PRECISION DRIVE
PLF060 Standard Planetary Gearbox
PLF060 is a square-flange standard planetary gearbox in the PLF series.
Choose the L1 or L2 configuration, then match the ratio and motor interface to its drawing. Alternative L2 ratios require confirmation. Check the complete motor dimensions as well as its power rating.
Key Technical Specifications
| Item | Parameters | Description |
|---|---|---|
| Product Series | PLF Square-Flange Spur Gearbox | Standard Planetary Gearbox |
| Specifications / Frame Size | 60 | Model Specifications |
| Example Model | PLF060-5-S2-P2 | 60 Frame Size / 5:1 / P2 |
| Gear Ratio | L1：3/4/5/7/10；L2：12/15/16/20/25/28/30/35/40/50/70/100 | L2 of 12, 15 Marked as an Alternative in the Drawing; See the Next Row for Torque by Ratio |
| Rated Output Torque | 16–40 Nm( By Ratio) | L1：3=27、4/5=40、7=34、10=16；L2：12/15/30=27、16/20/25/28/35/40/50=40、70=34、100=16 Nm |
| Maximum Torque | Of the Rated Output Torque 1.5 Times | Maximum Output Torque Specified in the Drawing, Varies with the Rated Value for Each Ratio |
| Backlash | L1 ≤8 arcmin；L2 ≤12 arcmin | Standard Backlash; Select Drawing by Stage Count |
| Maximum Input Speed | 8000 rpm | Maximum Input Speed Specified in the Drawing |
| Rated Input Speed | 4000 rpm | Rated Input Speed Specified in the Drawing |
| Output Flange / Square Size | 60 mm | Square output flange dimension from https://www.andantexcn.com/wp-content/themes/andantex-local-test/site/assets/downloads/plf060/v22/2d/PLF060-servo-l1-11-50-70-2D.jpg. Reference configuration; custom structures may differ. |
| Efficiency | L1 96%；L2 94% | Two-Stage Efficiency Differs |
| Operating Temperature | Standard Interface -10℃～+90℃ | Some Custom Interface Drawings Specify -20℃～+80℃; Use the Specific Interface Drawing |
| Maximum Axial Force | 220 N | 2D Maximum Axial Force Specified in the Drawing |
| Maximum Radial Force | 240 N | 2D Maximum Radial Force Specified in the Drawing |
| Weight | L1 0.98 kg；L2 1.26 kg | As Shown 14-50-70 Motor Interface, ±3%; Confirm Other Interfaces against Their Engineering Drawings |
| IP Rating | IP65 | Verified L1/L2 Standard Interface Drawing |
| Service Life | 20000 h | Service Life Specified in the Drawing |
Need a specification that is not listed? Contact us with the required configuration.
Find PLF060 drawings by motor interface
Select the motor interface and reduction stage to find the matching drawing and STEP model.
Enter the motor shaft diameter, pilot diameter and mounting-hole spacing to compare input interfaces across models.
Match your motor dimensions
Filter by motor type, reduction stage and mounting dimensions. Open the available files, or request the format you need.
PLF060 drawings and STEP models
Choose your configuration below. Use the 2D drawing to check dimensions and the STEP model to check fit in your assembly.
Check the configuration before downloading
Match the model, reduction stage and motor interface to the drawing. Custom input or output dimensions require a separate set of files.
Typical applications for PLF060
Selection FAQ
What should I check before selecting PLF060?
Check the reduction stage, selected ratio and the corresponding rated torque, then review the motor shaft dimensions, pilot diameter, mounting-hole spacing, acceleration and deceleration time, inertia and offset loads. Alternative L2 options identified in the drawing require configuration confirmation. Compare the PLF model options before choosing a configuration.
Can PLF060 be configured for a different motor brand?
Review the actual motor drawing first. Confirm the shaft diameter and length, pilot diameter, key dimensions and mounting-hole arrangement before determining the input flange and bushing configuration. Motor brand or power alone does not confirm fit. Use the motor-interface checklist to prepare the dimensions.
Can PLF060 L1 and L2 use the same 2D or 3D drawing?
No. L1 and L2 differ in stage count and overall length. Use the mounting drawing and 3D model for the exact stage and motor interface, even when the same motor is used.
Why keep both 2D and 3D files for a PLF060 stepper interface?
Use the 2D drawing to check dimensions, hole locations and tolerances. Use the 3D model for machine assembly, interference checks and design reuse. Confirm that both files describe the same configuration.
Need help selecting a gearbox?
Send the required ratio, motor drawing, load and installation details for PLF060.