Semiconductor Cleaning Flow Meter

 

D116 is a state-of-the-art universal transit-time semiconductor cleaning flow meter designed using FPGA chip and low-voltage broadband pulse transmission. D116 for semiconductor clean water predominantly utilize the transit-time principle, two ultrasonic transducers are placed opposite each other on the pipe walls. Ultrasonic pulses are sent upstream and downstream, and the time difference is measured to calculate the velocity of the water flow. The flow meter features other advantages: TVT technology designed. D116 is known for its exceptional accuracy, making it suitable for applications where precise flow measurements are critical, such as semiconductor cleaning water. Less hardware components, low voltage broadband pulse transmission, low consumption power. Clear, user-friendly menu selections make flow meter simple and convenient to use. Daily, monthly and yearly totalized flow Parallel operation of positive, negative and net flow totalizes with scale factor (span) and 7 digit display, while the output of totalize pulse and frequency output are transmitted via relay and open collector. Precision in Clean Water Conditions, the absence of impurities in clean water allows for accurate and stable measurements. The D116 is a wall-mounted, clamp-on semiconductor cleaning flow meter, which is compact and lightweight, facilitates disassembly and reinstallation, and does not damage any facilities. The high quality of the material ensures it with a long service life for users.

 

 

Product Parameter
Flow range	±0.03ft/s ~ ±16ft/s (±0.01m/s ~ ±5m/s)
Accuracy	±1.0% of measured value
Fluid	Water
Pipe material	Carbon steel,stainless steel,PVC.
Pipe size	Clamp-on:1"~48"(25mm~1200mm)
Outputs	OCT Pulse output:0~5000Hz. Analog output:4~20mA,max load 750Ω.
Communication	RS485 MODBUS
Temperature	Transmitter:14℉~122℉(-10℃~50℃) Transducer:32℉~176℉(0℃~80℃)

 

 

Semiconductor cleaning: The flow meter D116 plays a crucial role in the semiconductor cleaning industry, where precision and control are essential for the cleaning processes.It utilized in chemical delivery systems for accurately measuring and controlling the flow of cleaning chemicals. This is critical in ensuring the right concentration of chemicals is delivered during the cleaning process. In semiconductor cleaning, thorough rinsing is essential to remove residual cleaning agents. D116 helps monitor and control the flow of rinse water, ensuring effective cleaning without leaving unwanted residues. Ultrasonic flow meters are integrated into wet processing equipment to control the flow rates of various liquids used in cleaning processes. This includes controlling the flow of etchants, solvents, and other chemicals. Deionized (DI) water is a critical component in semiconductor cleaning. It used to measure and regulate the flow of DI water to different parts of the manufacturing process, ensuring consistent and high-purity water supply. Ultrasonic flow meters are employed to monitor the flow of chemical waste, helping to manage and optimize waste disposal processes in compliance with environmental regulations. The real-time monitoring capabilities of the flow meter enables quick adjustments to flow rates, ensuring that the cleaning processes are consistently optimized for efficiency and effectiveness.

 

Aquaculture: Flow meter D116 plays a crucial role in the aquaculture industry by providing accurate measurements of water flow rates and other parameters. It used to monitor and control the water circulation in aquaculture systems. This is essential for maintaining optimal water quality, temperature, and oxygen levels in fish or shrimp tanks. Aquaculture farms often use automated feeding systems.It helps control the precise delivery of feed to fish or shrimp, preventing overfeeding or underfeeding. This contributes to efficient feed management and the overall health of the aquatic organisms. Filtration is crucial for maintaining water quality in aquaculture. D116 is employed to monitor the flow rates through different filtration components, such as mechanical filters, biofilters, and UV sterilizers, ensuring optimal performance. Aquaculture facilities need to manage and monitor the discharge of water, which may contain waste products. Flow meters help in measuring and controlling the effluent flow, ensuring compliance with environmental regulations and preventing pollution. RAS systems are designed to recirculate and filter water within closed aquaculture systems. And flow meters play a key role in monitoring and optimizing water flow rates through different components of RAS, including tanks, filters, and biofiltration units. It assists in monitoring overall water usage in aquaculture operations. This is important for water conservation efforts and efficient resource management. During disease outbreaks, flow meters can be employed to measure the flow rates of water carrying treatments such as medications or disinfectants. This ensures proper dosage and distribution.

 

 

 

 

Gentos is committed to collaborating with clients to efficiently utilize fluid resources and offer comprehensive solutions for energy conservation, emission reduction, and precise measurement. They prioritize employee development and provide clear promotion systems and training opportunities. In terms of team structure, Gentos fosters the growth of experienced staff while also introducing management talents at various levels. They strive to be innovative and establish fluid measurement technologies and applications as standards and regulations in the industry. Gentos' ultrasonic flow meters find applications in both traditional and cutting-edge industries, thanks to the successful implementation of their transit-time patent technology.

 

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Deliver, Shipping, and Serving

 

 

Driven by a dedication to customer service, Gentos has established a swift delivery system, guaranteeing timely product dispatch. Unfailingly, Gentos expedites order processing and ensures product delivery within a swift 2 to 3-day period. Enhancing convenience, Gentos provides a diverse array of transportation and express delivery options, tailoring to the individual needs of each customer.

 

 

Q:What is semiconductor cleaning?

A:We'll find out more about the cleaning that is critical to improving semiconductor yield. Cleaning is an essential process to ensure semiconductor quality. So when performing semiconductor cleaning, it becomes especially important to use a flow meter to view the data in real time.

 

Q:How is flow meter used in semiconductor cleaning?

A:Flow meters help control the concentration of cleaning chemicals in baths and tanks. Maintaining the right chemical concentration is crucial for effective cleaning without causing damage to sensitive semiconductor components.

 

Q:Why are flow meters crucial in semiconductor 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 for semiconductor cleaning. 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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