PRECISION DRIVE
PLX090 Flange-Output Planetary Gearbox | for Rack-and-Pinion Drives
The ANDANTEX PLX090 is a disc-flange-output planetary gearbox for rack-and-pinion drive applications. Select an L1 or L2 configuration and match the motor shaft diameter, locating register and mounting PCD using the corresponding dimensional drawing. Published rated output torque is 80-125 Nm, depending on ratio and configuration. Interface-specific loads and dimensions must be checked against the selected drawing.
PLX090 Flange-Output Planetary Gearbox | for Rack-and-Pinion Drives
The ANDANTEX PLX090 is a disc-flange-output planetary gearbox for rack-and-pinion drive applications. Select an L1 or L2 configuration and match the motor shaft diameter, locating register and mounting PCD using the corresponding dimensional drawing. Published rated output torque is 80-125 Nm, depending on ratio and configuration. Interface-specific loads and dimensions must be checked against the selected drawing.
Key Technical Specifications
| Item | Parameters | Description |
|---|---|---|
| Product Series | PLX Disc-Flange Output Gearbox | Precision Planetary Gearbox |
| Specifications / Frame Size | 090 | Model Specifications |
| Output Structure / Flange Type | Disc-flange output; rotating flange diameter 63 mm | Output fastening PCD 50 mm, 7 x M6 depth 12 mm and one 6 mm locating hole. Housing register 90 mm; mounting PCD 109 mm with 8 x 5.5 mm through holes. |
| Confirmed Typical Applications | Rack-and-pinion drives | — |
| Example Model | PLX090-40-S2-P0 | Helical Disc-Flange Output |
| Gear Ratio | L1: 4, 5, 7, 10; L2: 20, 25, 28, 35, 40, 50, 70, 100 | Only ratios with documented rated torque are listed; confirm the selected interface. |
| Rated Output Torque | 80-125 Nm | L1: 4 = 120 Nm; 5/7 = 125 Nm; 10 = 80 Nm. L2: 20/28 = 120 Nm; 25/35/40/50/70 = 125 Nm; 100 = 80 Nm. |
| Maximum Torque | 1.5 x rated torque | — |
| Backlash | L1: <=3 arcmin; L2: <=5 or <=7 arcmin | L2 14-73-98.4 drawing specifies <=7 arcmin; L2 19-70-90 and 19-80-100 specify <=5 arcmin. |
| Maximum Input Speed | 6000 rpm | Maximum input speed; confirm duty cycle. |
| Rated Speed | 3000 rpm | Rated input speed. |
| Efficiency | L1: 95%; L2: 90% | — |
| Operating Temperature | -10 to +90 C | — |
| Maximum Axial Force | 1025 N | — |
| Maximum Radial Force | 4100 N | As stated in the supplied drawing. |
| Torsional Rigidity | 31 Nm/arcmin | Official Website Data |
| Weight | L1: 3.4 kg; L2: 4.7 kg | Drawing values, tolerance +/-3%. |
| Typical Interface | 14-73-98.4; 19-70-90; 19-80-100 | Notation: input shaft diameter - motor locating register - motor mounting PCD, in mm. |
| IP Rating | IP65 | — |
| Service Life | 20000 h | Drawing-stated service life; actual life depends on operating conditions. |
Unlisted Specifications Are Pending, Confirm for the Specific Configuration.
Specifications / Gear Ratio
L1: 4, 5, 7, 10; L2: 20, 25, 28, 35, 40, 50, 70, 100
Only ratios with documented rated torque are listed; confirm the selected interface.
Gear Ratio, Confirm Stages & Interface Using the Required Configuration and Official Drawing.
Find by Interface Dimensions PLX090 Drawings
The Same Model Can Store Separate Servo, Stepper, Custom and Different L1/L2 Configurations; Options Expand Automatically as Engineering Resources Are Published.
Enter Motor Shaft Diameter, Pilot Diameter & Mounting Hole Spacing, Find identical or similar input interfaces across recorded models; Resources Requiring Review Are Clearly Marked.
Match Using Dimensions on the Motor Drawing
Select the Motor Type in Order, Stages, Shaft Diameter, Pilot Diameter & Hole Spacing; Results Are Listed by Interface 2D Drawings and 3D STEP, Missing Files Are Marked as Pending.
PLX090 2D / 3D Engineering Resources
Each Standard Size, Motor Interface & Custom Combination Is Managed Separately 2D Drawing and 3D STEP; 2D Supports Images and PDF.
Check the Model before Downloading, Size & Interface
Use the Current Order Model & Official Engineering Drawing; Custom Input, Outputs & Flanges Require Their Own Resources.
PLX090 Typical Applications
Selection FAQ
Select PLX090 What Is Commonly Overlooked When Selecting a Precision Planetary Gearbox?
Input interfaces and dynamic operating conditions are easily overlooked. In addition to gear ratio and rated torque, Check motor shaft dimensions as well, Pilot Diameter, Hole Spacing, Acceleration & Deceleration Time, Inertia & Offset Loads.
Can the Interface Be Customized for Other Motor Brands?
Confirm the shaft diameter against the motor drawing, Shaft Length, Pilot Diameter, Key dimensions including mounting hole spacing, Then determine the input flange and bushing configuration.
Need a Quote or Engineering Review?
Submit PLX090 Gear Ratio for, Load & Installation Requirements.