Product parameter
The following are the main parameters of the SCHNEIDER TSX08CD08R6AC:
Input voltage :24V DC
Input current :100 mA
Output voltage :24V DC
Output current: 0.5A
Storage capacity :32KB
Maximum input points :8
Maximum output points :8

Product introduction
The SCHNEIDER TSX08CD08R6AC is a high quality programmable logic controller
(PLC), with reliability and efficiency. It integrates multiple functions, including digital input and input
Output, analog inputs and outputs, communication and counters. The product can be used for a variety of applications, such as from
Mobility, control and monitoring.

A Programmable Logic Controller (PLC) is a digital operational electronic system designed for industrial environments. TSX08CD08R6AC It uses a programmable memory, internal storage of the execution of logic operations, sequence control, timing, counting and arithmetic operations and other instructions, and through digital or analog input and output to control various types of mechanical equipment or production processes.

TSX08CD08R6AC PLC is composed of CPU, instruction and data memory, input/output interface, power supply, digital analog conversion and other functional units. It can control or supervise almost any kind of mechanical and electrical system by receiving and sending many types of electrical or electronic signals. PLC has the characteristics of strong versatility, easy to use, wide adaptability, high reliability, strong anti-interference ability, simple programming and so on.

TSX08CD08R6AC PLC has a wide range of applications, including industrial automation, building automation, system integration, traffic signal control and agricultural automation. In industrial automation, PLC can be used for production line control, robot control and logistics system control to improve production efficiency and quality. In building automation, PLCS can be used to control systems such as lighting, ventilation and building safety to improve energy efficiency and comfort. In addition, PLC can also be used for system integration, integrating different devices and systems into a unified control system to achieve seamless collaboration between devices and systems.