PRECISION DRIVE
A right-angle planetary gearbox combines a planetary reduction arrangement with a change in shaft direction. It helps position the motor around an automation axis when an inline drive would require too much installation space.
Compare ANDANTEX right-angle planetary gearbox series
Start with the output arrangement and available mounting space, then verify the torque, ratio and motor interface for the exact model.
| Series | Configuration | Next selection step |
|---|---|---|
| PVEA | Right-angle planetary gearbox with a round output flange | Compare PVEA060, PVEA090 and PVEA120 drawings and model specifications. |
| PVFA | Right-angle planetary gearbox with a square flange | Confirm mounting dimensions, output layout and available installation space. |
| PAMG | Right-angle helical planetary gearbox | Check the selected frame size, motor interface and output mounting dimensions. |
| PVMG | Right-angle helical planetary gearbox | Confirm output arrangement, torque, reduction ratio and motor compatibility. |
These series links lead to model information and available engineering resources. Do not assume that every series has the same torque, backlash, efficiency or load rating.
When is a right-angle layout useful?
It can help route a motor alongside a machine frame, keep an axis within a compact enclosure, or clear adjacent tooling. Packaging, inspection, handling and other servo-driven machines may benefit when their installation layout calls for a 90-degree change in direction.
Changing the motor position does not remove the need to check mechanical loads. A pulley or pinion mounted on the output can impose radial force and an overturning moment; review those loads at the actual mounting distance.
Selection checklist
- Speed and ratio: define input speed and required output speed over the complete cycle.
- Torque: distinguish continuous running torque from acceleration peaks and emergency loads.
- Duty: record starts per hour, running time, reversals and ambient conditions.
- Precision: specify allowable backlash, stiffness and positioning error at the driven mechanism.
- Output loads: check radial force, axial force and overhung distance.
- Interfaces: verify shaft diameter, pilot, bolt pattern, flange size and shaft engagement using the drawings.
Review rated and peak torque and motor interface dimensions before finalizing a model.
Right-angle planetary versus worm gearboxes
Both can change shaft direction, but they are different transmission arrangements. Compare actual model data for efficiency, heat, backlash, torque and duty. A right-angle housing alone does not identify the internal gear type, and a worm drive should not be treated as a guaranteed holding brake.
Frequently asked questions
Can I select a gearbox from motor wattage alone?
No. Motor power is useful for initial screening, but motor speed, torque, duty cycle, load inertia and interface dimensions must also be checked.
Does a right-angle gearbox always have more backlash?
Use the specification for the exact model and ratio. Layout alone is not enough to compare backlash or positioning performance.
Where can I find drawings?
Open the relevant series above, choose the model and use its available drawing or 3D resource links. If a required interface is not listed, send the motor drawing for confirmation.
Request a model recommendation
Send your application details, including motor model, reduction ratio or output speed, continuous and peak torque, duty cycle and installation drawing. Our team can review the suitable series and interface before quotation.
For a broader comparison, see eight types of gear drives or browse the complete gearbox catalog.
Leave a Technical Question