SCHNEIDER|141MMS53502|Multi-Axis Motion Controller
Schneider Electric 141MMS53502 SERCOS Multi-Axis Motion Controller
Description
The Schneider Electric 141MMS53502 is a high-performance embedded PC-based SERCOS multi-axis motion controller designed for the Modicon Quantum platform, running Microsoft ROM DOS 5.0.
Features
- Embedded PC architecture with PC-compatible memory and processor
- Supports high-axis-count and large-data applications
- Occupies two slots in a Quantum rack as a Network Option Module (NOM)
Technical Specifications
- Processor: 586 DX5 at 133 MHz
- Operating System: MS ROM DOS 5.0
- Conventional Memory: 640 kbytes
- Extended Memory: 7,168 kbytes
- Drive A (Read-Only): 500 kbytes
- Drive C (Read/Write): 4,000 kbytes
- Non-Volatile Holding Registers: 60,000 words
- Power Requirement: +5 V at 3.0 A from Quantum backplane
- SERCOS Baud Rate: 2 MBaud (axes 1–50) or 4 MBaud (axes 51–99), software-configurable
- SERCOS Cycle Time: Configurable from 1 to 15 ms; typical 2 ms for 8 axes
SCHNEIDER|141MMS53502|Multi-Axis Motion Controller
SCHNEIDER|141MMS53502|Multi-Axis Motion Controller
Schneider Electric 141MMS53502 SERCOS Multi-Axis Motion Controller
Description
The Schneider Electric 141MMS53502 is a high-performance embedded PC-based SERCOS multi-axis motion controller designed for the Modicon Quantum platform, running Microsoft ROM DOS 5.0.
Features
- Embedded PC architecture with PC-compatible memory and processor
- Supports high-axis-count and large-data applications
- Occupies two slots in a Quantum rack as a Network Option Module (NOM)
Technical Specifications
- Processor: 586 DX5 at 133 MHz
- Operating System: MS ROM DOS 5.0
- Conventional Memory: 640 kbytes
- Extended Memory: 7,168 kbytes
- Drive A (Read-Only): 500 kbytes
- Drive C (Read/Write): 4,000 kbytes
- Non-Volatile Holding Registers: 60,000 words
- Power Requirement: +5 V at 3.0 A from Quantum backplane
- SERCOS Baud Rate: 2 MBaud (axes 1–50) or 4 MBaud (axes 51–99), software-configurable
- SERCOS Cycle Time: Configurable from 1 to 15 ms; typical 2 ms for 8 axes
