USD 295.96
30-point PLC CPU with 24 VDC supply, 18 DC inputs, 12 relay outputs, USB, 10K steps, 32K words.
Compact CP1L CPU unit with 24 VDC supply, 18 DC inputs, 12 relay outputs, 10K-step program memory, 32K-word data memory, USB communication, and support for expansion and option modules. Manufacturer and distributor listings identify it as a 30-point PLC CPU for small machine control, with relay outputs and onboard DC input capability. The Omron product page and family documentation confirm the model, I/O count, memory, communications, and expandability; distributor pages corroborate the commercial identification and packed product classification.
| Parameter | Value |
|---|---|
| Supply voltage | 24 VDC |
| Input type | DC |
| Output type | Relay |
| Built-in I/O | 30 |
| Digital inputs | 18 |
| Digital outputs | 12 |
| Output current | 2 A |
| Program capacity | 10 K steps |
| Data memory capacity | 32 K words |
| Communications | USB, 2 option port |
| Number of expansion I/O | 3 |
| Number of option modules | 2 |
| Real-time clock / calendar | Yes |
| Battery backup | Yes |
| Operating temperature range | 0 to 55 °C |
| IP rating | IP20 |
| Unpacked height | 90 mm |
| Unpacked width | 130 mm |
| Unpacked depth | 85 mm |
| Unpacked weight | 525 g |
Controls solenoid valves, sensors, and interlocks in compact packaging equipment using 18 DC inputs and 12 relay outputs on a 24 VDC control architecture.
Replaces hardwired relay logic with a compact programmable controller that can switch mixed field devices directly.
Manages start/stop logic, photoeye sensing, and diverter outputs for short conveyor sections where simple I/O density and easy USB commissioning are priorities.
Provides sufficient onboard I/O without requiring a larger PLC platform for small material-handling cells.
Implements level-switch logic, alarms, and timed pump alternation in small skid systems with modest expansion needs and battery-backed memory retention.
Delivers deterministic control and memory retention for compact process skids without adding unnecessary system complexity.
