HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 D
W;1 8 03 0 1 7 7 7 5 9 HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA F7系列、F6系列，F3系列F7553、F7133、F7126
既有智能化的硬件支持，同时还有软性的服务加码，ABB还为中煤大屯电厂提供7*24小时全天候的400在线客服、定制化的维修、维保方案和配备完善的全国售后服务网络，随时随地保障发电厂运行安全。
中煤大屯电厂运维部负责人表示，通过采用ABB iVD4®中压开关智能化解决方案，进一步提升了发电厂配电系统的安全可靠性，让过去繁琐的日常运维管理工作变得高效、迅速，同时也节省了人力和物力成本，促进电厂的绿色、智能化发展。ABB致力于将领先技术与行业专长完美结合，携手帮助合作伙伴加快数字化转型和绿色智能化发展。从2019年开始，ABB已陆续为中煤大屯电厂及大屯姚桥煤矿项目提供了65台iVD4智能断路器及全套智能化解决方案，实现了高效智能、绿色低碳和安全可靠的智能化转型。未来，ABB将继续助力中煤集团智能矿山建设及中国智能电网发展，谱写煤炭产业绿色建设新篇章。现在有好多工业设备硬件维修人员，好多是从培训学校出来从业的。培训学校教学内容，大抵是根据国产变频器作为教材培训的，关于伺服（运动控制）设备的讲解也不多，直流调速器的内容更是少之又少。不得不说培训机构促进了工业设备维修行业的普及，出来的学弟学妹们也不泛优秀的从业同行。但这个行业有一个短板，维修的理论储备和实操经验一样很重要，而更多的进口品牌和大品牌，人家的设计方案，和产品定位远不止于风机水泵变频器应用那么简单，综合且多样化，维修起来就有点压力了。
变频器和直流调速器，其实直流调速器的发展更早，但发展速度方面，应用之广，变频器已经遥遥领先于直流调速器，这就是为什么国家发展工业都二三十年了，国内竟然没有一家出色的直流调速器生产商。根据从业经验来看，高精度，大功率的直流调速器，清一色的进口货，在直流调速器技术方面，可以说连日本都不如欧美企业，但日本在运动控制领域却十分厉害。市场上常见的调速器品牌如：德国西门子；瑞典abb；英国欧陆（Parker）590；美国ct艾默生;美国a.b罗克韦尔；意大利安萨尔多等等。当然还有一些冷门牌子，唯一没有一家国产品牌，包括台湾。
微信里有同行问，直流调速器输出到底接几根线？可见在工业设备维修的普及有多远。直流调速器原理都是控制马达做功，顾名思义，直流调速器能控制的，当然就是直流马达了。大功率直流马达制造复杂，价格昂贵，数字直流调速器的特点是体积小，输出功率大，技术难点是控制电路复杂且要求极高的响应速度。举个例子：660v交流变频器要做到1500kw以上的功率，硬件成本不说，光机箱大小就得好几个十个立方了吧，直流调速器输出同样功率的块头，两个立方米足够了。直流调速器在钢铁、橡塑、能源、化工等大功率，低速高扭应用的场合，一直有着和变频同样重要的地位。
很多说伙伴说，直流调速器就是低速高扭，应用场合范围较窄，这个观点就值得商榷啦，我就见个糖果厂整条生产设备用的欧陆590做驱动控制的，而且是十几年前的产品，控制板还是模拟的那种。也有木夹板生产厂家用ct直流调速器作为圆木取层。这样的工作要求相当的高，圆木木材越转越小，刨出的层板不仅要求光滑，厚薄均匀，无断裂，力矩变化范围也很大，一般变频器也很难胜任的。该批复工复产的企业包括汽车制造、集成电路、生物医药、装备制造等重点行业，因其生产产品的特殊性，无论是制造业还是生产性服务业对整个市场上下游供应链的安全稳定都产生重要影响。
复工复产势不可挡，可问题来了，交通受阻、人员紧缺情况下，生产库存、物流和供应链保障，以及人员又是一大难题。静态管理以来，大家除了关心复工复产的时间，日常最大的焦虑莫过于如何塞满自己的冰箱。对于已经复工复产的员工来说，不仅要承受疫情之下的安全风险，还要考虑各种生活和工作的不便。
