RV 10 x 3 (5 starts)

Name: RV 10 x 3 (5 starts)
SKU: RV 10 x 3 (5 starts)

Model / article: RV 10 x 3 (5 starts)

RV 10 x 3 (5 starts) is listed by Rollvis SA in Planetary roller screws. Published model data includes Helix angle: 5,20 °; Direct efficiency: 0,89 1. See the specification table for operating conditions and source evidence.

Published size/lead/start configurations, not complete ordering codes. Nut design, preload, accuracy grade, thread direction, seals, shaft length and end machining require configuration. Load capacities are not actuator thrust ratings.

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Product overview

Manufacturer / supplier: Rollvis SA
Series: Rollvis RV planetary roller screws
Component type: Planetary roller screws
Source: Open published source

Published pricing

No verified public price indexed for this model. Contact PartMeld for a supplier inquiry.

Published specifications

Values are shown as published. Conditions, rating basis and source evidence apply to each value.

Latest source observation: 2026-09-14. Observation dates record evidence collection, not supplier re-verification.

Specifications and source evidence for RV 10 x 3 (5 starts)
Specification	Published value	Conditions and source
Helix angleModel-level statement	5,20 °	rule validated Operating conditions architecture standard planetary ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Helix angle: 5,20 ° \| {} PDF p.26 / RV 10 x 3 (5 starts) / Helix angle Source observed: 2026-09-14View source
Maximum axial backlash (source unit unspecified)Model-level statement	0,03Rating: maximum	extracted Operating conditions architecture standard planetary availability can be reduced on demand nut type single ordering scope published diameter/lead/start configuration; not a complete ordering code unit note unit not printed in the source column; confirm with manufacturer Source evidence RV 10 x 3 (5 starts) \| Max axial backlash: 0,03 (unit not printed) PDF p.26 / RV 10 x 3 (5 starts) / Max axial backlash Source observed: 2026-09-14View source
Direct efficiencyModel-level statement	0,89 1	rule validated Operating conditions architecture standard planetary direction rotary to linear ordering scope published diameter/lead/start configuration; not a complete ordering code rating note catalog estimate; preload and operating conditions affect actual efficiency Source evidence RV 10 x 3 (5 starts) \| Direct efficiency: 0,89 1 \| {'direction': 'rotary to linear', 'rating_note': 'catalog estimate; preload and operating conditions affect actual efficiency'} PDF p.26 / RV 10 x 3 (5 starts) / Direct efficiency Source observed: 2026-09-14View source
Dynamic axial load capacity CaModel-level statement	14,3 kN	rule validated Operating conditions architecture standard planetary nut type double ordering scope published diameter/lead/start configuration; not a complete ordering code rating basis rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit Source evidence RV 10 x 3 (5 starts) \| Dynamic load capacity Ca: 14,3 kN \| {'nut_type': 'double', 'rating_basis': 'rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit'} PDF p.26 / RV 10 x 3 (5 starts) / Dynamic load capacity Ca Source observed: 2026-09-14View source
Dynamic axial load capacity CaModel-level statement	14,3 kN	rule validated Operating conditions architecture standard planetary nut type single ordering scope published diameter/lead/start configuration; not a complete ordering code rating basis rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit Source evidence RV 10 x 3 (5 starts) \| Dynamic load capacity Ca: 14,3 kN \| {'nut_type': 'single', 'rating_basis': 'rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit'} PDF p.26 / RV 10 x 3 (5 starts) / Dynamic load capacity Ca Source observed: 2026-09-14View source
Dynamic axial load capacity CaModel-level statement	7,9 kN	rule validated Operating conditions architecture standard planetary nut type split ordering scope published diameter/lead/start configuration; not a complete ordering code rating basis rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit Source evidence RV 10 x 3 (5 starts) \| Dynamic load capacity Ca: 7,9 kN \| {'nut_type': 'split', 'rating_basis': 'rolling fatigue; use catalog load/life and preload equations, not a continuous thrust limit'} PDF p.26 / RV 10 x 3 (5 starts) / Dynamic load capacity Ca Source observed: 2026-09-14View source
Indirect efficiencyModel-level statement	0,87 1	rule validated Operating conditions architecture standard planetary direction linear to rotary ordering scope published diameter/lead/start configuration; not a complete ordering code rating note catalog estimate; not proof of system backdrivability Source evidence RV 10 x 3 (5 starts) \| Indirect efficiency: 0,87 1 \| {'direction': 'linear to rotary', 'rating_note': 'catalog estimate; not proof of system backdrivability'} PDF p.26 / RV 10 x 3 (5 starts) / Indirect efficiency Source observed: 2026-09-14View source
