F8652E  HIMA 自动化控制模块

品牌:HIMA

型号:F8652E

产品名称:自动化控制模块

产品净宽:53毫米

产品净高:125毫米

产品净深/长度:260毫米

产品净重:0.7公斤

HIMA作为全球领先的工业自动化和安全解决方案供应商，其产品在工业安全和过程控制领域得到广泛应用。一般来说，自动化控制模块在工业自动化系统

中是关键的组件，用于控制和监测各种工业过程和设备。

根据类似的自动化控制模块，通常可能应用于以下领域:

1.安全系统:HMA的自动化控制模块通常用于高级安全系统，例如火灾和气体检测、紧急停止系统、腐蚀性介质监测等，以确保工厂和设备的安全运行。⒉过程控制:在化工、石油、天然气等行业，HMAF8652E自动化控制模块可能用于重要的工业过程控制，确保高可靠性、高安全性和高效率的控制。3.电力行业:HIMAF8652E自动化控制模块在电力厂和变电站的控制和保护中可能得到应用，以确保电力系统的稳定和安全。

4.交通运输:在交通信号控制、火车信号系统等交通领域，HIMAF8652E自动化控制模块可能应用于确保交通系统的安全和高效运行。5.油气行业:在石油和天然气行业，HIMAF8652E自动化控制模块可能用于控制和监测油气生产和输送过程，确保操作安全和稳定。6.制药行业: HIMAF8652E自动化控制模块在制药工厂的自动化和控制系统中可能应用于确保药品生产过程的严格控制和合规性。

这种触摸屏利用压力感应进行控制。电阻触摸屏的主要部分是一块与显示器表面非常配合的电阻薄膜屏，这是一种多层的复合薄膜，它以一层玻璃或硬塑料平板作为基层，表面涂有一层透明氧化金属(透明的导电电阻)导电层，上面再盖有一层外表面硬化处理、光滑防擦的塑料层、它的内表面也涂有一层涂层、在他们之间有许多细小的(小于1/1000英寸)的透明隔离点把两层导电层隔开绝缘。当手指触摸屏幕时，两层导电层在触摸点位置就有了接触，电阻发生变化，在X和Y两个方向上产生信号，然后送触摸屏控制器。控制器侦测到这一接触并计算出(X，Y)的位置，再根据模拟鼠标的方式运作。这就是电阻技术触摸屏的基本的原理。电阻类触摸屏的关键在于材料科技，常用的透明导电涂层材料有:A、ITO，氧化胭，弱导电体，特性是当厚度降到1800个埃(埃=10-10米)以下时会突然变得透明，透光率为80%，再薄下去透光率反而下降，到300埃厚度时又上升到80%。ITO是所有电阻技术触摸屏及电容技术触摸屏都用到的主要材料，实际上电阻和电容技术触摸屏的工作面就是ITO涂层。

F8652E  HIMA 自动化控制模块

Brand :HIMA

Model :F8652E

Product name: Automation control module

Product width :53 mm

Product height :125 mm

Product net depth/length :260 mm

Net weight :0.7 kg

As a leading global supplier of industrial automation and safety solutions, HIMA's products are widely used in the field of industrial safety and process control. In general, automation control modules are used in industrial automation systems

Is a key component for control and monitoring

Measuring various industrial processes and equipment.

According to similar automation control modules, it is usually possible to apply in the following areas:

1. Safety systems :HMA's automation control modules are commonly used in advanced safety systems, such as fire and gas detection, emergency stop systems, corrosive media monitoring, etc., to ensure the safe operation of plants and equipment. Process control: In the chemical, oil, gas and other industries, HMAF8652E automation control module may be used for important industrial process control, ensuring high reliability, high safety and high efficiency control. 3. Power industry :HIMAF8652E automation control module may be applied in the control and protection of power plants and substations to ensure the stability and safety of power systems.

4. Transportation: In the field of traffic signal control, train signal system and other transportation, HIMAF8652E automation control module may be applied to ensure the safe and efficient operation of traffic systems. 5. Oil and Gas industry: In the oil and gas industry, the HIMAF8652E automation control module may be used to control and monitor oil and gas production and transmission processes to ensure safe and stable operations. 6. Pharmaceutical industry: The HIMAF8652E automation control module may be used in the automation and control systems of pharmaceutical factories to ensure strict control and compliance of the pharmaceutical production process.

The touch screen uses pressure sensing for control. The main part of the resistance touch screen is a resistance film screen that is very compatible with the surface of the display, which is a multi-layer composite film, which takes a layer of glass or hard plastic plate as the base layer, and the surface is coated with a layer of transparent metal oxide (transparent conductive resistance) conductive layer. It is then covered with an outer, hardened, smooth, anti-rub plastic layer, and its inner surface is also coated with a coating, and between them there are many small (less than 1/1000 inch) transparent isolation points separating the two conductive layers. When the finger touches the screen, the two conductive layers are in contact at the touch point, the resistance changes, and the signal is generated in the X and Y directions, and then sent to the touch screen controller. The controller detects this contact and calculates the position of (X, Y), then operates in a manner that simulates a mouse. This is the basic principle of resistive technology touch screen. The key to the resistance touch screen is material science and technology, the commonly used transparent conductive coating materials are :A, ITO, oxide paint, weak conductive material, the characteristic is that when the thickness drops to 1800 angms (angms =10-10 meters) below will suddenly become transparent, the light transmittance is 80%, and then thin down the light transmittance decreases, and rises to 80% when the thickness of 300 angms. ITO is the main material used by all resistive technology touch screens and capacitive technology touch screens, in fact, the working surface of resistive and capacitive technology touch screens is ITO coating.