Features:
- Twelve 24 V inputs and eight PNP outputs provide a compact high-speed Boolean control path.
- FPGA execution runs configured logic in parallel and independently of the controller scan.
- Incremental or SSI encoder feedback can be evaluated through one selected encoder interface.
Where ordinary CPU scan time is too slow for the required reaction, Siemens 6ES7352-5AH11-0AE0 executes the discrete logic in dedicated FPGA hardware.
The 6ES7352-5AH11-0AE0 combines direct signals with encoder information, but only one encoder-interface type is selected for an application.
Deployment options for 6ES7352-5AH11-0AE0 include central S7-300, distributed ET 200M, and stand-alone arrangements, each requiring the correct supply and diagnostics plan.
The Siemens 6ES7352-5AH11-0AE0 FM 352-5 PNP High-Speed Boolean Processor may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Siemens 6ES7352-5AH11-0AE0 FM 352-5 PNP High-Speed Boolean Processor Manuals,Datasheets,Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
Fast Digital Signal Path
- Input count: Twelve 24 V digital inputs feed the Boolean logic.
- Output count: Eight PNP sourcing outputs drive the controlled loads.
- Current rating: Each output is rated at 0.5 A nominal, with 4 A total across the module.
- Frequency limit: Output switching rate depends on the current carried by each channel.
Position and Speed Feedback
- Incremental mode: RS422 incremental encoder signals are evaluated up to 1 MHz.
- SSI mode: Synchronous serial encoders with 13-bit or 25-bit frames are supported.
- Clock selection: SSI clock frequency is configurable from 125 kHz to 1 MHz.
- Selection rule: One encoder interface is active for the configured application.
FPGA Processing Behavior
- Parallel execution: Configured Boolean operations execute simultaneously in FPGA hardware.
- Logic time: The documented execution time is 1 µs.
- Reaction path: Input-to-output response is specified from 2 to 6 µs.
- CPU independence: Fast output reaction is not delayed by the ordinary controller program scan.
Fault Detection Scope
- Supply monitoring: Missing load-voltage groups can be reported separately.
- Encoder faults: Supply, wiring, and SSI-frame problems are included in diagnostic checks.
- Memory status: Memory-card faults are visible to the diagnostic system.
- Output protection: Output-channel diagnostic events support wiring and load troubleshooting.