on the cylinder liners. This innovative system generates its own energy from temperature differences, negating the need for external wiring and power sources. In the event of a temperature deviation exceeding the set limits, the system triggers an alarm and automatically shuts down the engine to prevent damage, as vividly illustrated in the accompanying images that showcase the potential damages that can be averted with this proactive monitoring.

litem liner temperature management

A Vanguard in Energy Management

In power plants utilizing internal combustion engines, fluctuations in cylinder liner temperatures can occur due to various factors, including oil film disruption and cooling loss, potentially leading to engine seizures and significant operational losses. The Liner Temperature Monitoring (LiTeM) system is a safeguard against such incidents, designed to detect temperature imbalances in the cylinder liner and prevent unexpected shutdowns that can result in time, production, and financial setbacks.

LiTeM, a wireless and battery-free solution, integrates two temperature sensors per cylinder, positioned directly on the cylinder liners. This innovative system generates its own energy from temperature differences, negating the need for external wiring and power sources. In the event of a temperature deviation exceeding the set limits, the system triggers an alarm and automatically shuts down the engine to prevent damage, as vividly illustrated in the accompanying images that showcase the potential damages that can be averted with this proactive monitoring.

Advantages of LiTeM

LiTeM provides real-time and accurate temperature data from the engine's connecting rod upper bearing shell, enabling operators to optimize engine performance based on precise insights.

The early warning system of LiTeM alerts operators to potential bearing seizure and failures, allowing for proactive maintenance actions that prevent costly breakdowns.

The wireless and batteryless design of LiTeM eliminates the need for complex wiring and external power sources, making installation easier and quicker.

Through its proactive maintenance capabilities, LiTeM helps minimize maintenance costs and enhances the overall cost-efficiency of diesel engine operations.

LiTeM
LiTeM

Advantages of LiTeM

LiTeM provides real-time and accurate temperature data from the engine's connecting rod upper bearing shell, enabling operators to optimize engine performance based on precise insights.

The early warning system of LiTeM alerts operators to potential bearing seizure and failures, allowing for proactive maintenance actions that prevent costly breakdowns.

The wireless and batteryless design of LiTeM eliminates the need for complex wiring and external power sources, making installation easier and quicker.

Through its proactive maintenance capabilities, LiTeM helps minimize maintenance costs and enhances the overall cost-efficiency of diesel engine operations.

Introducing the LiTeM • Liner Temperature Monitoring

Preview image
  • More

    Energy Harvesting

    The part where the energy harvested from the temperature difference between the two surfaces

    Close
  • More

    Temperature Measurement Point

    Point where liner temperature measurement takes place

    Close
  • More

    Circuit Box

    It is the box where all the electonic embedded circuits and connections of the product are located.

    Close
  • More

    Cooler Case

    It is the component that includes the cooler and a cap. Tho cooler is in contact with the energy harvesting site which is used to prevent overheating.

    Close

Product Features

Efficient Temperature Monitoring and Maintenance Advancement Solution for Diesel Engines

LiTeM enables direct measurement of temperature from the engine's connecting rod upper bearing shell, providing accurate data for analysis.

This innovative sensing node operates wirelessly and is battery-free, utilizing an energy harvesting system to power itself without the need for external sources.

LiTeM facilitates seamless data transmission to the main control panel through Wi-Fi or Bluetooth Low Energy (BLE) technology.

The product includes an early warning system that alerts operators to potential bearing seizure and failures, allowing for timely intervention.

LiTeM ensures continuous control and monitoring of con-rod bearing and oil temperature, ensuring that deviations are promptly identified.

With its dual-sensor setup, including the Bearing Cap Sensor and Lub-oil sensor, LiTeM provides comprehensive insights into the engine's operational conditions.

The system adopts a proactive approach to preventive maintenance by offering continuous monitoring, thus minimizing the risk of unexpected breakdowns.

LiTeM offers faster and more accurate temperature data compared to traditional monitoring systems, aiding in precise decision-making.

As a superior technological solution, LiTeM significantly reduces costs, time, and potential generation losses by providing real-time insights into engine performance.

With its advanced monitoring capabilities, LiTeM streamlines maintenance procedures, helping to optimize engine efficiency and prolong its lifespan.

LiTeM • Liner Temperature Monitoring
LTM

LiTeM • Liner Temperature Monitoring

30 days
Write a review
Get A Quote
Power Source:
  • Thermoelectric Harvester
Installed Sensors:
  • Temperature
Data Transmission:
  • BLE - Bluetooth Low Energy
  • Wi-Fi
Rf Transmission Power:
+8dBm
Sampling Refresh Rate:
500ms - 5s
Data Output:
  • Temperature
Operating Temperature:
0 to +105 °C
Power Consumption:
30 to 60 µW
Refund:
  • 30 days
Warranty:
  • 2 years
Customizable:
Yes

Product Sheet Bluetooth Low Energy (BLE)

No posts found yet

Write a review

No posts found yet

Add question

Frequently Asked Questions

If you have any further inquiries about our product, please don't hesitate to reach out to our experienced specialists.

Talk To An Expert

  • LiTeM, short for "Liner Temperature Monitoring," is an innovative system developed by ESCOM Enhanced Solutions. It's designed to monitor and analyze temperature imbalances in cylinder liners of internal combustion engines, helping prevent potential engine damage and failures.

  • LiTeM utilizes cutting-edge energy harvesting technology, which generates its own power from temperature differentials. It consists of wireless sensors placed on cylinder liners, monitoring temperature changes. If the temperature deviates from preset limits, LiTeM sends real-time alerts, allowing prompt action to prevent engine issues.

  • LiTeM stands out with its self-powered, wireless, and batteryless design. Unlike traditional monitoring systems, it doesn't rely on external power sources or extensive wiring. Its innovative energy harvesting capabilities make it more sustainable and suitable for hard-to-reach areas.

  • Yes, LiTeM's versatility allows it to be integrated into various types of diesel engines. Whether in industrial plants, power generators, or vehicles, LiTeM's adaptable design ensures it can effectively monitor temperature imbalances across different engine types.

  • LiTeM offers several advantages. Its real-time monitoring helps prevent engine failures and reduces downtime, leading to cost savings. Its wireless and energy harvesting features eliminate the need for constant battery replacements and extensive wiring, enhancing sustainability. Additionally, LiTeM's ease of installation and compatibility with different engines make it a reliable solution for enhancing engine performance and longevity.