RFQ Checklist
- Available installation envelope and mounting orientation
- Output shaft loading condition (radial/axial/overhung)
- Required torque and speed under real duty
- Target lifetime and maintenance interval
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Right-Angle Planetary Gearheads
Right-angle gearheads for compact machine layouts where axial space is limited but precision and torque are still required.
Target Buyer:For integrators balancing torque, footprint, and cable routing constraints.
Capability Highlights
- Space-saving 90-degree architecture
- Supports high-torque transmission in constrained envelopes
- Flexible output shaft and mounting options
Typical Applications
- Conveyor transfer and side-drive modules
- AGV sub-assemblies and mobile automation axes
- Packaging equipment with tight installation spaces
Engineering Focus
- Input-output orientation and cable management space
- Output bearing load and overhung load limits
- Noise and temperature validation at rated duty
Key Evaluation Matrix
| Metric | Typical Range | Why It Matters |
|---|---|---|
| Output Torque Range | 20-1200 Nm | Defines the achievable payload and acceleration capability of the axis. |
| Efficiency | 88-95% | Efficiency impacts thermal behavior and long-cycle energy use. |
Risk Controls
- Ignoring overhung load at output: Confirm bearing load limits and add support structure when necessary.
- Thermal accumulation in enclosed cabinet: Model heat dissipation and verify temperature at peak duty operation.
Product Selection Worksheet
Use this worksheet in your internal review to convert assumptions into explicit RFQ inputs before supplier quotation.
| Decision Gate | Buyer Question | Evidence to Request | Release Condition |
|---|---|---|---|
| Output Torque Range | Defines the achievable payload and acceleration capability of the axis. | Available installation envelope and mounting orientation | Risk control agreed: Confirm bearing load limits and add support structure when necessary. |
| Efficiency | Efficiency impacts thermal behavior and long-cycle energy use. | Output shaft loading condition (radial/axial/overhung) | Risk control agreed: Model heat dissipation and verify temperature at peak duty operation. |
Minimum first-email payload: motor model, load profile, target ratio range, acceptance threshold, and sample quantity timeline.
Sample-to-MP Handoff Checklist
- Freeze drawing and requirement baseline before sample release.
- Record pass/fail evidence for the same metrics used in quotation.
- Log all engineering changes with revision ownership on both sides.
- Approve mass-production release only after acceptance evidence and delivery milestones are aligned.
Product Gallery
Buyer FAQ
Can right-angle units maintain precision for indexing tasks?
Yes, with proper backlash class selection and load-side stiffness controls.
Do you provide motor pre-match support for right-angle units?
Yes. We review motor specs and recommend interface and ratio combinations before sample build.
Related Resources
Guides to Shortlist Product Options
Use these buyer guides to validate ratio path, architecture fit, and supplier risk before RFQ lock.
How to Match a Servo Motor to a Planetary Gearhead: Inertia Ratio Explained
Turn reflected inertia assumptions into a practical ratio boundary before quote comparison.
Inline vs Right-Angle Gearhead: Space, Torque, and Integration Trade-offs
Compare architecture trade-offs by envelope, load path, and commissioning risk.
The Real Cost of Cheap Gearheads: Why Precision Matters in Production
Evaluate supplier options on lifecycle execution risk, not only initial unit cost.
Inquiry Email
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