Schmalz

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• Number Of Suction Cups

  Calculates the required number of suction cups for a given necessary holding force in `N`

• Suction Cup Diameter

  Converts a suction cup area to a diameter

• Suction Cup Area

  Calculates the minimum area for a single suction cup to handle a specific loadcase

• Suction Force Horizontally

  Calculates the horizontal force that is needed to grip a workpiece

• Suction Force Vertically

  Calculates the vertical force that is needed to grip a workpiece

• Theoretical Holding Force Load Case1

  Calculates the theoretical holding force for loadcase 1, suction pad horizontal, force direction vertical. F = m * (g + a) * S

• Theoretical Holding Force Load Case2

  Calculates the theoretical holding force for loadcase 2, suction pad horizontal, force direction horizontal. F = m * (g + a / μ) * S

• Theoretical Holding Force Load Case3

  Calculates the theoretical holding force for loadcase 3, suction pad vertical, force direction vertical. F = m * (g + a / μ) * S

• Sub Hose Diameter

  Calculate the required diameter of sub hoses needed when splitting from one main hose to n sub hoses

• Main Hose Diameter

  Calculate the required diameter of the main hose needed when combining from n sub hoses to one main hose

• Evacuation Time

  Calculates the time to evacuate a given volume from a given pressure to a target pressure. t = V / q * ln(p0 / p1)

• Suction Capacity

  Calculate the needed volumetric flow for a pump

• Vacuum Hose Diameter

  Calculates the hose diameter of a vacuum hose

• Pressure Hose Diameter

  Calculates the hose diameter of a compressed air hose. ((1600 * V^1.85 * L) / (10^10 * Δp * pMax))^(1 / 5)

• Ambient Pressure

  Calculates ambient pressure given height difference to sea level. p(z) = p_0 * e^((-g*z)/(RL*T))

• Max Negative Pressure

  Calculates max negative pressure at target height. np(z) = nel * p(z)

• maxNegativePressure

  Calculates max negative pressure at target height while having bad weather. np(2)*0.95

• Amortization Calculator For Automated Loading Unloading

  Amortization calculator for automated loading/unloading (ivOS)

• Amortisation Calculator Ergonomic Handling Systems

  Amortization calculator for handling devices

• Air Flow Rate Open Flow Resistor

  Calculates the flow through a flow resistor for given inlet and outlet sizes. m = N * (1 - b) * a_k * A^∗ * 𝛹_P * √(2 ∗ p_t1 ∗ 𝜌_t1)

• Open Flow Resistor

  Calculates the amount of open FlowResistors. N_o = N * (1 - b)

• Bore Diameter Area

  Calculates the bore diameter Area of the FlowResistors used. A^* = (π / 4) * (d^*)^2