پردازنده کامپکت زیمنس 6ES7214-1AG40-0XB0

توضیحات

The compact CPU 1214C has:

3 device versions with different power supply and control voltages.

Integrated power supply either as wide-range AC or DC power supply (85 … 264 V AC or 24 V DC)

Integrated 24 V encoder/load current supply:
For direct connection of sensors and encoders. With a 400 mA output current, it can also be used as load power supply.

14 integrated digital inputs 24 V DC (current sinking/sourcing input (IEC type 1 current sinking)).

10 integrated digital outputs, either 24 V DC or relay.

2 integrated analog inputs 0 … 10 V.

2 pulse outputs (PTO) with a frequency of up to 100 kHz.

Pulse-width modulated outputs (PWM) with a frequency of up to 100 kHz.

Integrated Ethernet interface (TCP/IP native, ISO-on-TCP).

6 fast counters (3 with max. 100 kHz; 3 with max. 30 kHz), with parameterizable enable and reset inputs, can be used simultaneously as up and down counters with 2 separate inputs or for connecting incremental encoders.

Expansion by additional communication interfaces, e.g. RS485 or RS232.

Expansion by analog or digital signals directly on the CPU via signal board (with retention of CPU mounting dimensions).

Expansion by a wide range of analog and digital input and output signals via signal modules.

Optional memory expansion (SIMATIC Memory Card).

PID controller with auto-tuning functionality.

Integral real-time clock.

Interrupt inputs:
For extremely fast response to rising or falling edges of process signals.

Removable terminals on all modules.

Simulator (optional):
For simulating the integrated inputs and for testing the user program.

The compact CPU 1214C has:

3 device versions with different power supply and control voltages.

Integrated power supply either as wide-range AC or DC power supply (85 … 264 V AC or 24 V DC)

Integrated 24 V encoder/load current supply:
For direct connection of sensors and encoders. With a 400 mA output current, it can also be used as load power supply.

14 integrated digital inputs 24 V DC (current sinking/sourcing input (IEC type 1 current sinking)).

10 integrated digital outputs, either 24 V DC or relay.

2 integrated analog inputs 0 … 10 V.

2 pulse outputs (PTO) with a frequency of up to 100 kHz.

Pulse-width modulated outputs (PWM) with a frequency of up to 100 kHz.

Integrated Ethernet interface (TCP/IP native, ISO-on-TCP).

6 fast counters (3 with max. 100 kHz; 3 with max. 30 kHz), with parameterizable enable and reset inputs, can be used simultaneously as up and down counters with 2 separate inputs or for connecting incremental encoders.

Expansion by additional communication interfaces, e.g. RS485 or RS232.

Expansion by analog or digital signals directly on the CPU via signal board (with retention of CPU mounting dimensions).

Expansion by a wide range of analog and digital input and output signals via signal modules.

Optional memory expansion (SIMATIC Memory Card).

PID controller with auto-tuning functionality.

Integral real-time clock.

Interrupt inputs:
For extremely fast response to rising or falling edges of process signals.

Removable terminals on all modules.

Simulator (optional):
For simulating the integrated inputs and for testing the user program.

The compact CPU 1214C has:

3 device versions with different power supply and control voltages.

Integrated power supply either as wide-range AC or DC power supply (85 … 264 V AC or 24 V DC)

Integrated 24 V encoder/load current supply:
For direct connection of sensors and encoders. With a 400 mA output current, it can also be used as load power supply.

14 integrated digital inputs 24 V DC (current sinking/sourcing input (IEC type 1 current sinking)).

10 integrated digital outputs, either 24 V DC or relay.

2 integrated analog inputs 0 … 10 V.

2 pulse outputs (PTO) with a frequency of up to 100 kHz.

Pulse-width modulated outputs (PWM) with a frequency of up to 100 kHz.

Integrated Ethernet interface (TCP/IP native, ISO-on-TCP).

6 fast counters (3 with max. 100 kHz; 3 with max. 30 kHz), with parameterizable enable and reset inputs, can be used simultaneously as up and down counters with 2 separate inputs or for connecting incremental encoders.

Expansion by additional communication interfaces, e.g. RS485 or RS232.

Expansion by analog or digital signals directly on the CPU via signal board (with retention of CPU mounting dimensions).

Expansion by a wide range of analog and digital input and output signals via signal modules.

Optional memory expansion (SIMATIC Memory Card).

PID controller with auto-tuning functionality.

Integral real-time clock.

Interrupt inputs:
For extremely fast response to rising or falling edges of process signals.

Removable terminals on all modules.

Simulator (optional):
For simulating the integrated inputs and for testing the user program.

Function

Comprehensive instruction set:
A wide range of operations facilitates programming:

Basic operations such as binary logic operations, result allocation, save, count, create times, load, transfer, compare, shift, rotate, create complement, call subprogram (with local variables)

Integral communication commands (e.g. USS protocol, Modbus RTU, S7 communication “T-Send/T-Receive” or Freeport)

User-friendly functions such as pulse-width modulation, pulse sequence function, arithmetic functions, floating point arithmetic, PID closed-loop control, jump functions, loop functions and code conversions

Mathematical functions, e.g. SIN, COS, TAN, LN, EXP

Counting:
User-friendly counting functions in conjunction with the integrated counters and special commands for high-speed counters open up new application areas for the user.

Interrupt processing:

Edge-triggered interrupts (activated by rising or falling edges of process signals on interrupt inputs) support a rapid response to process events.

Time-triggered interrupts.

Counter interrupts can be triggered when a setpoint is reached or when the direction of counting changes.

Communication interrupts allow the rapid and easy exchange of information with peripheral devices such as printers or bar code readers.

Password protection

Test and diagnostics functions:
Easy-to-use functions support testing and diagnostics, e.g. online/offline diagnostics.

“Forcing” of inputs and outputs during testing and diagnostics:
Inputs and outputs can be set independently of cycle and thus permanently, for example, to test the user program.

Motion Control in accordance with PLCopen for simple movements.

Library functionality