U-Shaped Rectangle Sintered Alnico 2
| Part No. | A | B | C | D | E | F | Wt. (lbs.) | H/F (lbs.) | Order Price |
| SU1602 | .281 | .750 | .375 | .135 | .250 | .188 | .015 | 1.063 | $4.89 |
| SU1603 | .375 | .875 | .375 | .120 | .250 | .203 | .024 | 1.438 | $11.47 |
SU1602 *
Tolerances A: ± .005
Min. Tol C: – .020
Max. Tol. E: + .020
U-Shaped Round Sintered Alnico 2
| Part No. | A | B | D | E | F | G | R | Wt. (lbs.) | H/F (lbs.) | Order Price |
| SU1606 | .400 | .202 | .114 | .099 | .098 | .130 | .086 | .005 | .438 | $10.90 |
| SU1607 | .400 | .187 | .109 | .099 | .098 | .130 | .086 | .004 | .750 | $3.08 |
U-Shaped Round Sintered Alnico 2
| Part No. | A | B | D | F | G | Wt. (lbs.) | H/F. (lbs.) | Order Price |
| SU1610 | .500 | .457 | .325 | .101 | .187 | .018 | 1.125 | $2.77 |
| SU1611 | .500 | .442 | .317 | .101 | .187 | .017 | 1.563 | $4.15 |
| SU1612 | .500 | .265 | .130 | .101 | .187 | .010 | .813 | $2.2.44 |
| SU1613 | .500 | .245 | .119 | .101 | .187 | .009 | .875 | $5.65 |
Pole faces and back ground
Disc Sintered Alnico 2
| Part No. | Wt. (lbs.) | H/F. (lbs.) | Order Price |
| SD1704 | .002 | .188 | $23.06 |
Magnetized as 2 pole rotor along the diameter
Disc Sintered Alnico 2
| Part No. | A | B | C | Wt. (lbs.) | H/F. (lbs.) | Order Price |
| SD1705 | .500 | .182 | .166 | .008 | .813 | $8.59 |
| SD1706 | .510 | .105 | .128 | .005 | .438 | $2.66 |
Ground on faces
Poles ground
Magnetized as 2 pole rotor along the diameter
U-Shaped Cast Alnico 2
| Part No. | A | B | C | D | E | F | Wt. (lbs.) | H/F. (lbs.) | Order Price |
| CU634 | .492 | .177 | .185 | .374 | .157 | .283 | .013 | 1.545 | $6.37 |
| CU635 | .752 | .189 | .250 | .500 | .220 | .343 | .044 | 4.189 | $7.33 |
| CU636 | 1.000 | .189 | .315 | .626 | .220 | .343 | .110 | 7.496 | $16.14 |
Pole faces ground
Important notes
- All Measurements are in inches
- DOM – Direction of magnetization – indicated by M
- Unless otherwise specified, magnets will be furnished in magnetized condition
- Holding forces are approximate. These are average values obtained under laboratory conditions
- Size, shape, and material of the test piece may affect actual pull forces