eyc-tech

💪 Precision in Small Airflow Measurement: The Advantages of FTE120 💪
In today’s data centers, pharmaceutical industries, and cleanroom applications, precise management of small airflow and air velocity is critical!

🌬️ Our eyc-tech FTE120 Air Flow Transmitter can precisely monitor low air velocities, ensuring even air distribution and enhancing operational efficiency and safety.

Whether it’s preventing local overheating in data centers, ensuring stable conditions in pharmaceutical production, or maintaining cleanliness in cleanrooms, the FTE120 proves its immense potential. 📊
https://www.eyc-tech.com/news-detail/low-air-flow-measurement-advantages-of-fte120.htm

🌐 eyc-tech Helping Enterprises Achieve ESG Goals 🌐

Transmitter technology plays a crucial role in environmental protection, especially in the field of exhaust air treatment. Through real-time data monitoring, enterprises can ensure the timely and effective implementation of environmental measures, thereby enhancing their environmental image and market competitiveness.

eyc-tech transmitters not only provide precise monitoring and control functions but also support the realization of sustainable development goals. We are committed to helping enterprises achieve greater achievements in the fields of ESG, jointly pursuing the concept of sustainable development.

🔗 Click the link to learn more about our solutions
https://www.eyc-tech.com/show/eyc-exhaust-emission-flow-monitoring-solution.htm

📈 Air Flow Monitoring in Air Scrubbers 📈
In exhaust air scrubbers, the eyc-tech AFMT Average Flow Measuring Tube can be installed in the recommended position (10D before and 5D after the straight pipe section).

Paired with the PHM330 differential pressure transmitter or the PMM330 indoor differential pressure transmitter, it measures air velocity and volume, providing stable and reliable data transmission.

AFMT https://www.eyc-tech.com/eyc-afmt-average-flow-measuring-tube-pitot-tube.html
PHM330 https://www.eyc-tech.com/phm330-differential-pressure-transmitter.html
PMM330 https://www.eyc-tech.com/pmm330-differential-pressure-transmitter-indoor.html

🌿 Precise Monitoring of VOCs Emissions to Protect Air Quality! 🌿

In industrial process environments, the issue of air pollution caused by volatile organic compounds (VOCs) cannot be ignored.

With the FTM94/95, designed to withstand harsh industrial environments, we provide real-time, precise data monitoring. This allows for the timely detection and handling of anomalies, preventing excess emissions due to equipment failure or operational errors. Effectively controlling emission data helps avoid additional energy consumption while contributing to carbon reduction efforts.

FTM94/95 Industrial Grade High Accuracy Thermal Mass Flow Transmitter
Sensor type : Pt20 / Pt300(Air velocity) / Pt1000(Temp.)
Measuring range : 0 ... 120 Nm/s
Output : 4 ... 20 mA / 0 ... 10 V / RS-485 / Impulse
Accuracy : ±1.5% F.S.
IP rating : IP67(Probe) / IP65(Housing)
https://www.eyc-tech.com/eyc-ftm94-95-industrial-grade-high-accuracy-thermo-air-velocity-transmitter.html

🌍 Effective Exhaust Air Treatment for reducing carbon emissions 🌿
As environmental awareness continues to rise, effective treatment of industrial exhaust air and reducing carbon emissions have become crucial tasks for every enterprise. eyc-tech offers a series of advanced transmitter technologies to help companies achieve precise monitoring and optimize exhaust air treatment processes, aiding in the attainment of carbon neutrality goals.

🌟 Precise Monitoring: Real-time data on exhaust emissions ensures compliance.
🌟 Efficiency Enhancement: Optimizing treatment processes to reduce energy consumption and costs.
🌟 Achieving ESG Goals: Effective environmental measures that enhance corporate image.

Product Highlights:
🌿FTM94/95 Industrial Grade High Accuracy Thermal Mass Flow Transmitter: High accuracy, resistant to high temperatures, corrosion, and dust.
🌿AFMT Average Flow Measuring Tube (Pitot tube) with Differential Pressure Transmitter: Stable and reliable air velocity calculation.
🌿DPM04 Flow Totalizer: Displays instantaneous and cumulative values, providing multiple communication and control functions.

Learn more now 👉
https://www.eyc-tech.com/show/eyc-exhaust-emission-flow-monitoring-solution.htm
Join us in making a difference for the future of our planet. eyc-tech stands with you!

