Geeplus Europe Limited
We specialise in design and supply of advanced
actuation devices for your next generation products.
The rotary movement in our rotary solenoids is converted from a linear motion by the mechanical design of an inclined plane.
There are three uniform spiral grooves that are stamped into both the case and the armature, called "ball races". The ball races
provide the conversion of linear to rotary motion as well as the bearing system for the rotary movement.
The most important characteristics of our Rotary Solenoids are:
Model | Rotary angle 25° (30° for 190) |
Rotary angle 35° |
Rotary angle 45° |
Rotary angle 67.5° |
Rotary angle 95° |
Dimensions |
Data- sheet |
Drawing 3D (options ABR) |
starting torque at 100% ED* (at 10% ED*) Nm |
starting torque at 100% ED* (at 10% ED*) Nm |
starting torque at 100% ED* (at 10% ED*) Nm |
starting torque at 100% ED* (at 10% ED*) Nm |
starting torque at 100% ED* (at 10% ED*) Nm |
D x H mm |
.pdf |
.igs |
|
190 | 0.04 |
- |
- |
- |
- |
20 x 17 |
||
301 | 0.022 (0.15) |
0.017 (0.127) |
0.012 (0.081) |
- |
- |
30 x 17 |
||
341 | 0.04 (0.31) |
0.029 (0.23) |
0.017 (0.16) |
0.012 (0.075) |
- |
34 x 21 |
||
401 | 0.104 (0.52) |
0.069 (0.355) |
0.035 (0.276) |
0.022 (0.185) |
0.012 (0.115) |
40 x 25 |
||
490 | 0.22 (1.39) |
0.104 (0.84) |
0.081 (0.725) |
0.058 (0.45) |
0.022 (0.185) |
49 x 27 |
||
491 | 0.32 (1.39) |
0.16 (0.96) |
0.13 (0.79) |
0.09 (0.52) |
0.04 (0.24) |
49 x 32 |
||
590 | 0.53 (3.2) |
0.39 (2.14) |
0.195 (1.26) |
0.184 (1.0) |
0.103 (0.6) |
59 x 35 |
||
591 | 0.72 (3.45) |
0.53 (2.27) |
0.28 (1.36) |
0.25 (1.07) |
0.14 (0.64) |
59 x 41 |
||
700 | 1.27 (4.9) |
0.69 (4.37) |
0.58 (3.42) |
0.288 (2.01) |
0.178 (1.21) |
70 x 45 |
||
870 | 1.84 (11.3) |
1.38 (7.35) |
1.15 (6.2) |
0.48 (3.34) |
0.4 (1.95) |
87 x 55 |
||
874 | 3.6 (13) |
2.4 (8.7) |
2.0 (7.4) |
1.01 (3.9) |
0.66 (2.2) |
87 x 90 |
Rotary Solenoids General Information