From RSI - Robotic Systems Integration - SynqNet Systems
Danaher Motion
| Name | Description |
|---|---|
| AKM | Danaher Motion's brushless servomotors are designed to operate over a broad range of speeds and have the advantage of reduced maintenance since there are no brushes or commutators. DC brushless motors offer superior performance with our highest torque/inertia ratio and high speed capability of up to 8,000 rpm for standard designs (up to 70,000 rpm for special designs) |
Glentek
| Name | Description |
|---|---|
| GMBM | Glentek introduces the newest member (GMBM series) of high performance, permanent magnet brushless servo motors to its complete line of servo motors. The GMBM series motors incorporate worldwide standard metric mounting configurations and have been tooled for high volume production which makes them easy to use and extremely cost effective. All frame sizes utilize high-energy Neodymium-Iron-Boron (NdFeB) magnets which when combined with low inertia rotors, provide high dynamic performance. Due to the high torque to inertia ratio of these motors, they are ideal for applications which require high acceleration and deceleration characteristics. In addition, all frame sizes incorporate skewed magnets which provide ultra smooth operation (i.e. low cogging torque) at all speeds. They range in continuous torques from 0.94 lb-in (0.11 Nm) to 378.8 lb-in (42.8 Nm) and peak torques from 2.82 lb-in. (0.32 Nm) to 1136.4 lb-in. (128.4 Nm). Typical applications include factory automation machinery, fitness equipment (i.e. treadmills), labeling machinery, machine tools, material handling machinery, medical equipment (i.e. CAT scanners and PET scanners), packaging machinery, printing machinery, robotics, semiconductor machinery, surface mount pick and place machines, x-y tables, textile machinery, applications which are cost sensitive, have low to medium reflected load inertias and require a high dynamic response, applications which require smooth operation and/or applications which require a lot of torque in a small mechanical form factor. |
Yaskawa
| Name | Description |
|---|---|
| SGMAH | The SGMAH servomotor series has a low-inertia design for extremely fast accelerations and short settling times. There are five frame sizes including NEMA 23 and NEMA 34 flanges providing up to 1,010 oz-in of peak torque. 100 and 200 volt windings are available with rated speeds of 3,000 rpm and maximum speeds of 5,000 rpm. An 8,192 ppr incremental serial encoder is standard. The SGMAH is rated IP55 (not including the shaft). Options include a 65,536 ppr absolute encoder, NEMA flange, shaft seal, and holding brake. |
| SGMPH | The SGMPH servomotor series has a medium inertia design with a flat profile providing the highest torque-per-length ratio available. These servomotors are well suited for applications requiring optimized load matching. There are five frame sizes providing up to 2,027 oz-in of peak torque. 100 and 200 volt windings are available with rated speeds of 3,000 rpm and maximum speeds of 5,000 rpm. An 8,192 ppr incremental serial encoder is standard. The SGMPH is rated IP67 (not including the shaft) providing resistance to moisture. Options include a 65,536 ppr absolute encoder, gearmotor, shaft seal, and holding brake. |
| SGMGH | The SGMGH servomotor series has a medium inertia rotor and incorporates the segmented stator design, which dramatically reduces overall size. These servomotors are well suited for applications requiring optimized load matching. There are 10 sizes from 500 watts to 15 kW providing up to 1,988 lb-in (224 Nm) of peak torque. 200 and 400 volt windings are available with rated speeds of 1,500 rpm and maximum speeds of 3,000 rpm (up to 7.5 kW). A 131,072 ppr incremental serial encoder is standard. The low base speed, medium inertia rotor, and high-resolution encoder allow many applications to be solved without a gearbox. The SGMGH is rated IP67 (not including the shaft) providing resistance to moisture. Options include a 131,072 ppr absolute encoder, gearmotor, shaft seal, and holding brake. |