Linear Motors

Powerful and Precise Linear Motion
Moog's linear motors offer dynamic and precise linear motion positioning for robotics, factory automation, processing, packaging and other industrial applications. As a high force, direct drive solution, Moog's linear motors extend maintenance intervals and reduce the cost of ownership of any linear motion system. Other common names for linear motors include linear servos, brushless motors, or linear servo motors.
Features of Linear Motors
- Encoders with 0.1 μm resolution, optical and Hall types available
- High force motors up to 2,000 lbf [9 kN] force
- Light duty motors for lower force applications with same durable and rugged construction
- Fan cooled and liquid cooled options for maximum performance
- Custom designs for any application
- Available as a component in a complete system solution that includes brushless linear motors, drives, motion controllers, cabling, filters and accessories
Benefits of Linear Motors
- Maximize positional accuracy while minimizing maintenance costs
- Easy installation
- Rugged and durable design with a single moving part ensures consistent and dependable operation
- Long lasting operation for years of service with minimal downtime
- Versatility achieved through factory or on-site programming for initial commissioning and changing customer requirements
- Precise control for any required position, velocity or force profile
- Controllable and variable force at any point during operation (dependent upon drive selection)
- Built-in thermal and fault detection enables system protection and increases effective service life
To learn more about Moog's linear motors, download the data sheet or check out our Linear Motor FAQs.
Models Available
| Model | Peak Force (lbf[N]) |
Peak Current (A) |
Cont. Static Force - Natural Convection* (lbf [N]) |
Conti. Static Force - Forced Air* (lbf [N]) |
Force Sensitivity @ 50% of 3 sec Peak Current (lbf/A [N/A]) |
Max Speed @ 120V (in/s) |
Max Speed @ 240V (in/s) |
||
|---|---|---|---|---|---|---|---|---|---|
| 25121 | 85 [378] | 20 | 25 [111] |
45 [200] |
4.4 [20] |
120 | 280 | ||
| 25122 | 170 [756] | 20 | 50 [222] |
90 [400] |
8.7 [39] |
75 | 140 | ||
| 25123 | 255 [1134] | 20 | 75 [333] |
135 [600] |
13.1 [58] |
50 | 90 | ||
| 25124 | 340 [1512] | 20 | 100 [445] |
180 [800] |
17.4 [77] |
35 | 70 | ||
| *Consult factory for continuous force capability of standard configuration motors as well as fan options. |
|||||||||
| Model | Peak Force (lbf[N]) |
Peak Current (A) |
Cont. Static Force - Natural Convection (lbf [N]) |
Cont. Static Force - LQ/FN Cooling** (lbf [N]) |
Force Sensitivity Measured @ 25% of Peak Current (lbf/A [N/A]) |
Max Speed @ 220V (in/s [m/s]) |
Max Speed @ 480V (in/s [m/s]) |
|---|---|---|---|---|---|---|---|
| 40202C | 410 [1824] | 45 | 80 [356] |
n/a | 13.7 [60.9] |
120 [3.05] | 200 [5.08] |
| 40202D | 410 [1824] | 90 | 80 [356] |
n/a | 6.8 [30.2] |
180 [4.57] | 275 [6.99] |
| 40204C | 850 [3781] | 45 | 170 [756] |
360 [1601]** | 27.7 [123.2] | 65 [1.65] | 130 [3.30] |
| 40204D | 850 [3781] | 90 | 170 [756] |
360 [1601]** | 13.8 [61.4] |
120 [3.05] | 210 [5.33] |
| 40206C | 1180 [5249] | 45 | 260 [1156] |
540 [2402]** | 44.1 [196.2] | 60 [1.52] | 100 [2.54] |
| 40206D | 1180 [5249] | 90 | 260 [1156] |
540 [2402]** | 22.0 [97.9] |
90 [2.29] | 165 [4.19] |
| 50202C | 360 [1601] | 50 | 160 [712] |
n/a | 11.7 [52.0] |
100 [2.54] | 180 [4.57] |
| 50202D | 360 [1601] | 100 | 160 [712] |
n/a | 5.8 [25.8] |
170 [4.32] | 215 [5.46] |
| 50204C | 780 [3469] | 50 | 320 [1423] |
490 [2180]** | 26.9 [119.7] | 80 [2.03] | 130 [3.30] |
| 50204D | 780 [3469] | 100 | 320 [1423] |
490 [2180]** | 13.4 [59.6] |
140 [3.56] | 200 [5.08] |
| 50206C | 1100 [4893] | 50 | 450 [2002] |
710 [3158]** | 38.7 [172.1] | 55 [1.40] | 95 [2.41] |
| 50206D | 1100 [4893] | 100 | 450 [2002] |
710 [3158]** | 19.3 [85.8] |
80 [2.03] | 155 [3.94] |
| **As an option, liquid (LQ) cooling is offered for 4020 motors, and forced air (FN) cooling is offered for 5020 models. |
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Learn about the performance attributes of linear motors and why most engineers upgrade their system to incorporate these devices.