GAMX12-1024-009：GAMX_12//5G59//01024//G3A030 Encoder Custom Solution
We deliver a precision 1:1 custom solution for the GAMX12-1024-009 incremental encoder, manufactured through controlled non-standard processes to ensure exact compatibility with the original configuration. All critical mounting dimensions, shaft parameters, housing structures, and electrical specifications are strictly replicated, allowing direct installation without mechanical modification or wiring changes. With a standard production lead time of approximately 15 working days, this solution supports efficient procurement planning and urgent replacement requirements.
Featuring a 1024-pulse optical incremental sensing system, this encoder provides accurate and stable feedback for automation systems, heavy-duty rotating machinery, and hazardous operating environments. Its reinforced enclosure and IP65-rated sealing ensure reliable performance under vibration, shock, dust exposure, and temperature fluctuations. Optimized signal transmission and flexible output configurations enable seamless integration with PLC, CNC, and diverse industrial control platforms for long-term operational stability.
Technical data
| Parameter Category | Values |
|---|---|
| Material & Stainless steel option | Cover: aluminumBody: aluminum |
| Shaft | Material: Stainless steel |
| Bearings | Type: Ball bearings |
| Maximal loads | Axial: 50 NRadial: 100 N |
| Shaft inertia | ≤ |
| Torque | ≤ |
| Permissible max. speed | |
| Continuous max. speed | |
| Shaft seal | Material: Nitril |
| Shocks (EN60068-2-27) | ≤ (6 ms duration) |
| Vibrations (EN60068-2-6) | ≤ (10 … 1000 Hz) |
| EMC | Complies with: EN 50081-1, EN 61000-6-2 |
| Isolation | |
| Weight | 3.5 kg (aluminum body and cover)7.2 kg (stainless steel body and cover) |
| Operating temperature | -40 … +80°C (encoder type T°) |
| Storage temperature | -40 … +80°C |
| Protection (EN 60529) | IP 65 |
| Theoretical mechanical lifetime turns (Axial / Radial) | |
| 20 N / 30 N | 360 |
| 50 N / 100 N | 18 |
| 100 N / 200 N | 2.2 |