试想一下，这种复工条件下，你的心理状态是否会发生变化呢？为了保供保生产而复工复产的企业员工外，还有千千万的劳动者，他们是医生、是警察、是基层公务人员、是快递员、外卖员、环卫工人，都依然坚守在各自的工作岗位，默默地守护着这座城，义无反顾的为“战疫”清零而忙碌。李大钊曾经说过：人生求乐的方法，莫过于尊重劳动。一切的乐境，都可由劳动得来，一切的苦境，都可由劳动解脱工控机（Industrial Personal Computer，IPC）即工业控制计算机，是一种采用总线结构，对生产过程及机电设备、工艺装备进行检测与控制的工具总称。工控机具有重要的计算机属性和特征，如具有计算机CPU、硬盘、内存、外设及接口，并有操作系统、控制网络和协议、计算能力、友好的人机界面。工控行业的产品和技术非常特殊，属于中间产品，是为其他各行业提供可靠、嵌入式、智能化的工业计算机这批标准涉及网络安全、健康安全、生态环境、公共服务、现代农业等多个方面，其中包括了由全国工业过程测量控制和自动化标准化技术委员会(SAC/TC124)秘书处组织国内自动化领军企业、科研院所专家以及来自钢铁、化工、石油、石化、电力、核设施等领域的行业用户，结合DCS和PLC核心技术及工程实践，自主制定的6项推荐性国家标准。
这六项标准包括GB/T33007-2016《工业通信网络 网络和系统安全 建立工业自动化和控制系统安全程序》、GB/T33008.1-2016《工业自动化和控制系统网络安全 可编程序控制器（PLC）》、GB/T33009.1-2016《工业自动化和控制系统网络安全 集散控制系统（DCS） 第1部分：防护要求》等。
《工业自动化和控制系统网络安全》系列标准从工业自动化和控制系统的不同网络层次和组成部分规定了网络安全的检测、评估、防护和管理等要求，为工控系统的设计方、设备生产商、系统集成商、工程公司、用户、资产所有人及评估认证机构等提供了可操作的工控安全标准。
作为SAC/TC124秘书处承担单位，机械工业仪器仪表综合技术经济研究所梅恪副所长对网络安全标准进行了解读，并称其填补了国内外在该领域的空白，进一步完善了我国网络安全标准体系；促进我国自主工业控制系统网络安全产业和管理体系的形成；有力地保障了国家基础设施安全和国家利益安全电动机振动是电动机的运行现状之一，那么，你们知道电动机等电器设备使用的为什么是50Hz的交流电，而不是60Hz呢？
使用具有促进径向运动的角平面的模具形成的石墨组，其使有效密封所需的压缩负载小化。 这种压缩载荷的减小与石墨的软材料性质相结合产生了有效的密封并减少了行进杆上的摩擦负载。 软石墨环不会施加高摩擦力，而是变形到剪切摩擦力和材料强度之间的平衡点。 此外，密封所需的减小的压缩载荷意味着端环，通常是更坚固的编织材料，看到较小的压缩载荷，并且随后在移动的杆上施加较小的摩擦力。 这通常意味着与等效编织材料相比使用模具成形组产生较小的摩擦力。在碳上的PTFE显示出在图5中测试的编织物的低摩擦。
世界上有些国家，例如英美用的是60Hz的交流电，因为采用的是十二进制，什么12星座、12小时、12先令等于1英镑等等。后来的国家都采用十进制了，所以频率是50Hz。那么，我们为什么要选用50Hz的交流电，而不是5Hz或400Hz呢？
如果频率低了会怎么样？
频率最低就是0，也就是直流。当年爱迪生为了证明特斯拉的交流电有危险，用交流电电死了一票小动物，如果大象也算小动物的话…客观上说，同样的电流大小下，人体耐受直流电的时间是要长于耐受交流电的时间，跟心室震颤什么的有关系，也就是交流电更危险。
可爱迪生最后也还是输给了特斯拉，交流电凭借方便改变电压等级的优势战胜了直流电。在输送功率相同的情况下，提高电压，送电电流会减小，消耗在线路上的能量也会随之降低,而直流送电另一个问题是难以开断，直到现在这个问题依旧是个困扰。直流输电的问题同平时拔电器插销时会出现电火花一样，当电流大到一定程度时，这个电火花是无法熄灭的，我们称之为“电弧”。
对于交流电而言，电流会改变方向，因而有电流过零的时刻，利用这个小电流时间点，我们可以通过灭弧装置切断线路电流。但直流电流方向不会改变，没有这个过零点，我们想要灭弧就很难了。一、变压器效率的问题
变压器是靠原边的磁场变化，感应到副边升压或降压的。磁场变化的频率越慢，感应是越弱的，极端情况就是直流，根本没有感应，所以频率太低了不行。
二、用电设备功率问题
举个例子来说，汽车发动机的转速就是他的频率，比如怠速时500转/分钟，加速换挡时是3000转/分钟，换算成频率分别是8.3Hz和50Hz。这就看出来了，转速越高，发动机的功率越大。
同样道理，在相同频率下，发动机越大，输出功率越大，这也是为什么柴油机个头都比汽油大的原因，个儿大劲儿大的柴油机才能带动公交卡车等重型汽车。
