Temperature - Import export

Discover the future of indoor air quality with AiM, ESCOM Enhanced Solutions' innovative, solar-powered monitoring solution. This state-of-the-art system effortlessly tracks temperature, humidity, pressure, air quality, and CO2 levels. Harnessing wireless technology and a built-in solar panel, AiM provides an eco-friendly, maintenance-free solution for comprehensive real-time air quality data. Designed for 24/7 use, AiM operates for up to a week in the dark when fully charged. Its intelligent low-energy level warning ensures you're always prepared, and an audible alert signals when CO2 levels reach a defined threshold, prioritizing occupant safety and well-being. Product Features Revolutionizing Indoor Air Quality: AiM - The Self-Sufficient, Solar-Powered Monitoring Solution Wireless, batteryless, maintenance-free It is designed for 7/24 operation. Indicates Temperature-Humidity- CO2 levels.

Wi-CoRe is an innovative wireless control relay specifically engineered to enable seamless integration between WiT-es and WiPr-es sensors and industrial control systems. It is designed for applications requiring continuous monitoring and real-time temperature and pressure-based adjustments in various industrial settings. Wi-CoRe simplifies temperature and pressure control by receiving data from WiT-es and WiPr-es sensors, processing it, and automatically adjusting relay outputs based on the set parameters, all while displaying the sensor's information on the screen. By intelligently switching its operation according to the temperature and pressure data received from WiT-es and WiPr-es sensors, Wi-CoRe ensures optimal regulation and minimizes manual intervention in control systems. This advanced control relay is the ideal solution for enhancing efficiency and precision in temperature and pressure-dependent industrial processes.

Valve Rotation Monitoring for reciprocating Diesel/HFO/Gas (Bio, NG) Engines. In conventional engine system all sensors are connected to outer parts of the engine components and coupled with cables for power and signalization. It was not possible to place sensors inside the engine, or on moving parts because of cable connections or explosive risks. VaRoM, is the first solution to be installed on the Inlet and Exhaust Valves of engines, and provides vital data about the valve rotation and temperature. Thus, operators can follow the valve conditions and apply preventive and protective maintenance against Valve Break Failures. Valve Break Failures are very common failures in reciprocating engines and one single valve failure can cause millions to recover the engine. Product Features Easy-to-use Scada application to visualize and analyze sensor data. Automatically collects BLE data sent from the sensor.

Revolutionizing Connecting Rod Bearing Monitoring CoRoM is a wireless and batteryless sensing node with energy harvesting system that provides direct measurement of the temperature from the ConRod bearing, the most critical point in diesel engines. By continuously monitoring via Wi-Fi/BLE the ConRod bearing and oil temperature, CoRoM offers a proactive approach to maintenance, providing an early warning system for bearing seizure, and avoiding catastrophic engine failure. CoRoM's innovative technology offers a revolutionary approach to connecting rod bearing monitoring in diesel engines, which can lead to significant cost savings and improved engine performance. The temperature of ConRod upper bearing shell is measured by a PT100 sensor, located in the groove of ConRod upper cap with or without drilling a hole to get upper bearing shell temperature

Introducing the MVHHT Series: High-temperature filters built to withstand the heat. Crafted with micro glass fiber media and separator, available in stainless steel or galvanized steel frames. Resilient up to 250 degrees, these filters are essential for air conditioning systems and industrial processes. "

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.

Traditional in-pipe temperature sensors, including thermocouples, RTDs, and thermistors, have been essential in various industries for monitoring temperature variations. However, they present several drawbacks. These conventional sensors rely on wired connections for data transmission and power supply, necessitating complex and extensive cabling infrastructure. Cable trays and platforms must be installed to accommodate wiring, increasing costs and architectural requirements. Over time, cables are susceptible to deterioration, leading to signal loss, inaccurate measurements, and potential safety hazards. Regular maintenance is essential to address these issues, adding to operational expenses.

Introducing MV4HT, V-Bank type high-temperature filter. Crafted with a galvanized steel frame and microglass fiber media, it offers M6 to F8 efficiency. The high-temperature gasket ensures resilience up to 350 degrees, making MV4HT the optimal choice for demanding applications in the automotive industry

Your solution for high-temperature challenges in the automotive industry. With high efficiency and an extensive surface area, these filters thrive in temperatures up to 270 degrees. Trust MASHT for top-tier performance and durability, ensuring optimal air quality in demanding automotive environments.