🌱 The Key to Carbon Neutrality—Emissions Data Monitoring 🌱
Precise data monitoring is crucial in achieving carbon neutrality goals. Through the application of transmitters, enterprises can precisely grasp exhaust air emission data, effectively conduct carbon audits, and ensure compliance with environmental standards, assisting in achieving 2050 net zero emission goal.

Transmitters paired with the DPM04 Flow Totalizer provide easy 2" LCD dual display for measurement data.
https://www.eyc-tech.com/dpm04-flow-totalizer.html

🚀 Facing the Challenges of Exhaust Air Treatment 🚀
Exhaust air treatment faces technical and cost challenges, along with changes in regulations and standards.
Different exhaust air compositions and concentrations require various treatment technologies, with high equipment investment and operational costs.
By using PHM330 Differential Pressure Transmitters and precise data monitoring, we can improve treatment efficiency, reduce costs, and effectively respond to regulatory changes.

✅ AFMT Average Flow Measuring Tube (Pitot tube)
https://www.eyc-tech.com/eyc-afmt-average-flow-measuring-tube-pitot-tube.html

✅ PHM330 Differential Pressure Transmitter
https://www.eyc-tech.com/phm330-differential-pressure-transmitter.html

✨ Small Value Precise Measurement: Equipment Upgraded, Tech Enhanced ✨

In modern industry and scientific research, precise measurement of low air velocity and airflow is crucial.

eyc-tech's patented wind tunnel device and sonic nozzles, combined with Laser Doppler Anemometry (LDA), provide exceptional solutions for measuring low air velocity, airflow, and differential pressure.

✅ Low Air Velocity: Precise measurement down to 0.1 m/s
✅ Micro Differential Pressure: As low as 1 Pa
✅ Airflow Measurement: 1 m³/h

Applications: HVAC, clean rooms, data centers, compressed air systems, exhaust air treatment, etc.

https://www.eyc-tech.com/news-detail/equipment-upgrades-and-tech-advancements-measuring-low-air-velocity-airflow-differential-pressure.htm

🔍 Exhaust Air Treatment -Activated Carbon Adsorption Tech 🔍
Activated carbon adsorption towers utilize the adsorptive properties of activated carbon to deodorize and remove odors from organic air exhaust, applicable in electronics, manufacturing, pharmaceuticals, and other fields.

Installing eyc-tech FTM94/95 Thermal Mass Flow Transmitter, which are suitable for harsh industrial environments, ensures environmental compliance and enhances exhaust air treatment efficiency.

eyc-tech FTM94/95 Industrial Grade High Accuracy Thermal Mass Flow Transmitter
https://www.eyc-tech.com/eyc-ftm94-95-industrial-grade-high-accuracy-thermo-air-velocity-transmitter.html

💡Role of Exhaust Air Scrubbers💡
Exhaust air scrubbers transfer pollutants from air to liquids through air-liquid contact, clean the air, and then separate them from the contaminated liquid.

We use AFMT Average Flow Measuring Tube (Pitot tube) in conjunction with PMM330 Differential Pressure Transmitters for flow monitoring, ensuring effective exhaust air treatment.

✅ AFMT Average Flow Measuring Tube (Pitot tube)
https://www.eyc-tech.com/eyc-afmt-average-flow-measuring-tube-pitot-tube.html

✅ PHM330 Differential Pressure Transmitter
https://www.eyc-tech.com/phm330-differential-pressure-transmitter.html

🌍 Importance of Exhaust Air Treatment 🌍
In industries such as chemical, optoelectronics, and semiconductors, the emission of volatile organic compounds (VOCs) and other exhaust air poses a significant environmental problem. Effective exhaust gas treatment technologies and monitoring measures are crucial to protecting the environment and public health and reducing carbon emissions.

Amid this increasingly challenging context, eyc-tech has been deeply engaged in the exhaust gas treatment field for many years, providing high-precision and reliable solutions. We address the exhaust gas treatment needs of various industries, helping companies achieve environmental protection goals while promoting sustainable development.
https://www.eyc-tech.com/eyc-ftm94-95-industrial-grade-high-accuracy-thermo-air-velocity-transmitter.html

🌍 Promoting Carbon Neutrality: A New Breakthrough from eyc-tech!
We launch the revolutionary FDM06-I Venturi Thermal Mass Flow Meter. For years, we have focused on global warming and developed the eyc-tech high-precision air velocity transmitter to help companies precisely monitor carbon emissions and advance carbon inventory goals.

