The Yokogawa CP345-S1 serves as the primary CP345 Processor Module utilized to execute high-speed 32-bit RISC computational logic and real-time loop synchronization across CENTUM VP control platforms.
| Parameter | Specification |
|---|---|
| Model | CP345-S1 |
| Brand | Yokogawa |
| Origin | Japan |
| Weight | 0.64 kg |
| Dimensions | 6.1 cm x 25.0 cm x 26.2 cm |
| Operating Temp | 0 to 55 deg C |
| Power Consumption | Supplied via rack backplane bus |
| Processor Core | 32-bit industrial high-speed RISC processor |
| System Memory | 128 MB DRAM application memory, 128 MB flash logic retention |
| Control Capacity | Up to 1000 independent PID control loops |
| Control Cycle | Minimum 100 ms execution time |
| Redundancy | 1:1 hot standby, bumpless hardware switchover |
| Communication Interfaces | Proprietary FIO backplane bus and dual-redundant V-Net bus |
This control card handles complex multi-variable PID algorithms and sequential interlock protections by integrating directly into the CENTUM VP control station backplane. The internal communication hardware coordinates real-time token passing over the V-Net bus, enabling deterministic synchronization between the controller core, distributed I/O modules, and central operator interfaces. Channel-to-channel isolation features protect the core processing elements from external signal anomalies, preventing fault propagation through the system data paths. Built-in error checking routines validate data packet distribution across the internal bus segments to maintain deterministic control cycles down to 100 ms without cycle jitter.
Q: What mechanisms govern the redundancy switchover time on the CP345-S1 processor module?
A: Dual hot standby processors execute constant data mirroring across a dedicated hardware synchronization link. If the primary processor undergoes a memory exception or hardware failure, the secondary card executes a bumpless switchover within a fraction of the control cycle, maintaining output stability without interrupting active PID loops.
Q: How should a firmware update be conducted within a redundant processor configuration?
A: You must perform the update sequentially. Flash the firmware onto the standby processor card first, initiate an online balance sync to verify logic match, execute a manual switchover to designate the updated card as primary, and then update the secondary hardware module.
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