BKV Vana Makina İnşaat Tesisat San. and Co. Ltd

BKV ValveModel GF16YMP -Booster Pump Control Valve

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BKV 116 Series Pump Control Valves are designed lo automatically start or stop booster {horizontal shaft) pumps used in water supply systems. They are active check valves that open or close completely in response to electrical signals. From the moment the pump`s start button is pressed until the pump reaches its operating speed, the pump control valve opens more slowly than the pump. When the pump`s stop button is pressed, the pump control valve first begins to close slowly without creating a shock, and then, when the valve is fully closed, the pump is switched off by the limit switch on the valve. In the event of a power failure, the pump control valve acts as an active check valve to prevent backflow to the pump, eliminating the need for an additional check valve in the system.

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  • Normally open/normally closed solenoid valves.
  • Wide pressure and voltage ranges.
  • Safe mechanical shut-off.
  • Remote motor on/off capability.
  • Active check valve feature.
  • Minimizing surge damage.
  • Individually adjustable opening and closing ratios.
  • Maintenance can be performed without removing it from the pipeline.
  • Open the valves indicated by (e) on the valve.
  • Open the needle valve indicated by (cl) 3 turns. Open the needle valve indicated by (c2) 2 turns.
  • Check the pump panel electrical circuit diagram.
  • The pump control valve will open completely.
  • Restart the pump by opening the isolation valve located at the outlet.
  • You can adjust the opening speed of the valve with the needle valve indicated by (cl).
  • When you stop the pump, you can adjust the closing speed of the valve with the needle valve indicated by (c2).
  • Start the pump.
  • Agricultural irrigation
  • Fire extinguishing
  • Industrial applications
  • Irrigation and drinking water systems

  • Closed position: The valve is closed by applying pressure to the diaphragm through fluid pressure.
  • Open position: Internal line pressure moves the diaphragm upwards, allowing flow.
  • Modulation position: The diaphragm remains in a fixed position by balancing the internal and external line pressures.