同理，电动机（或者说一切转动机械）既要求个头小，要求输出功率大，只有一个办法——提高转速，这也就是为什么交流电频率不能太低的原因，因为我们需要个头小但功率大的电动机。
变频空调也是同样的道理，通过变换交流电的频率，来控制空调压缩机的输出功率。总之，功率与频率在一定范围内正相关。
再说说频率大了会怎么样？比如定在400Hz怎么样？
两个问题，一是线路和设备的损耗增加，二是发电机转速过快。
先来讲损耗，输电线路、变电设备、用电设备，都是有电抗的，电抗与频率成正比，频率越高，电抗越大，消耗的无功就越大，能传递的有功功率就越少。目前50Hz输电线路的电抗约0.4欧姆，约是电阻的10倍，如果提高到400Hz，那电抗将是3.2欧姆，约是电阻的80倍。对于高压输电线路，降低电抗是提高输电功率的关键。
与电抗相对应的还有容抗，容抗和频率成反比，频率越高，容抗越小，线路的泄漏电流越大。如果频率高了，则线路的泄漏电流也会增加。
另一个问题是发电机的转速。现在的发电机组基本是单级机，也就是一对磁极。为了发出50Hz的电，转子每分钟转速要达到3000转。汽车发动机转速达到3000转时，就能明显感觉引擎在振动作响了，转到六七千转时，你就会觉得发动机快跳出引擎盖了。
汽车发动机尚且如此，更何况是一个重达百吨的实心铁疙瘩转子与汽轮机，这也是发电厂的噪音很大的原因。一个重达百吨的钢转子每分钟转3000转谈何容易，如果频率再高三四倍，估计发电机能飞出厂房了。
如此重的转子具有相当大的惯性，这也是电力系统被称为惯性系统，能保持安全稳定运行的前提。同样也是为什么风电和太阳能这种间歇性电源对传统电源提出挑战的原因。
因为风光变化很快，几十吨重的转子由于巨大的惯性，要减少出力或增加出力的速度很慢（爬坡率的概念），跟不上风电和光伏发电的变化，所以有时不得不弃风和弃光。
由此可见
频率不能太低的原因：变压器能效率高，电动机可以个头小功率大。
频率不能太高的原因：线路和设备可以损耗小，发电机转速不必过高。
因此根据经验和习惯，我们的电能就被定在在50或60Hz。
位于广东省东莞市核心地带，总投资100多亿元，是集商务办公、购物休闲、酒店服务、金融服务等元素于一体的城市综合体。国贸中心由T1-T5五座塔楼和一座商业裙楼组成，其中T2塔楼以423米的高度成为目前东莞第一高楼。项目建成后，国贸中心将帮助东莞从单纯加工制造，向品牌贸易内销转型，搭建起更广阔的平台，推动东莞实现产业转型升级。
本次贝加莱的赛题设计是围绕运动控制的算法设计，也就是通过合适的位置速度和电流指令，使得伺服电机以预期的速度和加速度走到预期的位置。
在光伏组件的机器人排版系统中，使用PC SDK工具包去开发一个光伏电池串组件机器人系统工业应用软件，来提升一线操作人员的工作效率和防止误操作的发生。选手们运用在课堂上学到的机器人应用知识，将C#编程语言用到工业应用当中去，在比赛中锻炼自己具体应用场景的软件二次开发能力，开发新功能的创新能力。
F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA 1： Touch screen parameters. Check the parameter settings of the touch screen
There are several parameters that need special attention:
1: The setting of communication port -- be sure to confirm whether the COM1 port or com2 port connecting the PLC to the touch screen
2: Device type - - this is the most important. If the protocol is not selected correctly, it goes without saying anything else
3: Connection mode - the connection between PLC and touch screen, confirm whether it is RS485 or RS232C
4: Interface parameters and PLC station number must be consistent with the settings in PLC.