Product Highlights:
- Combination of Venturi Tube and Hot-wire Measurement Principle: Provides high-precision, low-pressure loss measurements at low air velocity
- LCD Screen: Displays instantaneous and cumulative flow, and sets relay control options
- Multiple Output Functions: Analog, RS-485, and Relay

Application Fields:
Compressed Air Usage Monitoring, Air Leak Management, Energy Management, Cost Allocation, Pneumatic Equipment Condition Monitoring

Contact us now to learn more about eyc-tech's exclusive FDM06-I Venturi Thermal Mass Flow Meter!🌱
https://www.eyc-tech.com/news-detail/new-product-preview-revolutionary-flow-meters-assist-in-cfv.htm

🔍 Precise Airflow Measurement: Venturi Tube & Differential Pressure Transmitter 🔍
In industrial applications, the Venturi tube and differential pressure transmitter are a golden duo for efficient flow measurement:

The Venturi tube consists of three parts: the inlet, the contraction section, and the diffuser. As fluid enters the Venturi tube, it accelerates in the contraction section, and according to the Bernoulli principle, the increase in velocity leads to a decrease in pressure.

Measuring pressure difference in the Venturi tube requires using a differential pressure transmitter. The transmitter measures the pressure difference between the inlet and the contraction section, which is proportional to the fluid's velocity and flow rate.

The pressure difference measurement results are transmitted via analog signals to the DPM04 instant totalizing indicator-controller, which converts them into air velocity and flow rate measurement values, allowing for real-time flow monitoring and cumulative flow rate calculation.

Combining the fluid dynamics advantages of the Venturi tube with the precise detection of the differential pressure transmitter improves system operating efficiency and stability, making your industrial processes smarter and more reliable! 🔧🌟

Feel free to grab your free unit conversion table for differential pressure and air velocity. https://www.eyc-tech.com/show/eyc-air-volume-unit-conversion-chart.htm

🚀Revealing Differential Pressure Measurement Technology🚀
In industrial automation and control systems, precise differential pressure measurement technology is crucial. Through our latest technical article, you will gain an in-depth understanding of the principles, technologies, and advantages of differential pressure measurement in various applications!
Differential pressure measurement technology plays an indispensable role in clean rooms, HVAC, and other applications, ensuring system monitoring and process...

🌟 Highlights:
• Unveiling Differential Pressure Principles: Learn how differential pressure is used to infer flow velocity and flow rate, ensuring system safety and efficiency.
• Analysis of Differential Pressure Measurement Technologies: Explore the applications and advantages of different technologies such as piezoresistive and hot-wire methods.
• Pitot Tubes and Venturi Tubes: Discover the critical role these devices play in accurate air velocity measurement.
• Diverse Application Scenarios: Understand the extensive applications of differential pressure measurement technology in HVAC, clean rooms, hospitals, and industrial process monitoring.

Click to read the full article now and master the core of differential pressure measurement technology, helping you stand out in the industry!👇👇
https://www.eyc-tech.com/show/eyc-tech-revealing-differential-pressure-measurement-technology.htm

🔍 Precise Airflow Measurement: ****Differential Pressure & Averaging Pitot Tube 🔍

The Pitot tube is a device used to measure fluid flow velocity, working by measuring the dynamic and static pressure of the fluid to calculate velocity.

The averaging Pitot tube is an improved version of the Pitot tube, with multiple pressure taps on the probe distributed across the cross-section of the fluid pipeline. By averaging the pressures from these taps, more premise average velocity can be obtained. Its structural features include:

1. Multi-point pressure taps: Multiple pressure taps on the probe help acquire more precise pressure data.
2. Averaging: Pressure data from multiple taps are averaged to reduce errors caused by fluid turbulence and uneven flow.

Combining a differential pressure transmitter with an averaging Pitot tube enables more premise fluid flow measurement.

AFMT https://www.eyc-tech.com/eyc-afmt-average-flow-measuring-tube-pitot-tube.html
Feel free to grab your free unit conversion table for differential pressure and air velocity. https://www.eyc-tech.com/show/eyc-air-volume-unit-conversion-chart.htm

🌟 Differential Pressure Measurement: Unveiling the Principles of Hot-wire, and Piezoresistive Techniques🌟
Hot-wire and the piezoresistive are common techniques for differential pressure measurement. They utilize different physical effects to measure pressure differences, applied in various scenarios to ensure environmental and system safety and efficiency.

