USD 4,497.01
Rack-mounted PLC CPU with 5,120 I/O points, 250K-step program, 448K-word memory, and 0.02 µs instruction time.
CS1H-CPU67H is a CS-series PLC CPU unit from Omron’s CS1H family. Official Omron documentation identifies it as a rack-mounted CPU for CS1 CPU racks and CS1D CPU racks, with support for 5,120 I/O points, 250K-step program capacity, 448K words of data memory, and 0.02 µs LD instruction execution time. It is specified for 0.82 A current consumption on the 5 V system and is used in modular CS-series automation architectures with expansion racks and a broad range of I/O and communication units.
| Parameter | Value |
|---|---|
| Number of I/O points | 5,120 (Expansion Racks: 7) |
| Program capacity | 250K steps |
| Data memory capacity | 448K words (DM: 32K words, EM: 32K words × 13 banks) |
| LD instruction execution time | 0.02 µs |
| Online unit replacement | No |
| Duplex communications units | No |
| Duplex power supply units | No |
| Mountable rack | CS1 CPU Rack: Yes; CS1D CPU Rack: Yes; CS-series CPU Backplane: No; CS/C200H-series CPU Backplane: No |
| Current consumption (5 V system) | 0.82 A |
| Current consumption (26 V system) | --- |
Best suited for large packaging machines that need many discrete I/O points across multiple expansion racks while maintaining fast scan execution.
Eliminates I/O capacity bottlenecks in large multi-station automation cells.
Appropriate for conveyor and transfer systems where numerous sensors, diverters, and actuators must be coordinated from a central rack PLC.
Provides enough memory and I/O scaling for complex synchronized handling logic.
Useful when replacing older modular control systems with a CS-series CPU that can reuse a broad rack-based architecture and existing field wiring.
Reduces migration risk by supporting extensive rack-based expansion and high I/O counts.