2： If the parameters are confirmed and set, then check the line
Confirm whether the wiring of RS485 and RS232C is correct, and the wiring method of touch screen is different from that of various PLC. This can be checked by referring to the maintenance control (help document of communication line connection between PLC and touch screen). This is the basic method for normal troubleshooting of communication problems.
Next, I will teach you how to bypass the problem of touch screen - online simulation. When communication is not available, some customers will guess that it may be the problem of the touch screen or the interface. Online simulation is to bypass the touch screen and connect directly with the computer with PLC.
Specific measures:
In this way, it is obvious to check whether PLC can communicate with PC. If you can communicate, you can eliminate the problems of PLC and parameter setting.
In just a few decades, computer science and technology have made breakthroughs, and are widely used in many industries. At the same time, in the process of industry development, the application effect and quality of computer science and technology are also regarded as an important measurement index. In the field of education, computer science and technology, as an effective teaching resource, help to improve the quality of teaching and the efficiency of teaching management. The application of computer science and technology in classroom teaching helps to improve students' learning enthusiasm and lay a good foundation for cultivating new talents in the era of "Internet +". In the process of social development, the development of computer science and technology has a very significant influence. Science and technology is the primary productive force of social development, and has a very significant application value to improve people's living standards. In the era of rapid development of information technology, all walks of life have made rational use of computer science and technology, especially in the field of education. The application of computer science and technology has a very significant effect. However, as far as junior middle school teaching is concerned at this stage, teachers have failed to make reasonable use of computer science and technology to carry out teaching work.
1、 Problems in the application of computer science and technology modernization in junior middle school
（1） Lack of modern application awareness of computer science and technology in the context of the rapid development of information technology, there is an inseparable link between people's life and computer science and technology. The application of computer technology in junior high school teaching is an inevitable trend of future development. However, in terms of the actual situation of junior middle school teaching at present, the school lacks attention to the modern application of computer science and technology. Computers are only set up one course a week, and computers are a subject with strong applicability. The curriculum setting of the school cannot meet the learning needs of students for practical operation, resulting in students' learning of computer science and technology is still limited to theoretical knowledge. Secondly, most parents pay more attention to students' academic performance, ignoring the importance of students' learning computer science and technology [1].
（2） Computer science and technology lack universality in teaching and management
In the process of junior middle school teaching, modern teaching and management must rely on computers, but in actual teaching, most junior middle school teachers still use the traditional teaching mode, unable to reasonably apply computer resources and teaching methods in the teaching process, resulting in dry and boring classroom teaching content, students can not actively participate in classroom learning, and computer science and technology can not be properly applied in teaching management.
2、 Modern application strategy of computer science and technology in junior middle school
（1） Establish a modern teaching management system
Through the use of computer science and technology to establish a teaching management system, so as to improve the efficiency of school management of students. For example, schools can use computer technology to establish student files, including students' basic personal information, interests and hobbies, which is of great significance for teachers to implement targeted teaching in teaching work, and help to improve the quality of student management. Secondly, by using computer technology to establish a curriculum evaluation system, students can use the network to comment on Teachers' classroom teaching work after learning, which helps schools set up courses more reasonably. Finally, improve the quality of management teachers [2]. In the actual teaching process, teachers can use computer science and technology to hold meetings, which reduces unnecessary waste of time and helps to improve the accuracy of teacher performance appraisal.
