ENGINEERING CALCULATORS
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Engineering calculators (Beta)
Find drive torque from required thrust, or thrust from a known torque.
Click the grid to add ordered vertices. Edit coordinates in mm; separate holes with a blank line. The last vertex closes to the first automatically.
Choose units and enter numbers. Full-width digits and fractions such as 1/8 or 1 3/8 are accepted. Changing a unit converts the entered value.
Reference calculation only. Results do not certify suitability for an actual design or its safety.
Inputs: select a blue symbol to edit Results: red-orange values and lines
3D shows an illustrative extrusion. Its display length does not enter the section calculations. Edit dimensions in 2D.
Next after thrust: screw-shaft buckling and critical speed
T = Fℓ/(2πη), F = 2πηT/ℓ, v = ωℓ/(2π), Pout = Fv, Pin = Tω
Displayed values are rounded. Diagrams illustrate the calculation conditions. Initial material and fluid properties are examples; replace them with values for the actual material, temperature and conditions.
ReferenceEquations assume particular loads, supports and deformation ranges. Check inputs, units and the applicability of each equation. Diagrams explain conditions; they are not manufacturing drawings or proof of safety.
Material values are typical values or reference ranges, not certified product properties or ready-to-use design allowables. They vary with standards, product form, dimensions, temper and temperature. Check the specifications and inspection certificates for the actual product.
Displayed safety factors and checks apply only to the supplied inputs and calculation model. They do not automatically establish the safety of a complete design, including code compliance, service life, fatigue or joints. For actual design, manufacture and use, separately verify applicable regulations and standards, product specifications, and the necessary tests and engineering review.
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必要な推力からトルク、または既知のトルクから推力を求めます。
選択した形状・計算方法により、使う項目は変わります。実際の計算は上の図と入力欄で行えます。
T = Fℓ/(2πη), F = 2πηT/ℓ, v = ωℓ/(2π), Pout = Fv, Pin = Tω
ねじ軸から直線側へ動力を伝える正作動モデルです。リードは1回転の移動量で、多条ねじではピッチと異なります。ηは指定条件でのねじ効率です。予圧・支持軸受・シールなどの追加トルク、回転慣性、危険速度、座屈、寿命、逆駆動・セルフロック・ブレーキ保持は含みません。締結ボルトの軸力とは別の計算です。
現在選択中の方法には、操作欄の「計算式・適用条件」を使ってください。参考計算であり、設計全体の安全性を保証するものではありません。
Find drive torque from required thrust, or thrust from a known torque.
The selected model determines which of these inputs and outputs apply. Use the working diagram and input panel above to calculate.
T = Fℓ/(2πη), F = 2πηT/ℓ, v = ωℓ/(2π), Pout = Fv, Pin = Tω
Forward power transmission from screw shaft to linear load. Lead is travel per revolution and differs from pitch on multi-start screws. η is screw efficiency for the actual conditions. Preload, bearing and seal torque, rotational inertia, critical speed, buckling, life, backdriving, self-locking and brake holding are excluded. This differs from bolt tightening preload.
The displayed formula and conditions in the working panel apply to the currently selected model. Reference calculation only; it does not certify a complete design.
図で条件を整理してから計算し、最後に実際の部品仕様を確認します。
Understand conditions with diagrams, calculate, then verify actual specifications.
Compare ball-screw size and speed in an animation →
Calculation inputs are not transferred automatically. Enter the required dimensions and speed in the animation.
