黑马HIMA输入模件F3221
黑马HIMA输入模件F3221
黑马HIMA输入模件F3221
由厦门兴锐嘉进出口特 价 销 售！！
如果您现在需要购买这个产品，请联系我们！！
我公司产品齐全，能够提供不同国别和厂商的设备配件
解决您多处寻找的麻烦和对产品质量的担心等
在价格上我们有很大的优势，欢迎咨询，我们将会给您优致的服务！
用诚信的心，真诚的为您服务！
德国HIMA希马（黑马）安全系统模块
德国HIMA公司创建于1908年，是全球著名的安全控制系统专业制造商。广泛分布于世 界各 地的石化、海上石油平台、
油气长输管线、冶金、电力、机械制造、交通运输以及大型公共建筑等行业领域。
HIMA的产品都支 持国 际通 用的标 准协 议，可以无缝集成到任 何DCS和自动化环境中。
可编程电子系统（PES）
H41q/H51q系列：MS / HS/ HRS (AK6/SIL3)
高可用性，灵活组态SIL3系统，为要求高安全等级和连续操作的过程工业设计。
HIMatrix
HIMatrix 系列：F60/F35/F30/F20 (AK6/SIL3)
紧凑的SIL 3 系统，为联网的、响应时间要求高的过程工业、机器自动化和安全相关的楼宇自动化应用设计
固态逻辑电子系统(E)
PLANAR系列：Planar 4 (AK7/SIL4)
世上仅有的SIL4系统，为过程工业中高等级的安全需求设计。
HIMax
可提升企业效益的安全控制系统HIMax
产品如下：
黑马HIMA黑马DI数字输入卡件Z7116/3236锅炉
黑马DO数字输出卡件Z7138锅炉
黑马HIMA黑马DO数字输出卡件Z7136锅炉
黑马HIMA黑马AI模拟输入卡件Z7127锅炉
黑马HIMA黑马电源卡F7130A锅炉
黑马HIMA交流模型F8627X
黑马HIMA模块模型F6217 2
黑马HIMA模块;模型:F3236
黑马HIMA模块;模型:F3330
黑马HIMA4模型:F7133
HIMA系统模块电池CR2477N
HIMA系统模块电池0000018
HIMA黑马系统模块F8650X
HIMA黑马系统模块F-8650X
HIMA黑马系统模块4865065
HIMA黑马系统模块984865065
HIMA黑马系统模块H51QC-HRS
HIMA黑马系统模块H51Q-MS
HIMA黑马系统模块H51Q-HS
HIMA黑马系统模块H51Q-HRS
黑马HIMA热介质锅炉F8652X
黑马HIMA组件B4236-1
黑马HIMA组件B4237-1
黑马HIMA组件B5230/B5231
黑马HIMA组件B5232-1/B5232-2/
黑马HIMA组件B9302/B9361
黑马HIMA中央模块F8650A,E
黑马HIMA中央模块F8652X,E
黑马HIMA中央模块电源F7126
黑马HIMA输入模件F3221
黑马HIMA输出模件 F3222
黑马HIMA数字输入模件F3223
黑马HIMA输出模件F3224
黑马HIMA数字输入模件F3236
黑马HIMA输入模件F3237
黑马HIMA输入模件F3238
黑马HIMA输入模件 F3240
黑马HIMA输出模件F5203
黑马HIMA输出模件 F5220
黑马HIMA模拟输入模件F6208
黑马HIMA 安全模块F7553
HIMA黑马安全模块F-8650X
HIMA黑马安全模块F-8621A
HIMA黑马安全模块F-7126
HIMA黑马安全模块F-7133
HIMA黑马安全模块F-6217
HIMA黑马安全模块F-8652X
1可编程电子系统（PES）3
型号末能一一列出，如有需求，请与我联系！
主营产品，优势供应，充足库存：
各品牌DCS、PLC备件
l 英维思福克斯波罗Invensys Foxboro I/A Series系统：FBM（现场输入/输出模块）顺序控制、梯形逻辑控制、事故追忆处理、数模转换、输入/输出信号处理、数据通信及处理等。
l 英维思ESD系统 Invensys Triconex: 冗余容错控制系统、基于三重模件冗余（TMR）结构的现代化的容错控制器。
l 西屋Westinghouse： OVATION系统、WDPF系统、WEStation系统备件。
l 罗克韦尔Allen Bradley Rockwell: 1756/ 1771/ 1785/1747/1786/1771/2711、Reliance瑞恩 等产品。
l 摩托罗拉Motorola：MVME 162、MVME 167、MVME1772、MVME177等系列。
l XYCOM：I/O VME板和处理器等。
l 安川Yaskawa：伺服控制器、伺服马达、伺服驱动器。
l 施耐德莫迪康SchneiderModicon：Quantum 140处理器、控制卡、电源模块等。
l 发那科FANUC：模块、卡件、驱动器等各类备件。
l ABB：Bailey INFI 90，工业机器人备件DSQC系列等。
l 西门子Siemens：SiemensMOORE， SiemensSimatic C1，Siemens数控系统等。
l 博士力士乐Bosch Rexroth：Indramat，I/O模块,PLC控制器,驱动模块等。
l 伍德沃德Woodward：SPC阀位控制器、PEAK150数字控制器。
工业机器人系统备件
l 优势品牌：ABB Robots、FANUC Robots、YASKAWA Robots、KUKA Robots、Mitsubishi Robots、OTC Robots、Panasonic Robots、MOTOMAN Robots等.
F3423
F3423
The principle of liquid crystal display is to use the physical characteristics of liquid crystal, through the voltage control of its display area, there is power display, so can display graphics. The liquid crystal display is divided into Matrix, segment, character and so on. The lattice liquid crystal display has the advantages of small size, light weight, thin shape, low energy consumption, low operating voltage, no radiation, especially wide field of view, large amount