Test stand for control valves_1919822
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GUNT Test Stand for Control Valves, Mobile Water Circuit, Electro-Pneumatic Valve Testing, Data Acquisition Software

The GUNT Test Stand for Control Valves is designed for investigating and testing various control valve models used in process engineering systems. Control valves serve as actuators linking controllers with systems to regulate gas or liquid flows. Understanding valve behaviour and system response is critical for optimal control loop design. This mobile test stand features a water circuit with pump and tank, allowing integration of the valve under test. Flow rate is adjusted using a gate valve and recorded by an electromagnetic flow rate sensor. Two pressure sensors measure pressures upstream and downstream of the valve.

Product Features

  • Mobile test stand for comprehensive control valve testing
  • Water circuit with pump and tank for realistic flow conditions
  • Electromagnetic flow rate sensor records flow adjustments via gate valve
  • Two pressure sensors measure upstream and downstream pressures
  • Pressure regulator adjusts supply pressure for electro-pneumatic valves
  • Manipulating variable set by potentiometers as current signals
  • Position feedback returned as current signals from valves
  • Motorised valves actuated via pushbuttons
  • Resistance teletransmitter measures valve stroke accurately
  • User-friendly GUNT software for data acquisition, valve characteristic plotting, and step response evaluation

Benefits

  • Enables detailed analysis of control valve performance and behaviour
  • Facilitates optimization of control loops through practical valve testing
  • Mobile design allows flexible use in laboratory or training environments
  • Accurate measurement and data acquisition for reliable evaluations
  • Supports education, research, and industrial valve testing applications

Why Choose the GUNT Test Stand for Control Valves?

This test stand combines realistic process conditions with precise instrumentation and software support, making it an ideal platform for learning and researching control valve dynamics and improving control system design.

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