Superior Temperature, Flowrate Monitoring and Control Intelligent Flow Regulator

Product Description

Intelligent Flow Regulator

SPFR series intelligent flow regulator is designed to work with waler heater, water chiller or cooling tower that can connect with multiple mould interfaces. Its functions of temperature, flowrate monitoring and control can adapt to different working conditions.

Our Advantages

Precise Flow Control

• High accuracy: They can precisely control the flow rate of fluids, ensuring that the flow meets the specific requirements of the process. This is crucial in applications where accurate flow control is essential, such as in chemical processing, where the precise ratio of different fluids is required for a reaction.
• Fine - tuning capabilities: Intelligent Flow Regulators allow for fine - tuning of the flow rate. They can make small adjustments to the flow, which is beneficial in processes that require very precise control, like in semiconductor manufacturing, where even a slight variation in the flow of gases or liquids can affect the quality of the product.

Adaptability and Flexibility

• Automatic adjustment: These regulators can automatically adjust the flow rate based on changes in the process conditions. For example, in a cooling system, if the temperature rises, the Intelligent Flow Regulator can increase the flow of the cooling fluid to maintain the desired temperature.
• Multi - mode operation: They often support multiple operation modes, allowing them to be used in a variety of applications. They can be set to operate in a constant - flow mode, where the flow rate is maintained at a fixed value, or in a proportional - control mode, where the flow rate is adjusted in proportion to a certain process variable.

Energy Efficiency

• Optimal flow management: By precisely controlling the flow rate, Intelligent Flow Regulators can ensure that the fluid is used efficiently. They can adjust the flow to match the actual demand of the process, avoiding over - supply or under - supply of the fluid, which helps to save energy. For example, in a water - supply system, the regulator can adjust the flow of water according to the actual consumption, reducing energy waste.
• Reduced pressure losses: These regulators are designed to minimize pressure losses in the fluid system. This means that less energy is required to pump the fluid through the system, resulting in energy savings. In industrial pipelines, the use of Intelligent Flow Regulators can significantly reduce the energy consumption of the pumping equipment.

System Protection

• Over - flow protection: Intelligent Flow Regulators can prevent over - flow in the system by limiting the maximum flow rate. This protects the system from damage caused by excessive fluid flow, such as pipe bursts or equipment failures. In a fuel - supply system, for example, the regulator can prevent the fuel from flowing at a rate that could cause a spill or damage to the engine.
• Back - flow prevention: They are often equipped with features to prevent back - flow of the fluid. This is important in systems where back - flow can cause contamination or damage. In a plumbing system, for instance, a back - flow - prevention feature in the Intelligent Flow Regulator can prevent dirty water from flowing back into the clean - water supply.

Monitoring and Diagnostics

• Real - time monitoring: Intelligent Flow Regulators can provide real - time information about the flow rate, pressure, and other relevant parameters of the fluid system. This allows operators to monitor the system's performance and detect any abnormalities promptly. In a wastewater - treatment plant, operators can use the real - time data from the regulator to ensure the proper functioning of the treatment process.
• Diagnostic capabilities: They often have built - in diagnostic functions that can identify problems in the system, such as blockages, leaks, or valve malfunctions. This helps maintenance personnel to quickly locate and address the issues, reducing downtime and improving the overall reliability of the system.

 

Specifications

Iterm\Model	SPFR-200	SPFR-400	SPFR-600	SPFR-800	SPFR-1000	SPFR-1200
Working temp	0-120ºC
Measuring range	1-18l/min
Working pressure	Max 10bar
To mould/retum mould	3/8*PT
Main pipe in/out	3/4*PT
Dimension(mm)	406	406	406	526	646	766
Weight(kg)	26	28	30	34	39	43