HCIX15-TE-FA-NC HONEYWELL 仪表传感器 液位检测

项目编号:HCIX15-TE-FA-NC 

品牌：HONEYWELL

交货时间:1-2days

产地:USA

发货点:中国

保修:—年

运输信息:联邦快递和UPS

HONEYWELL HCIX15-TE-FA-NC是一款高性能、高可靠性的仪表传感器，主要应用于以下场合:

工业自动化控制系统

机械设备监测

液位检测

温度和湿度检测

HONEYWELL HCIX15-TE-FANC采用先进的微机电系统技术，具有高精度、高稳定性和高可靠性。其内置的智能温度补偿技术，可以有效地消除温度漂移对测星结果的影响，确保测量精度和稳定性。此外，该传感器还具有极佳的抗千扰能力，可以在恶劣的工作环境中稳定工作。

HCIX15-TE-FA-NC是欧美DCS/PLC控制系统的电源模块。

欧美DCS/PLC控制系统具有以下特点：

充分合理利用软、硬件资源。

不参与控制循环或在循环前已经投入的指令可不接入PLC。

多重指令控制一个任务时，可先在PLC外部将它们并联后再接入一个输入点。

尽量利用PLC内部功能软元件，充分调用中间状态，使程序具有完整连贯性，易于开发。

条件允许的情况下最好独立每一路输出，便于控制和检查，也保护其它输出回路。

DCS/PLC控制系统的电源模块有两种：

DCSHCIX15-TE-FA-NC 控制系统，在国内自控行业又称之为集散控制系统。即所谓的分布式控制系统，是相对于集中控制系统而言的一种新型计算机控制系统，它是在集中控制系统的基础上发展、演变而来的。

PLC于60年代末期在美国首先出现，目的是用来取代继电器，执行逻辑、计时、计数等顺序控制功能，建立柔性程序控制系统。1976年正式命名，并给予定义：PLC是一种数字控制专用电子计算机，它使用了可编程序存储器储存指令，执行诸如逻辑、顺序、计时、计数与演算等功能，并通过模拟和数字输入、输出等组件，控制各种机械或工作程序。

HCIX15-TE-FA-NC HONEYWELL 仪表传感器 液位检测

Project number :HCIX15-TE-FA-NC

Brand: HONEYWELL

Delivery time :1-2days

Origin :USA

Shipping point: China

Warranty: - year

Shipping information: fedex and UPS

HONEYWELL HCIX15-TE-FA-NC is a high-performance, highly reliable instrument sensor for the following applications:

Industrial automation control system. Mechanical equipment monitoring

Liquid level detection

Temperature and humidity detection

HONEYWELL HCIX15-TE-FANC uses advanced MEMS technology to deliver high precision, high stability and high reliability. The built-in intelligent temperature compensation technology can effectively eliminate the influence of temperature drift on the measurement results, and ensure the measurement accuracy and stability. In addition, the sensor also has excellent disturbance resistance, can work stably in harsh working environments.

HCIX15-TE-FA-NC is a power module for DCS/PLC control systems in Europe and the United States.

European and American DCS/PLC control system has the following characteristics:

Make full and reasonable use of software and hardware resources.

Instructions that do not participate in the control cycle or have been put in before the cycle may not be connected to the PLC.

When multiple instructions control a task, they can be connected in parallel outside the PLC and then connected to an input point.

Try to use the PLC internal functional soft components, fully call the intermediate state, so that the program has a complete consistency, easy to develop.

Conditions permit, it is best to independent each output, easy to control and check, but also to protect other output loops.

There are two types of power modules for DCS/PLC control systems:

DCSHCIX15-TE-FA-NC control system, also known as distributed control system in the domestic automatic control industry. The so-called distributed control system is a new type of computer control system relative to the centralized control system, which is developed and evolved on the basis of the centralized control system.

PLC first appeared in the United States in the late 1960s, the purpose is to replace relays, perform logic, timing, counting and other sequential control functions, and establish a flexible program control system. In 1976, it was officially named and defined: PLC is a digital control special electronic computer, which uses programmable memory to store instructions, perform functions such as logic, sequence, timing, counting and calculation, and control various mechanical or working procedures through analog and digital input, output and other components.