Daniel Orifice Flow Calculator

The Daniel Orifice Flow Calculator is a highly efficient tool for calculating flow rate, pressure drop, or differential pressure in pipelines. Developed by Daniel Measurement and Control, Inc., it is widely used in the oil and gas industries for optimizing process control and ensuring accurate measurement of fluids.

The calculator uses the differential pressure measurement principle to calculate the flow rate. It accurately measures the difference in pressure of fluid across an orifice plate installed in the pipeline through which the fluid is flowing. The orifice plate size and shape are preselected based on the nature of the fluid, its flow rate, and other factors such as temperature and pressure.

The software interface is user-friendly and provides an easy-to-use system for selecting variables such as fluid type, pipe size, orifice plate size, temperature, pressure, and so on. It then calculates the flow rate based on these inputs and presents the results in a clear and concise format.

The Daniel Orifice Flow Calculator is renowned for its accuracy, speed, and reliability. The software reduces human error by automating complex calculations and ensuring consistent results. It can be used for a wide range of applications such as custody transfer measurement, process optimization, and control loop tuning.

The software can be accessed from a desktop or mobile device with an internet connection. The company provides free training videos and manuals to ensure that operators can use the software effectively. Additionally, they offer technical support services to customers to ensure that their needs are met.

• Features:
• Accurate flow rate calculation
• User-friendly interface
• Automated calculations reduce human error
• Widely used in oil and gas industries
• Can be accessed from desktop or mobile device

The Daniel Orifice Flow Calculator is an essential tool for any pipeline engineer or operator. It is a must-have for industries requiring precise flow measurement and control for optimal performance and safety.