◾The hot-wire differential pressure measurement technique calculates pressure differences by measuring air velocity. This technique can precisely measure minute pressure differences and has low zero-point drift, ensuring long-term stability and precision.
◾The piezoresistive differential pressure transmitter operates based on the piezoresistive effect, using piezoresistive elements on a silicon diaphragm that change resistance when deformed by pressure differences. The change in resistance is proportional to the pressure difference, and after signal processing, it yields an electrical signal proportional to the pressure difference.

Pressure Transmitter https://www.eyc-tech.com/differential-pressure-transmitter.htm
Feel free to grab your free unit conversion table for differential pressure and air velocity.
https://www.eyc-tech.com/show/eyc-air-volume-unit-conversion-chart.htm

🚀 Free Resource Share! Common Air Velocity and Volume Conversion Chart 📊
Dear friends, in the field of measurement, accurate air velocity and volume conversions are crucial! To help everyone handle these data more easily, we have prepared a super practical common air velocity and volume conversion chart, now available for free!

🌟 How to get it for free:
1. Click the link below to go to the page.
2. Fill out a simple information form.
3. The conversion chart will be sent to your email immediately!
🔗 https://www.eyc-tech.com/show/eyc-air-volume-unit-conversion-chart.htm

To help more people, feel free to share this post with anyone who might need it!
Thank you all for your support, and we will continue to provide more useful resources! 💪

🌍 Promoting Carbon Neutrality: A New Breakthrough from eyc-tech!
We are about to launch the revolutionary FDM06-I Venturi Hot-wire Airflow Meter, set to redefine the standards of airflow measurement. For many years, we have been attentive to global warming issues and deeply understand their urgency. Through relentless efforts and research, eyc-tech has developed a high-precision air velocity and volume transmitter to help companies precisely monitor and reduce carbon emissions during production, driving the achievement of Carbon Footprint Verification (CFV).

Product Highlights:
◾Combination of Venturi Tube and Hot-wire Measurement Principle: Provides precise airflow measurement, suitable for low air velocity conditions, achieving high precision and low pressure loss.
◾LCD Screen: Displays instantaneous and cumulative flow, with simple button operation to set relay control options.
◾Multiple Output Functions: Analog, RS-485, and Relay, integrating measurement and real-time control.

Application Fields:
◾Compressed Air Usage Monitoring
◾Air Leak Management
◾Energy Management
◾ Cost Allocation
◾Pneumatic Equipment Condition Monitoring
◾Industrial Gas Monitoring

Stay tuned, we are about to unveil the mystery of the FDM06-I and share this groundbreaking innovation with you, helping your business achieve effective carbon tracking in the future!🌱
https://www.eyc-tech.com/news-detail/new-product-preview-revolutionary-flow-meters-assist-in-cfv.htm

🏥🔬Applications of Differential Pressure Measurement in Cleanrooms and Hospitals 🔬🏥

The most common applications of differential pressure measurement is in cleanrooms and hospitals.

▶️ In cleanrooms, maintaining positive pressure prevents external contaminants from entering, ensuring cleanliness. Adjusting fans or valves maintains a higher pressure inside the cleanroom than outside.

▶️ In hospitals, negative pressure rooms prevent internal contaminants from escaping, avoiding cross-infection from viruses and bacteria. Adjusting the exhaust system maintains a lower pressure inside the ward than outside.

Differential Pressure Transmitter https://www.eyc-tech.com/differential-pressure-transmitter.htm

📊 Understanding Pressure and Differential Pressure

In industrial and scientific applications, pressure measurement is crucial. Pressure measurement can be divided into two main categories: pressure and differential pressure.

▶️ Pressure
Pressure refers to the force exerted per unit area, and there are two common forms of pressure measurement: absolute pressure and gauge pressure.
Absolute pressure is the pressure relative to a vacuum, calculated from zero pressure (i.e., complete vacuum). This type of measurement is essential in fields requiring precise pressure measurements, such as meteorology, aerospace, and oceanography.
Gauge pressure is the pressure relative to atmospheric pressure, also known as relative pressure, typically used to describe the pressure inside a container or system compared to the external atmospheric pressure. Gauge pressure is widely used in everyday life and industrial fields, such as car tire pressure, hydraulic system pressure, and pneumatic system pressure.