（2） Improve the quality of modern teaching mode
First of all, through the application of computer science and technology in junior high school teaching, we can change the traditional teaching mode and improve the quality of modern teaching. In the teaching process of junior middle school, under the traditional teaching mode, the limited teaching time can not ensure that students have a better grasp of the difficulties and key points of knowledge. Through the teaching of computer science and technology, students can do a good job of pre class preview before learning new knowledge. At the same time, teachers can also clarify the students' knowledge preview and grasp, which is conducive to the implementation of targeted teaching for students in classroom teaching, So as to improve students' grades. Secondly, teachers use computer science and technology in the teaching process to turn the boring theoretical knowledge of various disciplines into vivid situations, so that knowledge can form a picture in students' minds and improve students' interest in learning knowledge. Finally, the use of computer science and technology in teaching can improve students' autonomous learning ability and help students form a thinking mode of independent thinking [3].
3、 Conclusion
In junior middle school teaching, the application of computer science and technology is the inevitable demand of the development of the times. In classroom teaching, through the modern application of computer science and technology, students are encouraged to actively share subject knowledge in life and provide a platform for students to exchange and discuss, which is of certain positive significance to cultivate students' innovative thinking and autonomous learning ability, and is conducive to improving teaching efficiency. What does e stand for in part number 489-p5-hi-a20-e of Ge generator management relay? Part number 489-p5-hi-a20-e e e in Ge generator management relay stands for enhanced display, whose LCD is larger than the basic display.
How to change the range of values? Press the help button, which will display sensitive content about the setpoint. The range of values and how to change the set value are in the help message.
489-p5-hi-a20-e how does the Ge generator management relay display power generation? On the generator management relay with part number 489-p5-hi-a20-e, the power generated is positive watts. By convention, induction generators usually require reactive power to form an excitation system.
489 what is the function of generator management relay? 489 Ge generator management relay manages the synchronization and induction of generators. It is a microprocessor-based relay designed to protect and manage generators.
Microprocessor based or solid state relays are often used to provide a variety of settings and curve options.
Dielectric withstand voltage refers to en60255-5.
Impulse voltage resistance refers to en60255-5.
The insulation resistance is the reference standard en60255-5.
Damping oscillation refers to iec61000-4-18 / iec60255-22-1.
Electrostatic discharge refers to the standard en61000-4-2/iec60255-22-2.
RF immunity refers to the standard en61000-4-3/iec60255-22-3.
Fast transient interference refers to the standard en61000-4-4 / iec60255-22-4.
Surge immunity refers to the standard en61000-4-5/iec60255-22-5.
Conducted RF immunity refers to the standard en61000-4-6 / iec60255-22-6.
Radiation and conducted emissions refer to the standard cispr11/cispr22/iec60255-25.
Sinusoidal vibration refers to iec60255-21-1.
The magnetic immunity of power supply is the reference standard iec61000-4-8.
Voltage dips and interruptions refer to iec61000-4-11.
Entrance protection refers to IEC60529.
Environmental protection (cold) is the reference standard iec60068-2-1.
Environmental protection (dry heat) refers to iec60068-2-2.
The relative humidity cycle is the reference standard iec60068-2-30.
EFT is the reference standard ieee/ansi c37.90.1.
Damped oscillation is the reference standard ieee/ansi c37.90.1.
ESD is the reference standard ieee/ansic37.90.3.
Safety refers to standards ul508, UL c22.2-14 and ul1053.
The relative humidity cycle is the reference standard iec60068-2-30.
EFT is the reference standard ieee/ansi c37.90.1.
Damped oscillation is the reference standard ieee/ansi c37.90.1.
ESD is the reference standard ieee/ansic37.90.3.
Safety refers to standards ul508, UL c22.2-14 and ul1053.
