Max. Digital I/O points | Program capacity | Data memory capacity | Logic execution speed | Max. I/O units | Additional functions | Order code |
---|---|---|---|---|---|---|
5120 | 250K steps | 448K words | 20 ns | 80 | - | CS1H-CPU67H |
71 | Supports duplex power supply and I/O hot-swapping | CS1D-CPU67S | ||||
68 | CPU for full dual-redundancy | CS1D-CPU67H | ||||
CPU for full dual-redundancy, with loop control board | CS1D-CPU67P | |||||
120K steps | 256K words | 80 | - | CS1H-CPU66H | ||
60K steps | 128K words | 80 | - | CS1H-CPU65H | ||
71 | Supports duplex power supply and I/O hot-swapping | CS1D-CPU65S | ||||
68 | CPU for full dual-redundancy | CS1D-CPU65H | ||||
CPU for full dual-redundancy, with loop control board | CS1D-CPU65P | |||||
30K steps | 64K words | 80 | - | CS1H-CPU64H | ||
20K steps | - | CS1H-CPU63H | ||||
60K steps | 40 ns | - | CS1G-CPU45H | |||
1280 | 30K steps | 40 | - | CS1G-CPU44H | ||
35 | Supports duplex power supply and I/O hot-swapping | CS1D-CPU44S | ||||
960 | 20K steps | 30 | - | CS1G-CPU43H | ||
10K steps | - | CS1G-CPU42H | ||||
26 | Supports duplex power supply and I/O hot-swapping | CS1D-CPU42S |
CS1 Programmable Logic Controllers
Our CS1 and CS1D duplex controllers deliver superior control performance, flexible communications and connectivity, powerful information management, extensive maintenance functionality . all in an enhanced design and development environment. These controllers can integrate logic, motion, drives and process in one system
CS1 offers a wide choice of analogue input units, fit for any application, from low-speed, multi-channel temperature measurement to high-speed, high-accuracy data acquisition. Analogue outputs can be used for accurate control or external indication.
Advanced units with built-in scaling, filtering and alarm functions reduce the need for complex PLC programming. High-accuracy process I/O units support an extensive range of sensors, for fast and accurate data acquisition. All Process and temperature I/O units provide isolation between all individual channels.
CS1D adds a number of dual-redundancy options to the well-proven CS1 architecture to ensure around-the-clock operation without minimal downtime. Duplex CPUs, with or without loop control functions, are continuously cross-checked for errors, without the need for special programs to be written by the user. An even simpler way to increase system availability is to use dual power supply units. Hot swapping of CPUs, power supplies and I/O units allow system maintenance with little or no process interruption.