Fluid Control

Innovative solutions for safe and efficient fluid management systems.

Power Station Regulating Valve

Main Technical Parameters

  • Power Supply:Three - phase AC 380V (±5%); Single - phase AC 220V (±5%)​

  • Frequency:50Hz (±0.4%)​

  • Ambient Temperature:Smart switch type: -20℃~+70℃; Smart regulating type: -20℃~+60℃​

  • Relative Humidity:≤95% at 25℃​

  • Altitude:≤1000m​

  • Input/Output Signals:4 - 20mA (Note: No input signal for switch type)​

  • Basic Error:≤±1%​

  • Repeatability Error of Stroke Control:≤±1%​

  • Protection Level:IP65​

  • Explosion - proof Mark:Ex dⅡBT4​

  • Customization:If the above parameters do not meet your requirements, customized orders are available according to customer demands.

RS Valves provides exceptional quality and reliability in fluid control solutions. Their innovative designs and certifications ensure we trust them for our critical applications.

John Doe

A close-up view of a metallic valve connected to several thick cables, with a blurred urban background. The focus is on the industrial component in the foreground, while figures and vehicles are indistinct in the distance.
A close-up view of a metallic valve connected to several thick cables, with a blurred urban background. The focus is on the industrial component in the foreground, while figures and vehicles are indistinct in the distance.

★★★★★

Fluid Control

Specialized valves for petrochemical, power, and water utilities.

Several green metal valve wheels positioned in a row, with a background that appears to be part of an industrial setting.
Several green metal valve wheels positioned in a row, with a background that appears to be part of an industrial setting.
Close-up of industrial equipment showing a metallic valve connected to a thick hose. A person wearing bright orange and yellow protective gloves is operating the machinery. Background includes various mechanical components and structural elements.
Close-up of industrial equipment showing a metallic valve connected to a thick hose. A person wearing bright orange and yellow protective gloves is operating the machinery. Background includes various mechanical components and structural elements.
A close-up view of industrial pipes and valves against a background of blue panels. The metal fittings are prominently displayed, showing signs of usage and exposure. The image focuses on the mechanical components, illustrating the intricacy of industrial systems.
A close-up view of industrial pipes and valves against a background of blue panels. The metal fittings are prominently displayed, showing signs of usage and exposure. The image focuses on the mechanical components, illustrating the intricacy of industrial systems.
A close-up view of a rusted, industrial metal valve and piping system against a heavily corroded yellow and orange wall. The valve shows significant wear with flaking paint and visible rust, indicating age and exposure to the elements.
A close-up view of a rusted, industrial metal valve and piping system against a heavily corroded yellow and orange wall. The valve shows significant wear with flaking paint and visible rust, indicating age and exposure to the elements.
A rusty metal valve is prominently featured, showcasing signs of age and corrosion. The background reveals other industrial components, with bolts and pipes visible. The surroundings appear weathered, adding to the industrial and aged look.
A rusty metal valve is prominently featured, showcasing signs of age and corrosion. The background reveals other industrial components, with bolts and pipes visible. The surroundings appear weathered, adding to the industrial and aged look.
A close-up view of several industrial red valve handles, with a blurred background. The metal is weathered with visible signs of rust and wear.
A close-up view of several industrial red valve handles, with a blurred background. The metal is weathered with visible signs of rust and wear.