The relative humidity cycle is the reference standard iec60068-2-30.
EFT is the reference standard ieee/ansi c37.90.1.
Damped oscillation is the reference standard ieee/ansi c37.90.1.
ESD is the reference standard ieee/ansic37.90.3.
Safety refers to standards ul508, UL c22.2-14 and ul1053. 1、 Examples
There is a customer service work order system, which will obtain the emails received from the customer service mailbox from the mail server, and actively generate work orders from these emails and actively allocate them to the corresponding customer service group. Each time the customer service staff selects a work order from the work order list for processing, a work order processing record will occur each time, until the work order is closed and interrupted by customer service.
The system has been running for one year, during which a total of 10 million work orders and 50 million work order processing records have occurred. Because all work orders and processing records are stored in one database, customer service will be slow every time when viewing the work order list, but customer service can tolerate it. Until one day, the company chose to include other types of customer service emails in the customer service work order system, which presented a big problem. The number of work orders increased sharply, resulting in the slower and slower opening of the work order list, and even the collapse of the customer service work order system.
After receiving the response, the developer analyzed it as follows:
The daily increase in the number of work orders is 3 times that of the original;
The total number of work orders has exceeded 30million;
The record of work order processing has exceeded 100 million.
According to the above analysis, it is not difficult to see that it is caused by the excessive amount of data, so developers have carried out the most common operations: optimizing the library structure, optimizing the system code, adding indexes and so on. Although the system is no longer collapsing, the query of work order list is still very slow. After internal comments of the development team, the following two plans are drawn up:
Database partition
Hot and cold data separation
Now let's take a look at the ideas, advantages and disadvantages of these two plans.
2、 Database partition
2.1 what is zoning
Partitioning is not to present a new data table, but to allocate and store the data in the table to different locations (hard disk, system and even server) according to certain rules without creating a new table.
Tip: because this topic clarifies the common sense of architecture, it will not involve the clarification of a certain skill or a certain language in most cases.
Database partitioning has the following four benefits:
Partitions can store more data, because the data in the table are stored in different hard disks, systems or servers;
With the increase of data, new partitions can be added at any time to store data;
When sorting data, the partition can be deleted directly;
The query speed is optimized. Each time we query data, we don't need to query all the data, but only need to query specific partitions. For example, the data table is partitioned according to the date, and each year and month is a partition. Then when we query the data of a certain year and month, You only need the data of one partition (of course, the query here may not be cautious. Here is just an example. Don't worry, I will introduce the query processing in the following article).
So how to partition? Let's take the customer service work order system as an example to illustrate.
With the emergence of Megacities
More environmentally friendly electrical solutions
Become the common pursuit of the global electrical industry
It will play a decisive role in low-carbon development. In the past, medium voltage gas insulated electrical equipment usually used SF6 as the insulating gas. SF6 has good insulation performance to meet users' needs for reliability and stability, but it is also a powerful greenhouse gas. The GWP value in 100 years can reach 23900, and its impact time in the atmosphere will be more than 3000 years.
Through years of joint research by ABB and 3M, we have developed a sustainable SF6 alternative gas: Airplus ™， This is ABB's breakthrough innovation, a first mixed gas, which can reduce the greenhouse effect potential by nearly 100%. This green and sustainable SF6 alternative gas is used in ecogis, an environmental friendly gas insulated switchgear ™ Can be used in. AirPlus ™ By about 85% dry air and 15% 3M novec ™ The composition of 5110 insulating gas, GWP (global warming potential value) is less than 1, compared with SF6 gas, the decrease is more than 99.99%, which greatly improves the climate friendliness of medium voltage switchgear.
Taking a typical station with 20 sets of 40.5kV switchgear as an example, after adopting the above environmental gas scheme, a total of 2550 tons of CO2 can be reduced in its full life cycle, which is equivalent to the total amount of CO2 absorbed by about 140000 pine trees in one year.F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01HIMA F7系列、F6系列，F3系列F7553、F7133、F7126、F6706、F6705、F6217、F6215、F6214、F35、F3330、F3322、F3236、F3231、F3 DIO 8/8 01