▶️ Differential Pressure
Differential pressure is the pressure difference between two distinct points, used to understand the pressure changes or differences between these points. Differential pressure measurement is common in flow measurement, filter monitoring, and liquid level measurement. For example, differential pressure sensors can measure fluid flow in pipelines or monitor the pressure difference across filters to determine if they need replacement.
Differential pressure is also used in environmental monitoring, such as cleanrooms and hospitals. In cleanrooms, differential pressure measurement helps maintain indoor air quality by ensuring that external contaminants do not enter. Cleanrooms typically need to maintain a positive pressure state to prevent outside air from entering. In hospitals, particularly in operating rooms and isolation wards, differential pressure measurement is equally important. Operating rooms need to maintain positive pressure to prevent external contaminants from entering and protect patient safety. Isolation wards need to maintain negative pressure to prevent pathogens from spreading, protecting healthcare workers and other patients.

Conclusion
Understanding the differences and applications of pressure and differential pressure is fundamental knowledge in pressure measurement. Choosing the appropriate pressure measurement method depends on specific application needs to ensure measurement accuracy and reliability.

Differential Pressure Transmitter https://www.eyc-tech.com/differential-pressure-transmitter.htm
Pressure Transmitter https://www.eyc-tech.com/pressure.htm

🏋️‍♀️Breath fresh, work efficiently: GS23 protects indoor air quality!🏋️‍♀️
High CO2 concentration Indoor may lead to breathing difficulties, lack of concentration, fatigue, and drowsiness.
Therefore, maintaining proper ventilation and regularly monitoring CO2 levels are crucial.
GS23 helps to prevent issues caused by excessive CO2
Ensuring monitoring and proactive prevention!!

GS23 CO₂ Transmitter / Indoor type
✅ Measuring range：CO2 0 ... 2000 PPM
✅ Output：0-10 / 4-20mA / RS-485
✅ IP Rating：IP20
✅ Material：PC(PC-110)(UL94V-2)

https://www.eyc-tech.com/eyc-gs23-co2-transmitter-indoor-type.html

🚘 GM33 helps to prevent the risk of CO poisoning 🚘
Parking lot management is an indispensable part of urban life.
With GM33, by detecting changes in CO levels
Managers can promptly identify safety risks and take appropriate measures, such as increasing ventilation or temporary suspension of entry

The application of this technology significantly enhances the safety of parking lots
Providing users with a safe and comfortable environment

GM33 CO Transmitter (Wall Type)
✅ Measuring range：0 ... 500 PPM
✅ Output：4 ... 20 mA + RS-485
✅ Accuracy (at 25 ±2°C, 40 ±10%RH)：CO ±3% of F.S. (Best zero-point )
✅ IP Rating：Body : IP65 / Sensor : IP20

https://www.eyc-tech.com/eyc-gm33-gm34-co-transmitter-for-wall-duct-type.html

🔍Precise Measurement of Small Airflow in HVAC Systems🔍
The central air conditioning system utilizes large air conditioning units, which then distribute the air through ducts to various locations.
The FTS34/35 Air Velocity Transmitter accurately measures even during low operation of air conditioning units, monitoring even the slightest breeze from the blower.

FTS34/35 Air Velocity Transmitter
✅ Accuracy : ±2%F.S.
✅ Minimum measuring range : 0.2 m/s
✅ Output : 4 ... 20 mA / 0 ... 10 V / RS-485
✅ IP Rating : IP 54

https://www.eyc-tech.com/eyc-fts34-35-air-velocity-transmitter.html

🌡️📊 Temp & Humidity Transmitters Help to Enhance Environmental Comfort 🌡️📊

Temperature & Humidity Transmitter monitor indoor environments allowing for the adjustment of ventilation equipment in offices to enhance employee comfort and productivity while simultaneously saving energy costs.

THR23 Indoor Temperature & Humidity Transmitter
✅ Temperature Measurement Range: 0 ... 50°C
✅ Humidity Measurement Range: 0 ... 100%RH (Non-condensing)
✅ Output: 0 ... 10 V / 4 ... 20 mA / RS-485
✅ Accuracy: ±0.5°C (temperature), ±3%RH(30 ... 80%RH) (humidity)
✅ IP Rating: IP20

https://www.eyc-tech.com/eyc-thr23-temperature-humidity-transmitter-indoor-type.html

🌬️💡✨ Utilizing Differential Pressure Transmitter to Protect Cleanrooms! ✨💡🌬️
If there is a change in external air pressure, it's highly likely that contaminants from outside may enter the cleanroom.
This is where the differential pressure transmitter comes into play!
By continuously monitoring the pressure difference between the inside and outside of the cleanroom, it helps us maintain stable environmental pressure
Preventing external contaminants from entering the cleanroom and ensuring the purity of the manufacturing process

PMD330 Differential Pressure Transmitter (Indoor)
✅ Measurement Range: ±50 ... ±10000 Pa
✅ Output: 4 ... 20 mA / 0 ... 10 V / RS-485
✅ Accuracy: ±2% F.S.
✅ IP Rating: IP65

https://www.eyc-tech.com/eyc-pmd330-differential-pressure-transmitterr-indoor.html

Enhance HVAC System Performance for Energy Efficiency and Environmental Protection!

