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Directional Control Valve CV691

Directional Control Valve CV691. Present system. New Proposed System with CV691 valve. Directional Control Valve CV691 with integrated Flow Control Valve. Pressure Setting. Flow Control. Components used in alternative systems. System with CV691. Standard System.

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Directional Control Valve CV691

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  1. Directional Control ValveCV691

  2. Present system

  3. New Proposed System with CV691 valve Directional Control Valve CV691 with integrated Flow Control Valve Pressure Setting Flow Control

  4. Components used in alternative systems System with CV691 Standard System 1 Directional Control Valve8 Fittings4 Hoses 1 Directional Control Valve1 Flow Control Valve12 Fittings6 Hoses

  5. Benefits for the customer INCREASE OF MACHINE PRODUCTIVITY • Productivity is measured by how many tons a machine can produce per hour regardless of the weight of different materials at any given time as conditions change during operations. The productivity target is to be able to maintain a preset speed at all time over the entire pressure range for the motors operating both the screen box and conveyor belts. • The CV691 feeds out the needed oil flow to the motor at all time that is over the whole pressure range as conditions and material weights changes over time. • The CV691 has a very distinct pressure cut off point, which has the effect that the motors will not have any gradual speed reduction up to the set opening pressure point. • Energy Saving . A system with the CV 691 offers considerable less pressure drop thantoday’s system, which thereby reduces the heat in the system and thereby reduces the internal leakage in all pumps and motors. The effect is that it stabilizes the speed of the motors as any internal leakage of the all hydraulic components causes volumetric inefficiencies ( Heat is an energy thief which will change conditions.)

  6. Benefits for the customer ENERGY SAVING FOR THE END USER Energy savings for the machine user is defined as the consumption of diesel to get at certain amount of material moved from A to B in a certain time. We have measured the pressure drop (energy loss) between the today's system and the Nimco CV 691 at an inlet flow of 90 Lpm and outlet flow of 70 Lpm. Conclusion :CV691 will have 3,0 kW less power loss than the today´s system. Three valves on one machine will be 9 kW less power.Savings of diesel per year :The customer will then SAVE 5.500 liters diesel fuel per year. Saving in £ per year for the machine user : £ 3.750 GPB per year.

  7. Benefits for the customer CV691´S PERFORMANCE CURVES Constant flow out from the valve to the motor Pressure Setting Point

  8. Benefits for the customer

  9. Power loss Energy saving up to 3,5 kW Per conveyor

  10. Volumetric efficiency Volumetric losses (speed reaction) increase with power losses (heat) that are created in the system

  11. Summary of advantages Cost saving on components Increase of the productivity Less power loss Energy saving

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  14. Questions?

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