GAMX12-0314-001：GAMX_12//5G59//00314//GPA220 Encoder Technical Solution
We deliver a precision 1:1 technical solution for the GAMX12-0314-001 incremental encoder, manufactured through controlled non-standard processes to ensure complete compatibility with the original configuration. All shaft dimensions, mounting structures, housing specifications, and electrical interfaces are strictly reproduced for seamless direct installation. No mechanical modification or wiring adjustment is required. With a standard production lead time of approximately 15 working days, it effectively supports urgent replacement demands and stable supply planning.
Featuring a 314-pulse optical incremental sensing system, this encoder provides accurate and stable feedback for heavy-duty industrial automation and motion control applications, including environments requiring ATEX compliance. Its reinforced enclosure and IP65-rated sealing ensure reliable performance under exposure to dust, gas, vibration, and shock. Optimized signal stability and flexible output configurations enable smooth integration with PLC, CNC, and advanced industrial control systems for long-term operational reliability.
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 |
