AG2200
 
AG2200 Planetary gear units for AM2000/AM3000/AM3500 Synchronous Servomotors

AG2200 | Planetary gear units for AM2000/AM3000/AM3500 Synchronous Servomotors

The compact, high-precision planetary gear units for the AM2000/AM3000/AM3500 Synchronous Servomotor range are used mainly in applications where large mass inertia has to be overcome, or where the inertia ratio between load and motor prevents dynamic motion. The inertia ratios, i.e. the required torques and motors can be calculated conveniently via the CYMEX calculation tool, which also offers an option for checking whether the selected motor can be adapted to the gear unit.

The planetary gear units are fitted to the respective motor in the factory and delivered as a complete motor/gear unit.

 

Features

Ordering information Rated torque Acceleration torque Torsional backlash standard/
reduced
Typ. combination with AM2000 Typ. combination with AM3xxx
AG2200-+LP050-M01-x-11y max. 5 Nm max. 11 Nm ≤ 12/10 arcmin AM227x/AM237x AM301x/AM302x
AG2200-+LP050-M02-x-11y max. 5 Nm max. 11 Nm ≤ 15/13 arcmin AM227x/AM237x AM301x/AM302x
AG2200-+LP070-M01-x-11y max. 16 Nm max. 32 Nm ≤ 12/8 arcmin AM237x/AM247x AM302x/AM303x/
AM3x4x
AG2200-+LP070-M02-x-11y max. 16 Nm max. 32 Nm ≤ 15/10 arcmin AM237x/AM247x AM302x/AM303x/
AM3x4x
AG2200-+LP090-M01-x-11y max. 40 Nm max. 80 Nm ≤ 12/8 arcmin AM247x/AM257x AM3x4x/AM3x5x
AG2200-+LP090-M02-x-11y max. 40 Nm max. 80 Nm ≤ 15/10 arcmin AM247x/AM257x AM3x4x/AM3x5x
AG2200-+LP120-M01-x-11y max. 100 Nm max. 200 Nm ≤ 12/8 arcmin AM257x/AM277x AM3x5x/AM3x6x
AG2200-+LP120-M02-x-11y max. 100 Nm max. 200 Nm ≤ 15/10 arcmin AM257x/AM277x AM3x5x/AM3x6x
AG2200-+LP155-M01-x-11y max. 190 Nm max. 350 Nm ≤ 12/8 arcmin AM277x/AM297x AM3x6x/AM307x
AG2200-+LP155-M02-x-11y max. 190 Nm max. 350 Nm ≤ 15/10 arcmin AM277x/AM297x AM3x6x

M01: single-stage x = gear ratio 3*, 4*, 5, 7* or 10 (*LP50/70/90/120 only)

M02: two-stage x = gear ratio 15*, 16*, 25, 30*, 50, 70* or 100 (*LP50/70/90/120 only)

y = 0: reduced torsional backlash, y = 1: standard torsional backlash