Advantages of Electric Control Valve

An van bi điều khiển điện is an electrically powered device that closes, opens, or partially closes a path in a liquid or gas flow. These valves are suitable for a wide variety of applications and industries.

A key benefit of using electric actuators is their lower energy consumption. This is largely due to the fact that they do not require compressed air.

Reduced Wastage of Resources

One of the most important benefits of using an Electric Control Valve is that they help reduce the wastage of resources. This is particularly beneficial when used in industrial or manufacturing processes, as well as at home.

The reduction in wastage helps businesses to meet global ecological standards, which in turn, improves their environmental impact and increases financial returns.

Also, these valves are able to automatically open and close, without the need for an operator, which makes them highly efficient. This saves time and effort, as well as ensures safety for the operators.

Unlike pneumatically actuated control valves, electrically actuated valves do not have a tendency to clog or have a high noise level during operation. They are also able to be paired with independent power sources, such as backup batteries or generators, which can help them continue working or shut down safely in the event of a power outage.

Reduced Maintenance Costs

A control valve is a crucial element of many industrial process plants. The initial purchase price represents only 20% of the valve’s total cradle-to-grave cost (Figure 1). Almost three-quarters of the valve’s life cycle cost goes to maintenance, which offers huge potential for cost reduction.

Plants often attempt to use predictive maintenance techniques, such as monitoring equipment status and addressing problems before they occur. Such programs cut maintenance costs and provide dramatic production and profitability improvements, but they’ve proven challenging to implement.

The key to success is gathering and analyzing data. For example, a smart positioner can monitor valve travel, air usage and other operational parameters. When these signals are compared to future van an toàn signature test results, maintenance staff can quickly identify developing problems that haven’t yet resulted in failure.

Reduced Energy Consumption

Valves play an important role in industrial and manufacturing processes, by opening and closing passageways in piping and tubing systems. They can also be engineered to do so automatically in response to changes in flow, pressure, or temperature.

A reduction in energy consumption associated with using an Electric Control Valve can be achieved by choosing the right model for your application. For example, solenoid valves consume less electricity than their direct or indirect operated counterparts depending on the cycle pattern of the valve.

Another way to reduce energy consumption is by using additional circuitry that lowers the current during operating cycles. This is especially useful for DC solenoid valves.

With the growing demand for clean and sustainable power sources, it is important to consider energy conservation when selecting an actuator. As electric actuators do not require the use of supply gas and do not emit emissions, they are an excellent choice for many applications. They can also be controlled remotely, making them ideal for automation. You will find giải pháp giám sát điện năng.

Reduced Emissions

Electric control valves are an excellent way to reduce emissions. These devices automatically control the flow of water, gas and other liquids in industrial and manufacturing processes.

As an added advantage, the use of these valves also helps in reducing the amount of energy used to operate them. As a result, the reduction in power consumption leads to a significant reduction in emissions.

The fugitive emission test is important in ensuring that an electric control valve does not emit excessive amounts of gas during its operation. This is done using the API 622 and API 624 test procedures.

Fugitive emissions are unintentional leaks that discharge from pressure-containing equipment, such as valve packings, relief valve seats, pump seals and flange leaks. They are a major source of emissions in oil and gas plants, including upstream facilities.

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