Flow Meter Cleaning

 

The flow meter D116 is a non-intrusive device used for measuring the flow rate of liquids, typically in pipes, without the need for direct contact with the fluid. The flow meter cleaning is designed to be mounted on a wall, providing ease of installation and accessibility. Utilizes clamp-on ultrasonic sensors that are externally mounted on the pipe surface. Non-intrusive design eliminates the need to cut into the pipe or interrupt the flow when used in semiconductor cleaning measurement. Relies on the transit-time ultrasonic principle for flow measurement. Ultrasonic pulses are transmitted through the pipe, and the time difference is used to calculate the flow velocity. Semiconductor cleaning flow meter D116 is suitable for a wide range of liquid applications, including water, chemicals and other industries. D116 provides high accuracy in flow measurements, ensuring precise and reliable results. And capable of measuring a broad range of flow rates to accommodate varying operational conditions. It equipped with a clear and easy-to-read LCD display for real-time flow data. D116 has intuitive user interface for easy configuration and setup. It includes data logging capabilities for recording flow data over time. D116 supports communication protocols such as Modbus and FUJI for integration into control and monitoring systems. This semiconductor cleaning flow meter is equipped with features to compensate for variations in fluid temperature and pressure. Ensures accurate measurements under different operating conditions. Clamp-on design allows for quick and straightforward installation without disrupting the flow. D116 complies with relevant industry standards and certifications to ensure reliability and accuracy. About semiconductor cleaning flow meter D116, its design, accuracy, and ease of installation make it suitable for a wide range of applications in different industries.

 

 

Description

D116

Digital Correlation Transit Time Flow meter Installation on method:wall mount Transmitter: Flow Range:±0.03ft/s~ ±16ft/s(±0.01m/s ~ ±5m/s) Accuracy: ±1.0% of measured value Repeatability: 0.3% Pipe Size Range:1"~48" (25mm ~ 1200mm) Keyboard:16 (4×4) touch keys Display:20×2,alphanumeric, backlit LCD Power supply:10-36V DC@1Amax Transmitter enclosure:IP65,ABS/PC enclosure Temperature:-20℉~50℉ Output: OCT pulse output 0-10KHz, Relay output, 4-20mA optional Communication: RS232, Modbus Protocol Temperature: -40℉~+140℉ (-40℃~60℃)

 

 

Municipal Water Monitoring: D116 is integral components in the Municipal Water Monitoring industry, helping to measure and manage the flow of water in various systems. It is used to monitor the flow rates of water within municipal distribution networks. This information is crucial for optimizing water supply, identifying leaks, and managing water distribution efficiently. It employed to detect abnormal flow rates in water distribution systems, which can indicate leaks. By identifying and locating leaks promptly, municipalities can reduce water losses and conserve resources. Flow meters cleaning are used in wastewater treatment plants to measure the flow rates of incoming and treated water. This information helps in optimizing treatment processes, ensuring compliance with environmental regulations, and managing effluent discharge. In urban areas, D116 can utilized to monitor storm water flow rates. This information is critical for managing storm water runoff, preventing flooding, and assessing the impact on water quality. It's often integrated into water quality monitoring stations to measure the flow rates of rivers, streams, or canals. This aids in understanding the movement of water and its impact on water quality. Municipal water systems use pumps to move water through pipelines. Flow meters can help monitor pump efficiency by measuring the flow rates and ensuring that pumps are operating optimally. And it assists in monitoring the inflow and outflow rates of water in reservoirs. This data is essential for managing water levels, planning water releases, and maintaining reservoir capacity. D116 can provide data that can be used to implement and evaluate water conservation programs. By understanding water usage patterns, municipalities can develop strategies to promote responsible water consumption. It used to measure the water consumption of industrial facilities connected to municipal water supplies. This aids in regulating industrial water usage and ensuring compliance with local regulations. Flow meter can employed during fire hydrant flow testing to measure the rate at which water can be supplied for firefighting purposes. This information helps in planning and optimizing fire protection systems. So D116 can contributing to efficient water management, conservation efforts, and the sustainability of water resources within urban and municipal settings.

 

 

 

 

Gentos is committed to cooperating with customers to solve the effective use of fluid resources, to provide energy saving and emission reduction, reduce the use of fluid resources loss, accurate measurement, enhance the effective use of fluid resources of the overall programme.

 

With the successful application of its transit-time patent technology, Gentos' ultrasonic flow metres find applications not only in traditional industries like the petroleum, water resources, chemical, urban heating, and power industries, but also in research institutions for measurement purposes.

 

Furthermore, Gentos places great emphasis on employee development by providing clear promotion systems and comprehensive training opportunities.

 

In terms of team structure, Gentos not only nurtures the growth of experienced employees but also gradually introduces management talents at various levels, creating a balanced combination of new and experienced personnel to ensure the steady and robust development of the company.

 

Innovation is the hallmark of Gentos, and we are constantly searching for the best fluid measurement technologies and applications for mankind, and translating them into standards and specifications for human use in fluid measurement.

 

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Deliver, Shipping, and Serving

 

 

With a customer-centric ethos, Gentos has unveiled a rapid delivery system, assuring timely arrival of desired products. With utmost efficiency, Gentos expedites order processing and swift product dispatch within a commendable timeframe of 2 to 3 days. Featuring a comprehensive catalogue of transportation and express delivery methods, Gentos caters to diverse customer requirements.

 

 

Q:What types of cleaning fluids are commonly measured by semiconductor cleaning flow meters?

A: Flow meters cleaning are used to measure a variety of fluids, including cleaning chemicals, solvents, and deionized water. These fluids play a key role in the removal of contaminants and particles from semiconductor components.

 

Q:Why are flow meters crucial in cleaning processes?

A:Flow meters are essential for accurate and precise control of fluid flows, ensuring the proper dispensing of cleaning chemicals, rinsing with deionized water, and maintaining optimal conditions forcleaning. They contribute to process efficiency and quality control.

 

Q: Can flow meters be integrated with control systems in semiconductor manufacturing facilities?

A:Yes, flow meters can be integrated with Building Management Systems (BMS) or Programmable Logic Controllers (PLC) for centralized control and monitoring. Integration allows for automated control based on preset parameters and facilitates alarms for abnormal flow conditions.

 

Q: Can flow meters be used for monitoring and optimizing cycle times in semiconductor cleaning processes?

A:Yes, flow meters provide real-time data on fluid flows, allowing operators to monitor and adjust flows to optimize cleaning processes. This can contribute to minimizing cycle times and improving overall process efficiency.

 

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