Renesas Electronics Industrial Automation Safety for Motor Control
Renesas Electronics Industrial Automation Safety for Motor Control enables evaluation of safety software and contains detailed design and safety analysis. A reference board and safety SWs for RXv3 form a part of the design. The reference board is the board of redundant safety systems and contains safety requirement specifications and safety concept documents verified by TUV Rheinland. The safety SWs for RXv3 feature self-test SW and SIL3 system SW for RXv3 core to complete all the safety tasks on the MCU. These boards can also be used as a reference when designing a redundant safety system. The safety SWs can significantly shorten the certification process to 1/3. The reference boards are ideal for the recommended dual configuration system, including diagnosis and monitoring circuits, and are based on requirements of the functional safety standard. These boards can be used for prototyping and software development. Typical applications include AC drive/GP inverter, AC servo, industrial automation, building automation, and control applications such as safety PLC and Remote IO.Features
- Designed for the recommended dual configuration system, including diagnosis and monitoring circuits, based on requirements of the functional safety standard
- Functional Safety:
- Reference Board:
- The board of redundant safety systems contains safety requirement specification and safety concept documents verified by TUV Rheinland
- Reference Board:
- Safety SWs for RXv3:
- Self-test SW and SIL3 system SW for RXv3 core to complete all the safety task on the MCU
- Can be used as a reference when designing a redundant safety system
- Immediately start prototype and software development
Applications
- Functional safety required motor control applications:
- AC drive/GP inverter
- AC servo
- Control applications such as safety PLC and Remote IO
- Industrial automation:
- Factory automation
- Process automation
- Building automation
Block Diagram
Published: 2020-10-15
| Updated: 2022-03-11