"Most compressor manufacturers do not use an aftercooler on their piston type compressors. Therefore compressed air exits the compressor at about 100°C temperature. Mikropor's High Temperature Dryer has an aftercooler to reduce the inlet temperature."

Energy consumption, one of the basic cost items, constitutes approximately 80% of total filtration costs. Because of this high rate, using an air filter with high energy efficiency provides cost-saving and also reduces the amount of waste, since the replacement frequency is decreased. An invariable method is used in order to evaluate the energy efficiency of G4, M5, M6, F7, F8, and F9 class filters, and products in which this method is implemented are indicated with Eurovent 4/11 certificate located thereon. Our Eurovent certified products protect your health and the environment while allowing you to save money. We offer a complete range of air filters suitable for a modern-day painting system. These systems require either a constant fresh and particle-free air or recirculated air without VOC. Because of our worldwide experience, we supply ultimate filtration solutions for HVAC and HT applications to well-known automotive manufacturers.

ESCOM Enhanced Solutions provides advanced wireless sensor technology that enables real-time monitoring of key parameters, such as temperature, pressure, and gas emissions. Our sensors are designed to withstand the demanding conditions of power and steam generation environments, offering a maintenance-free solution that enhances predictive maintenance and operational safety.

Piston Temperature Monitoring (PiTeM) enables temperature data to be taken and monitored directly from the engine connecting rod, piston pin bushing bearing, piston head and piston rings. In this way Continuous control and monitoring of piston cooling efficiency Condition of connecting rod upper bearing shell Piston pin bushing bearing condition Any jamming between the piston rings and the liner It provides early intervention in such situations. PiTeM with Energy Harvesting System is wireless and battery-free. It minimizes Connecting Rod Bearing and Piston Failures with a preventive, informative and protective early warning system by transmitting data via BLE and Wi-Fi.

Wi-CaM is an advanced wireless charging and monitoring device specifically engineered for WiT-es and WiPr-es sensors. Deployed when the energy needed for WiT-es and WiPr-es operations is insufficient, Wi-CaM also displays real-time sensor data (temperature or pressure) for field operators. Streamlining the installation process, Wi-CaM charges the relevant sensor in just 2 seconds and exhibits the sensor's information on its built-in screen. Featuring easy usage, mobility, accuracy, and fast interaction, this innovative device, patented by Escom Enhanced Solutions, offers a convenient handheld design for real-time monitoring of temperature, pressure, MAC address, signal power rate, sensor name, and charge level. Wi-CaM boasts a waterproof, dustproof construction and a rechargeable internal lithium-ion battery, ensuring optimal performance and durability in demanding field conditions Product Features Revolutionize Field Operations with Wi-CaM's Wireless Charging and Real-time Monitoring

LiTeM is a unique product wirelessly receiving and monitoring temperature directly from engine cylinder liner so that provide vital data for continuos control & monitoring of cylinder liner condition of Internal Combustion Engines used in many power plants and marine industry. Product Features -Efficient Temperature Monitoring and Maintenance Advancement Solution for Diesel Engines -LiTeM enables direct measurement of temperature from the engine's cylinder liner, 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 liner seizure and failures, allowing for timely intervention.

WiT-es is a patented, self-powered, wireless temperature sensor for industrial applications. Eliminate the need for batteries, wiring, and tedious maintenance while enjoying accurate, real-time monitoring in power plants, chemical facilities, refineries, and more. Discover the unmatched reliability and efficiency of WiT-es, revolutionizing the way we measure temperature.

These are products which allow liquid to flow at flow direction and used for preventing flow at reverse direction. It prevents fluid back flow when pump is out of service in pump plants. Ball is closed by its own weight or counter force. Check valves are mounted considering the fluid flow direction. Ball system deforms late with respect to flap system. In the event that it is deformed , upper cover is opened and ball is removed and new one is installed and maintenance of checkvalve is made easily. It can be used easily in drinking water plants and fluids which are free of acid.