Purpose and Characteristics of TURCK Controller

Purpose and Characteristics of TURCK Controller

Can be integrated into PLC systems without the need for specialized functional modules

Each channel has a maximum of 128 bytes of user data per read/write cycle, and uses a fragment structure with 16 kilobytes of FIFO memory per fragment

Equipped with data interface for easy use of RFID function

Programming languages IEC 61131-3 (AWL, KOP, FUP, AS, ST)

Application Task 10

CODESYS OPC UA Server/Client

PROFINET devices, EtherNet/IP devices, or

Modbus TCP Client/Server

4 channels, including M12 connections for RFID

8 universal digital channels, configurable as PNP input or output, 2 A

POU quantity 1024

Programming interfaces Ethernet, USB

Cycle time 1000 AWL commands (excluding I/O scan time) less than 1ms

Input data of 8 k bytes

Instructions are divided into two parts: opcode and address code. Opcodes are used to indicate the operational nature of instructions, such as addition, subtraction, etc; The address code provides the operand address of this instruction or relevant information that forms the operand address (in this case, the operand address is formed through an address forming circuit). There is a type of instruction called a transition instruction, which is used to change the normal execution order of instructions. The address code part of this instruction gives the address of the instruction to be executed.

Continuous HF bus mode, with 32 HF read/write heads per channel

4 channels, including M12 connections for RFID

8 universal digital channels, configurable as PNP input or output, 2 A

Purpose and Characteristics of TURCK Controller