Design and analysis of hydraulic scissor lift

  • How does the hydraulic system work on a scissor lift?

    Hydraulic Scissor Lift Workings
    Typically, one to three hydraulic cylinders power the scissor legs to move vertically upwards or downwards.
    The power source or motor provides the energy for this process.
    A platform at the top is connected to the scissor legs and carries the load on the unit..

  • How to design hydraulic scissor lift?

    Scissor Lift Design and Dimensions are determined by the type of work the scissor lift is specified to undertake.
    These include the power consumption required to operate, the maximum load-lifting capacity, elevation height, etc.; these will determine the dimensions of a scissor lift..

  • What is the design calculation for a scissor lift?

    For a scissor lift Force required to lift the load is dependent on, Angle of link with horizontal Mounting of cylinder on the links Length of link.
    Formula used Where W = Load to be lifted S= a2 + L2 -2aL*cos α S = Distance between end points of cylinder..

  • Hydraulic lifts work on a basic principle: to go up, a pump pushes oil into the cylinder, pushing the piston (which pushes the lift car) up.
    To go down, the valve opens and oil is allowed to flow back into the reservoir, and is pushed back using the gravitational force of the lift car.
The main aim of this paper is design and analysis and to construct a multiutility home equipment for senior citizens so that they can carry their daily 

What is a hydraulic scissor lift?

The paper describes the design as well as analysis of a hydraulic scissor lift having two levels

Conventionally a scissor lift or jack is used for lifting a vehicle to change a tire, to gain access to go to the underside of the vehicle, to lift the body to appreciable height, and many other applications

What is a scissor lift drafting & drawing?

Drafting & drawing of achieved by the application of pressure to the outside of hydraulic system scissor lift is done using solid works with the lowest set of supports, elongating the crossing pattern, suitable modeling and imported to Ansys work bench for and propelling the work platform vertically upwards

The meshing and analysis

What is static analysis in hydraulic scissor lift?

The static analysis is done on the hydraulic lift Define the material properties such as young's modulus and density etc

, Apply boundary condition and pressures

Solve the problem using current LS command from the tool

Damping co-efficient =0 008 Fig

(11) Equivalent (Von-Mises) Stress of MS Hydraulic Scissor Lift,Mpa

Design and analysis of hydraulic scissor lift
Design and analysis of hydraulic scissor lift
Laboratory scissor jacks are lifting stages for beakers, flasks, water baths, stirrer, or other lab tools used to elevate equipment height to the user's needs, usually around 5 to 20 cm.
It consists of metal pieces connected together in a scissor-like shape between a top and a bottom platform.
The metal pieces acting as an adjustable lift using the scissors mechanism in changing its height and also can withstand a wide range of weight.

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