Maintenance of CNC machine
Pressure regulator valve symbol and function
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Maintenance of CNC machine
Symbols of hydraulic circuit | Hydraulic symbols
Symbols of hydraulic circuit includes Transmission line symbols Hydraulic pump Hydraulic motor Cylinder Air line service Direction control valves Flow control valves Pressure control valves Pressure switch Pressure gauge Temperature gauge flow meter Electric motor Accumulator-Spring loaded Accumulator gas charged Weight loaded accumulator Intensifier For more details-Click here. Learn CNC Read more…
Maintenance of CNC machine
Basics of hydraulic circuits
Hydraulic circuit diagram is the graphics representation of the hydraulic component interconnected.Basics of hydraulic circuits.Hydraulic system design.Hydraulic circuit explanation. Hydraulic circuit explanation Main parts of hydraulics are needed to designs are Hydraulic power pack consists.- Motor,Pump,Mechanical coupling,Tank,Strainer, filter,cooler etc. Hydraulic control elements.-Directional control valve,pressure control valve,flow control valve,etc Power drive Read more…
Maintenance of CNC machine
Working principle of hydraulic accumulator
What is hydraulic accumulator?What is working principle of hydraulic accumulator?Use of hydraulic accumulator. Function It is to store energy and provide back up during system failure . It can be called as capacitance of the system. Shock suppression. Pressure ripple elimination. Compensate leakage. Energy source. Working principle Accumulator is a Read more…
Maintenance of CNC machine
Working principle of hydraulic pumps | Working of hydraulic pump
Working principle of hydraulic pumps-It convert mechanical energy by pushing the hydraulic fluid into the system. It some times called as generator.It is designed to give motion or flow of fluid. Pump push the hydraulic fluid into the system,because of resistance in fluid flow pressure developed. The pump never predetermine Read more…
Maintenance of CNC machine
Types of pump in hydraulic | Which type of pump used in hydraulic system
Different types of pump in hydraulic systems are gear pump,Vane pump,etc. Types of pump in hydraulic Positive displacement pump Rotary pump Reciprocating pumps Non positive displacement pump Centrifugal pumps Axial flow pumps Radial flow pumps Rotary Pumps There are three types of rotary pumps. Gear pump Vane pump Screw pump Read more…
Maintenance
Hydraulic system maintenance schedule,checklist
Hydraulic system maintenance schedule is required to prepare and follow to avoid breakdown. Check List Daily Weekly Monthly Quaterly Half yearly Yearly Oil Property,detorioration X X Tank Cleaning X Water Cleaningfrom Oil X Oil Level X Oil temperature X Pressure X Filter with Indicator X Filter without Indicator X Pump Read more…
Maintenance of CNC machine
Specification of hydraulic pump
IPH-4B-25-LT-11 -Specification of hydraulic pump (Example). Specification Description IPH IPH Series IP pump 4 Size(Example-2,3,4,5,6) B Mounting(Example-A :Foot Mounting,B:Flange Mounting) 25 Delivery(cc/rev) LT Auxiliary symbol(No Symbol:Clock wise rotation,T(LT):With threaded type flange kit,E(EL):With welded type flange kit 11 Design Code For More details-Click here. Learn CNC Programming-Click here CNC Maintenance
Maintenance of CNC machine
Ball screw mechanism in CNC machine
What is Ball screw mechanism in CNC machine?How ball screw works?Application,advantages and disadvantages. Ball screw is same like lead screw.It uses ball, running inside the helical channel.As its uses rolling ball bearing inside,friction is less and provide high level of positioning accuracy. APPLICATIONS OF BALL SCREW ADVANTAGES OF BALL SCREW Read more…
Maintenance of CNC machine
What is the principle of Hydraulic system?
What is the principle of Hydraulic system? Hydraulic System works on Pascal’s law. Pascal’s Law Pressure of fluid in an enclosed is uniform in all the direction. Functions of hydraulic system The main function of hydraulic system is to create linear motion or circular motion. Hydraulic pressure Formula Pressure(P)=Force(F)/Surface Area(A) Read more…