| Category |
Details |
| Brand |
Omron |
| Series |
SYSMAC CP Series – CP1E |
| PLC Type | Compact / Micro Programmable Logic Controller |
| CPU Types |
E-type – Basic, N-type – Enhanced, NA-type – Enhanced with built-in analog I/O |
| Program Capacity – E Type |
2K steps |
| Program Capacity – N / NA Type |
8K steps |
| Data Memory – E Type |
2K words |
| Data Memory – N / NA Type |
8K words |
| Programming Method |
Stored-program, cyclic-scan control |
| Programming Language |
Ladder Diagram |
| Instruction Set |
Approx. 200 instructions |
| Basic Instruction Speed |
LD instruction approx. 1.19 μs minimum |
| MOV Instruction Speed |
Approx. 7.9 μs minimum |
| 10-Point I/O |
6 DI + 4 DO |
| 14-Point I/O |
8 DI + 6 DO |
| 20-Point I/O |
12 DI + 8 DO |
| 30-Point I/O |
18 DI + 12 DO |
| 40-Point I/O |
24 DI + 16 DO |
| 60-Point I/O |
36 DI + 24 DO |
| Output Types |
Relay, Transistor Sinking (NPN) and Transistor Sourcing (PNP) depending on model |
| Maximum I/O – 30 Point CPU
|
Up to 150 I/O points
|
| Maximum I/O – 40 Point CPU |
Up to 160 I/O points |
| Maximum I/O – 60 Point CPU |
Up to 180 I/O points |
| Expansion Units |
Applicable 30/40/60-point and NA20 CPUs support up to 3 CP1W Expansion I/O / Expansion Units. |
| High-Speed Counters – E Type |
Up to 10 kHz depending on counter mode |
| High-Speed Counters – N/NA Type |
Up to 100 kHz for applicable high-speed inputs |
| Differential Phase Counting |
Up to 50 kHz on applicable N/NA CPU inputs |
| Input Interrupts |
Up to 6 inputs, depending on model |
| Quick Response Inputs |
Up to 6 inputs |
| Pulse Outputs |
N/NA transistor-output models support 2 pulse outputs up to 100 kHz |
| Positioning |
Pulse + Direction positioning with continuous speed-control and independent position-control modes |
| PWM Output |
Supported on applicable N/NA transistor-output CPUs |
| Built-in Analog – E/N Type |
Standard E/N CPUs do not include process analog I/O |
| Built-in Analog – NA Type |
2 Analog Inputs + 1 Analog Output |
| NA-Type Analog Data Range |
Digital setting range 0–6000 for the built-in analog channels. |
| USB Communication |
Built-in USB 2.0 Type-B peripheral port on applicable CP1E CPUs |
| RS-232C |
Built into applicable N/NA CPUs; other supported CPUs can use option boards where permitted |
| RS-422A / RS-485 |
Can be added to applicable N30/N40/N60 and NA20 CPUs using CP1W-CIF11 / CIF12-V1 option boards |
| Ethernet |
Not standard built-in Ethernet on CP1E; applicable N30/N40/N60 and NA20 CPUs can use CP1W-CIF41 Ethernet Option Board. |
| Serial Baud Rate |
Up to 115.2 kbps on applicable serial interfaces |
| Serial Functions |
Supports functions such as Host Link, no-protocol communication and other CP-series serial communications depending on configuration. |
| Programming Software |
Omron CX-Programmer / CX-One |
| AC Power Supply Models |
100–240 V AC, 50/60 Hz |
| AC Operating Range |
85–264 V AC |
| DC Power Supply Models |
24 V DC |
| DC Operating Range |
20.4–26.4 V DC |
| AC Power Consumption – Small CPUs |
Up to 15 VA @ 100 V AC / 25 VA @ 240 V AC for applicable 10/14/20-point CPUs |
| AC Power Consumption – Larger CPUs |
Up to 50 VA @ 100 V AC / 70 VA @ 240 V AC for applicable 30/40/60-point and NA20 CPUs |
| DC Power Consumption |
Approx. 9–20 W max., depending on CPU size/configuration |
| Auxiliary 24 V Supply |
Applicable larger AC CPUs provide 24 V DC, 300 mA service power for input devices.
|
| Operating Temperature |
0°C to 55°C |
| Storage Temperature |
−20°C to 75°C excluding battery |
| Operating Humidity |
10% to 90% RH |
| Installation |
Panel-mounted industrial controller; DIN-track mounting can be used with the appropriate installation arrangement |
| Key Features |
Compact design, economical control, multiple I/O sizes, high-speed counters, 100 kHz pulse positioning on N/NA transistor CPUs, USB programming, serial networking, CP1W expansion and analog/temperature expansion capability |
| Applications |
Packaging machines, conveyors, filling machines, labeling machines, small assembly equipment, material handling, pump/fan control, VFD control, simple servo positioning, temperature control and general machine automation |
| Best Suited For |
Existing or cost-sensitive CP-series machine-control systems where basic sequencing, serial communication, pulse positioning or analog/temperature control is required |
