TRICONEX 3564 數字輸入模塊 | 具有光電隔離功能
型號:TRICONEX 3564
支持多達 32 個 //0 模塊
內置以太網和串行通信端口
支持Modbus、OPC DA和OPC UA協議
通過 IEC 61508 和 IEC 61511 的 SIL-3 認證
單個系統中最多可以安裝三個處理器以實現余
可熱插拔模塊和處理器,方便維護
可使用 TriStation 1131 軟件進行配置
TRICONEX 3564是數字輸入模塊,具有光電隔離功能,工作電壓為
24VDC1。
TRICONEX 3564 數字輸入模塊是TRICONEX公司生產的一種電子設備,通常用于工業(yè)
自動化和控制系統中。該模塊具有光電隔離功能,可以有效地隔離輸入信號和
系統電源,從而提高系統的抗干擾能力和穩(wěn)定性。此外,TRICONEX 3564數字輸入模塊還具有高可靠性和快速響應等特點,能夠滿足各種工業(yè)
自動化和控制系統的需求。
TRICONEX 3564是一款高性能的安全控制器,主要用于工業(yè)自動化和過程
控制領域。以下是TRICONEX 3564的一些主要特點:
三重冗余設計:TRICONEX 3564采用三重冗余(TMR)設計,這意味著系
統中有三個完全獨立的處理器模塊,每個模塊都可以獨立執(zhí)行控制任務。這種
設計提供了極高的可靠性和容錯能力,即使在某個模塊出現故障時,系統也能
繼續(xù)正常運行。
Model: TRICONEX 3564
Supports up to 32 //0 modules
Built-in Ethernet and serial communication ports
Supports Modbus, OPC DA, and OPC UA protocols
SIL-3 certified to IEC 61508 and IEC 61511
Up to three processors can be installed in a single system to achieve redundancy
Hot-swappable modules and processors for easy maintenance
It can be configured using the TriStation 1131 software
The TRICONEX 3564 is a digital input module with photoelectric isolation and operating voltage
24VDC1.
The TRICONEX 3564 digital input module is an electronic device produced by TRICONEX Corporation that is commonly used in industry
Automation and control systems. The module has photoelectric isolation function, which can effectively isolate the input signal and
System power supply, thereby improving the anti-interference ability and stability of the system. In addition, the TRICONEX 3564 digital input module offers high reliability and fast response to meet the needs of various industries
Automation and control system needs.
The TRICONEX 3564 is a high performance safety controller primarily used in industrial automation and processes
Control the field. Here are some of the main features of the TRICONEX 3564:
Triple Redundancy design: The TRICONEX 3564 features triple redundancy (TMR) design, which means that the system
There are three completely independent processor modules in the system, each of which can perform control tasks independently. This kind of
The design provides extremely high reliability and fault tolerance, even in the event of a module failure
Continue to operate normally.