Primary Applications of Transmitters:
☛ Commercial Buildings: Integrate sensors with BEMS for monitoring, achieving energy savings of 5% to 20%
☛ Cooling Systems: Optimize the operation within cooling systems, significantly reducing energy consumption
☛ Clean Rooms: Maintain high cleanliness in clean rooms, improving production quality
☛ Parking Lots: Real-time CO monitoring in parking lots to ensure user safety

Click and read the article: https://www.eyc-tech.com/show/eyc-industry-application-measuring-transmitter-for-hvac-energy-saving-system-in-smart-building.htm

Advantages of using Taiwanese Manufacturer eyc-tech transmitters:
- High precision and stability
- Various output methods for flexible connection
- Optional ISO/IEC 17025 calibration report

Modern buildings need efficient HVAC systems to ensure comfort, safety, and energy savings. eyc-tech's high-precision transmitters help you monitor and control temperature, humidity, air velocity, and air quality in real-time, making your systems more efficient.
Contact us now for more information and customized HVAC solutions!

Your Best HVAC Partner,
eyc-tech

💨Exploring Cleanroom Technology: Effectively monitor the Air Velocity of the Ventilation system💨💨
Cleanroom ventilation systems help attract tiny air particles to filters to achieve purification
FTS34/35 monitors the air velocity
To ensure sufficient air velocity to transport air

FTS34/35 Air Velocity Transmitter
✅ Air Velocity Measurement Range: 2 m/s；10 m/s；20 m/s；40 m/s
✅ Output: 4 ... 20 mA / 0 ... 10 V / RS-485
✅ Accuracy: ±2%F.S.
✅ IP Rating: IP 54

https://www.eyc-tech.com/eyc-fts34-35-air-velocity-transmitter.html

🌬️🌡️ Optimizing indoor air quality to maintain health! 🌡️🌬️
TGP03 can be integrated into the public HVAC system of office buildings.

This transmitter precisely measures indoor temperature, humidity, carbon dioxide, and PM2.5

But also offers RS-485 output for monitoring and recording of on-site detection data.

This helps to maintain indoor air quality and enables intelligent adjustment!

TGP03 Multifunction CO₂/PM2.5 Indoor Air Quality Monitor
✅ Sensor type: Temperature & Humidity MEMS / CO₂ NDIR / PM2.5 Infrared LED
✅ Measuring range: 0, ..., 50°C / 0, ..., 100%RH (Non-condensing) / 0, ..., 2,000 PPM / PM2.5 0, ..., 500 μg/m³
✅ Output: RS-485
✅ Accuracy: ±0.5°C / ±3% RH / ±40 PPM ±3% of reading / ± 10 μg/m³ ± 5% of reading
✅ IP rating: IP20

https://www.eyc-tech.com/eyc-tgp03_thp03-multifunction-pm2-5-indoor-air-quality-monitor.html

💧🌡️ Water Flow Monitoring in Cooling Towers 🌡️💧

The FTC05 by eyc-tech employs the principle of thermal diffusion, utilizing two thermal resistors immersed in the fluid to achieve precise monitoring and control of flow rates.

By installing the hot-wire flow switch in the fluid circuit of the cooling water tower, adjustments to water flow velocity or other cooling parameters can be made based on the monitored flow rate. This ensures the desired cooling effect is consistently achieved.

FTC05 Hot Wire Thermal Flow Switch
✅ Water Flow Measurement Range: 1 ... 200 cm/s
✅ Probe Pressure Resistance: 10 bar
✅ Operating Temperature: -20 ... +60°C
✅ Operating Humidity: 0 ... 100%RH
✅ IP Rating: IP65 (Option IP67)

https://www.eyc-tech.com/eyc-ftc05-hot-wire-thermal-flow-switch-eyc-ftc05.html