CSF-8-50-2UP
Model / article: CSF-8-50-2UP
CSF-8-50-2UP is listed by Harmonic Drive LLC in Strain-wave reducers. Published model data includes Rated output torque: 1.8 Nm (rated); Product mass: 0.2 kg. See the specification table for operating conditions and source evidence.
CSF-2UP strain-wave reducers
Product overview
- Manufacturer / supplier
- Harmonic Drive LLC
- Series
- CSF-2UP strain-wave reducers
- Component type
- Strain-wave reducers
- 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: . Observation dates record evidence collection, not supplier re-verification.
| Specification | Published value | Conditions and source |
|---|---|---|
| Allowable momentModel-level statement | 15 Nm | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Allowable Moment Load (Mc): 15 Nm CSF-8-50-2UP / Allowable Moment Load (Mc) |
| Average input speedModel-level statement | 3,500 rpm | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Ave. Input Speed: 3,500 rpm CSF-8-50-2UP / Ave. Input Speed |
| Average torque limitModel-level statement | 2.3 Nm | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Limit for Average Torque: 2.3 Nm CSF-8-50-2UP / Limit for Average Torque |
| Bearing dynamic loadModel-level statement | 58 10^2 N | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Basic Dynamic Rated Load (C): 58 10^2 N CSF-8-50-2UP / Basic Dynamic Rated Load (C) |
| Bearing pitch diameterModel-level statement | 0.03 m | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Pitch Circle Diameter (dp): 0.03 m CSF-8-50-2UP / Pitch Circle Diameter (dp) |
| Bearing static loadModel-level statement | 80 10^2 N | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Basic Static Rated Load (Co): 80 10^2 N CSF-8-50-2UP / Basic Static Rated Load (Co) |
| Gear ratioModel-level statement | 50 | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Ratio: 50 CSF-8-50-2UP / Ratio |
| Product massModel-level statement | 0.2 kg | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Mass: 0.2 kg CSF-8-50-2UP / Mass |
| Product massModel-level statement | 0.2 kg | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Mass: 0.2 kg CSF-8-50-2UP / Mass |
| Moment stiffnessModel-level statement | 2 10^4 Nm / rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Moment Stiffness (Km): 2 10^4 Nm / rad CSF-8-50-2UP / Moment Stiffness (Km) |
| Moment stiffnessModel-level statement | 2 10^4 Nm/rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Output moment stiffness: 2 10^4 Nm/rad CSF-8-50-2UP / Output moment stiffness |
| Momentary peak torqueModel-level statement | 6.6 NmRating: peak | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Limit for Momentary Peak Torque: 6.6 Nm CSF-8-50-2UP / Limit for Momentary Peak Torque |
| Momentary peak torqueModel-level statement | 6.6 NmRating: peak | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Limit for momentary peak torque: 6.6 Nm CSF-8-50-2UP / Limit for momentary peak torque |
| Positioning accuracyModel-level statement | 2 arc minRating: minimum | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Standard Accuracy: 2 arc min CSF-8-50-2UP / Standard Accuracy |
| Positioning accuracyModel-level statement | 2 arcmin | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Standard accuracy: 2 arcmin CSF-8-50-2UP / Standard accuracy |
| Rated output torqueModel-level statement | 1.8 NmRating: rated | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Rated Torque L10: 1.8 Nm CSF-8-50-2UP / Rated Torque L10 |
| Rated output torqueModel-level statement | 1.8 NmRating: rated | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | Rated torque L10: 1.8 Nm CSF-8-50-2UP / Rated torque L10 |
| Repeated peak torqueModel-level statement | 3.3 NmRating: peak | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Limit for Repeated Peak Torque: 3.3 Nm CSF-8-50-2UP / Limit for Repeated Peak Torque |
| Repeated peak torqueModel-level statement | 3.3 NmRating: peak | extracted Operating conditions
Source evidenceCSF-8-50-2UP | Limit for repeated peak torque: 3.3 Nm CSF-8-50-2UP / Limit for repeated peak torque |
| Stiffness transition torque 1Model-level statement | 0.29 Nm | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | T1: 0.29 Nm CSF-8-50-2UP / T1 |
| Stiffness transition torque 2Model-level statement | 0.75 Nm | rule validated Operating conditions
Source evidenceCSF-8-50-2UP | T2: 0.75 Nm CSF-8-50-2UP / T2 |
| Torsional stiffness k1Model-level statement | 0.03 10^4 Nm / rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K1: 0.03 10^4 Nm / rad CSF-8-50-2UP / K1 |
| Torsional stiffness k1Model-level statement | 0.03 10^4 Nm/rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K1 torsional stiffness: 0.03 10^4 Nm/rad CSF-8-50-2UP / K1 torsional stiffness |
| Torsional stiffness k2Model-level statement | 0.05 10^4 Nm / rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K2: 0.05 10^4 Nm / rad CSF-8-50-2UP / K2 |
| Torsional stiffness k2Model-level statement | 0.05 10^4 Nm/rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K2 torsional stiffness: 0.05 10^4 Nm/rad CSF-8-50-2UP / K2 torsional stiffness |
| Torsional stiffness k3Model-level statement | 0.06 10^4 Nm / rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K3: 0.06 10^4 Nm / rad CSF-8-50-2UP / K3 |
| Torsional stiffness k3Model-level statement | 0.06 10^4 Nm/rad | extracted Operating conditions
Source evidenceCSF-8-50-2UP | K3 torsional stiffness: 0.06 10^4 Nm/rad CSF-8-50-2UP / K3 torsional stiffness |
Technical documents and resources
Confirm the exact configuration, price, availability and operating conditions with the supplier before ordering.