Compacta AG160
The Compacta AG160 slip-on geared motor offers an output speed of 0.45 to 5.7 min-1 and a nominal torque of up to 1600 Nm in the preconfigured standard versions. The geared motor is characterized by its compact design and is therefore ideal for applications in reversing operation with tight installation spaces. In the standard version, the geared motors are splash-proof (IP54).
AG160 standard versions
Article No. | Connection voltage | Mains frequency [Hz] |
Output speed min-1 |
Torque / Duty cycle (ED) |
Data sheet | Cirquit diagram | Step file |
6-160-AG-0001 | 3x230V AC | 50 | 0.45 | 1600 Nm / 60% | 6-160-0001-DS.pdf | ces1023.pdf | 6-150-0001.stp |
6-160-AG-0002 | 3x400V AC | 50 | 5.7 | 960 Nm / 60% | 6-160-0002-DS.pdf | ce2136.pdf | 6-150-0002.stp |
6-160-AG-0003 | 3x230V AC | 50 | 0.5 | 1600 Nm / 60% | 6-160-0003-DS.pdf | ces1032.pdf | 6-150-0003.stp |
6-160-AG-0004 | 3x230V AC | 50 | 0.9 | 1600 Nm / 60% | 6-160-0004-DS.pdf | ce2131.pdf | 6-150-0004.stp |
6-160-AG-0005 | 3x230V AC | 50 | 3.7 | 1400 Nm / 60% | 6-160-0005-DS.pdf | ce2026.pdf | 6-150-0005.stp |
With the three additional sizes MR6, MS12 and MR30 the Compacta series covers additional standard variants with varying gear ratios, output speeds and torque ranges.
If the predefined standard variants do not contain the right one for your application, we can create modified variants of the Compacta AG160 for larger quantities based on our extensive modular principle.
Depending on the ratio in the range from 27:1 to 450:1, an output speed of 0.45 to 8.3 min-1 can be achieved. Optionally, the geared motors can also be designed to be jet-proof (IP65) and explosion-proof in accordance with ATEX 95. Additional options substantially increase the number of possible applications.
In addition, for large-volume projects, design adjustments and completely customer-specific new developments are also possible in order to individually adapt the geared motor to specific requirements.
Information about modified and customer-specific compact drives can be found here.