To Next PageTo Next PageTo Previous PageTo Previous Page
Loading...
Need help?Do you have a question about the Omron SYSMAC CP2E-E D Series and is the answer not in the manual?
General| Input Voltage | 24V DC |
|---|---|
| Data Memory | Up to 32 KB |
| Type | Programmable Logic Controller (PLC) |
| CPU Type | RISC |
| Communication Ports | RS-232C, RS-485 |
| Ethernet Port | Yes |
| USB Port | Yes |
| Serial Port | 1 x RS-232C |
| High-speed Counter | Yes |
| Pulse Output | Yes |
| Interrupt Inputs | Yes (4 inputs) |
| Expansion Slots | 2 |
| Operating Temperature | 0°C to 55°C |
| Dimensions | 90 x 90 x 70 mm |
| Series | CP2E-E D Series |
User's Manual for CP2E CPU Unit Software.
Describes software specifications, operation, memory, programming, and functions.
Provides critical safety information for using the PLC.
Details precautions for handling and external circuits for safe operation.
Details the types of internal memory and stored data in the CPU Unit.
Explains CPU Unit operation, modes, and behavior during power interruptions.
Covers basic information on ladder programming for CP2E CPU Units.
Covers user programs, data, and programming languages.
Details instructions, operands, variations, execution conditions, data formats, and I/O refresh.
Describes the types of I/O memory areas and their details.
Details parameters for basic settings of the CP2E CPU Unit.
Covers settings for startup, timing, interrupts, inputs, and outputs.
Covers settings for startup, timing, interrupts, inputs, serial ports, pulse outputs, and Ethernet.
Outlines warranty, limitations of liability, and buyer remedies.
States OMRON COMPANIES SHALL NOT BE LIABLE FOR SPECIAL, INDIRECT, INCIDENTAL DAMAGES.
Precautions for proper unit setting, DIP switches, DM Area initialization, and program checks.
Describes software specifications, CPU Unit operation, programming, and functions.
Outlines the general procedure for setting up and operating the CP2E.
Details the types of internal memory and stored data in the CPU Unit.
Describes CPU Unit operation, modes, and behavior during power interruptions.
Explains data backup to built-in Flash Memory and non-volatile RAM.
Describes I/O memory areas: CIO, Work, Holding, Data, Timer, Counter, Index, Data Registers, System Areas.
Explains OMRON's term for allocating I/O bits and how the CPU Unit allocates them to expansion units.
Describes the steps to select, configure, create programs, transfer, and start using functions.
Explains input interrupts that execute tasks when built-in inputs turn ON or OFF.
Describes using high-speed counters for measuring pulse input signals and applications.
Details pulse input methods, counting ranges, reset methods, and frequency measurement.
Explains executing interrupt tasks based on counter PV comparison with target values or ranges.
Describes using pulse outputs with trapezoidal acceleration/deceleration.
Describes methods to define origin position using origin search or PV changes.
Describes PWM outputs, including application examples and specifications.
Explains using Modbus-RTU Easy Master for controlling Modbus-compatible slaves.
Explains reading and writing CP2E data from Modbus-compatible masters.
Outlines the startup procedure, PLC setup, basic settings, and communications test.
Explains FINS communication services, procedures, and PLC setup for UDP and TCP.
Explains PID instructions with autotuning for temperature control.
Describes saving specified DM Area words to built-in Flash Memory and automatic restoration.
Details inputting, saving, reading, editing ladder programs, and using automatic creation.
Explains making an online connection and transferring programs.
Describes monitoring status, force-set/reset bits, and online editing.