Lead (travel per revolution)Model-level statement	3 mm/rev	rule validated Operating conditions architecture standard planetary ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Lead P (travel per revolution): 3 mm/rev \| {} PDF p.26 / RV 10 x 3 (5 starts) / Lead P (travel per revolution) Source observed: 2026-09-14View source
Preloading force FvModel-level statement	378 N	rule validated Operating conditions architecture standard planetary nut type double ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Preloading force Fv: 378 N \| {'nut_type': 'double'} PDF p.26 / RV 10 x 3 (5 starts) / Preloading force Fv Source observed: 2026-09-14View source
Preloading force FvModel-level statement	378 N	rule validated Operating conditions architecture standard planetary nut type split ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Preloading force Fv: 378 N \| {'nut_type': 'split'} PDF p.26 / RV 10 x 3 (5 starts) / Preloading force Fv Source observed: 2026-09-14View source
Preload torque MvModel-level statement	0,06 N·m	rule validated Operating conditions architecture standard planetary nut type split ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Preload torque Mv: 0,06 N·m \| {'nut_type': 'split'} PDF p.26 / RV 10 x 3 (5 starts) / Preload torque Mv Source observed: 2026-09-14View source
Preload torque MvModel-level statement	0,06 N·m	rule validated Operating conditions architecture standard planetary nut type double ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Preload torque Mv: 0,06 N·m \| {'nut_type': 'double'} PDF p.26 / RV 10 x 3 (5 starts) / Preload torque Mv Source observed: 2026-09-14View source
Screw reference diameter DModel-level statement	10 mm	rule validated Operating conditions architecture standard planetary ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Reference diameter D: 10 mm \| {} PDF p.26 / RV 10 x 3 (5 starts) / Reference diameter D Source observed: 2026-09-14View source
Rigidity factor FkModel-level statement	55,4 N^(2/3)/µm	rule validated Operating conditions architecture standard planetary definition nonlinear rigidity factor, not assembled axial stiffness nut type double ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Rigidity factor Fk: 55,4 N^(2/3)/µm \| {'nut_type': 'double', 'definition': 'nonlinear rigidity factor, not assembled axial stiffness'} PDF p.26 / RV 10 x 3 (5 starts) / Rigidity factor Fk Source observed: 2026-09-14View source
Rigidity factor FkModel-level statement	23,3 N^(2/3)/µm	rule validated Operating conditions architecture standard planetary definition nonlinear rigidity factor, not assembled axial stiffness nut type split ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Rigidity factor Fk: 23,3 N^(2/3)/µm \| {'nut_type': 'split', 'definition': 'nonlinear rigidity factor, not assembled axial stiffness'} PDF p.26 / RV 10 x 3 (5 starts) / Rigidity factor Fk Source observed: 2026-09-14View source
Rigidity factor FkModel-level statement	36,9 N^(2/3)/µm	rule validated Operating conditions architecture standard planetary definition nonlinear rigidity factor, not assembled axial stiffness nut type single ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Rigidity factor Fk: 36,9 N^(2/3)/µm \| {'nut_type': 'single', 'definition': 'nonlinear rigidity factor, not assembled axial stiffness'} PDF p.26 / RV 10 x 3 (5 starts) / Rigidity factor Fk Source observed: 2026-09-14View source
Static axial load capacity C0aModel-level statement	12,0 kN	rule validated Operating conditions architecture standard planetary nut type split ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Static load capacity C0a: 12,0 kN \| {'nut_type': 'split'} PDF p.26 / RV 10 x 3 (5 starts) / Static load capacity C0a Source observed: 2026-09-14View source
Static axial load capacity C0aModel-level statement	24,1 kN	rule validated Operating conditions architecture standard planetary nut type double ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Static load capacity C0a: 24,1 kN \| {'nut_type': 'double'} PDF p.26 / RV 10 x 3 (5 starts) / Static load capacity C0a Source observed: 2026-09-14View source
Static axial load capacity C0aModel-level statement	24,1 kN	rule validated Operating conditions architecture standard planetary nut type single ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Static load capacity C0a: 24,1 kN \| {'nut_type': 'single'} PDF p.26 / RV 10 x 3 (5 starts) / Static load capacity C0a Source observed: 2026-09-14View source
Thread startsModel-level statement	5 1	rule validated Operating conditions architecture standard planetary ordering scope published diameter/lead/start configuration; not a complete ordering code Source evidence RV 10 x 3 (5 starts) \| Number of starts N: 5 1 \| {} PDF p.26 / RV 10 x 3 (5 starts) / Number of starts N Source observed: 2026-09-14View source

Technical documents and resources

Dimension drawings — catalog page 27

Confirm the exact configuration, price, availability and operating conditions with the supplier before ordering.

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