For equipment configured around the AAG60E10 specification, a customized replacement solution can be provided to maintain the original encoder’s functional role without altering the existing mechanical layout or control logic. This replacement approach focuses on precise technical alignment rather than generic substitution, allowing the encoder to be integrated directly into the system during maintenance or retrofit.
From a technical perspective, the replacement unit is designed as an absolute encoder, with configuration options matched to the original resolution, interface type, and electrical characteristics. Position data output follows the same communication logic required by the controller, ensuring consistent signal interpretation and stable synchronization. The mechanical interface, including shaft design and mounting method, is kept equivalent to the original configuration, enabling direct installation without additional adapters. Operating voltage range, environmental protection level, and resistance to vibration are defined to meet typical industrial operating conditions, ensuring reliable performance in continuous-duty applications.


In summary, the AAG60E10 replacement encoder provides a reliable and technically consistent solution for motion control systems where absolute position feedback is critical. It is suitable for automated machinery, positioning systems, and industrial equipment that require stable operation, predictable signal behavior, and long-term service reliability under real-world working conditions.
Technical data
| Parameter | Value | Unit |
| Supply voltage | 24VDC \pm 20% | V |
| Current consumption (without load) | 150 | mA |
| Resolution | 360^circ in steps of 1^circ | - |
| Step frequency | max. 60 | kHz |
| Measuring uncertainty | 10^-3 | rad |
| Data output | Parallel 24V / 9 Bit, capped Gray code | - |
| Cable length (between encoder and electronics) | max. 300 | m |
| Parameter | Value | Unit |
| Speed | max. 6000 | U/min (rpm) |
| Angular acceleration of the rotor | 10^5 | rad \cdot s^-2 |
| Moment of inertia of the rotor | 25 | gcm^2 |
| Starting torque | 1 | Ncm |
| Shaft load capacity (at shaft end) | axial: 10 / radial: 20 | N |
| Vibration (10Hz - 200Hz) | 100 | ms^-2 |
| Acceleration | 2000 | ms^-2 |
| Protection class | IP 65 | - |
| Operating temperature | 0 ... +50 | °C |
| Weight | approx. 200 | g |