of display information and so on. The liquid crystal display is connected to the main chip through a 20 pin socket, controls the brightness of the LCD by adjusting the size of the drive voltage through a 50K adjustable resistor, and controls the backlight of the LCD by two triode, as shown in figure 10. P1.5 control LCD Data / display instruction data, P1.6 control data read / write, P1.7 control enable signal, P28 pins as data pins, P3.0 and P3.1 as slice selection signal of LCD, p4.1 controls the backlight display of the LCD. Communication interface circuit design, communication interface with the peripheral serial host data exchange and support printing and other tasks. Serial communication only needs a few ports to realize the communication between single-chip microcomputer and PC, which has incomparable advantages. The MSP430 series has a USART module for serial communication. In this design, the USART module of MSP430F149 communicates with the peripheral serial host through RS232 serial port. The system uses a dedicated level converter chip MAX3232 to achieve the level conversion, as shown in figure 11. The MAX3232 chip is a level conversion chip produced by Maxim Company, including two-way receiver and driver, with reliable performance. The source of sine wave is 220V / 50Hz sine wave which is directly from the market electricity, and it is converted to 50Hz sine wave (for example, 5V) which is lower voltage by using voltage transformer. The harmonic distortion of the sine wave depends on the harmonic distortion of the power supply and the parameters of the transformer, and its output amplitude is realized by the drive circuit of the photoelectric coupler controlled by the D / A converter, the output signal of the D / A converter controls the turn-on level of the optocoupler, and the superimposed voltage of AC and DC produced by the voltage divider and the resistance divider. The DC component is isolated by the capacitor, and only the AC component is sent to the operational amplifier for amplification several times, generates a pure AC signal controlled by the magnitude of the D / A signal. The triangle wave generator generates 150khz triangle wave, and the low frequency sine wave generator generates 50hz sine wave. Both signals are sent to the comparator's in-phase and in-phase input, respectively, and a rectangular wave is generated at the comparator's output. The frequency of the rectangular wave is the same as that of the 150khz triangle wave. The pulse width of the rectangular wave is modulated by the real-time amplitude of the 50hz sine wave, and then changes with the real-time amplitude of the 50hz sine wave. It is sent to one input end of the high-speed electronic switch and reverse through a first-stage inverter to the other input end of the high-speed electronic switch.
客服1