2017-2022 Global and Japan Low-voltage Apparatus Market Analysis Report
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国外特高压线路绝缘水平情况1 日本日本特高压线路为同塔双回线路,双回线路绝缘配置方式为平衡高绝缘,其绝缘水平设计值见表3-1,绝缘间隙尺寸见表3-2。
1)绝缘子串片数主要考虑污秽耐受电压能力。
其耐受电压目标值确定的原则是:线路发生单相接地故障,绝缘子串能够承受一相接地引起的健全相电压升高,同时还要考虑重合闸成功。
日本特高压系统一相接引起的健全相电压升压为 1.1p.u.,考虑10%安全裕度,选取绝缘子片数时耐受电压目标值取1100 kV/3×1.2=763 kV。
日本研究显示,长串绝缘子的污秽耐受电压和片数成正比。
在A级粉尘污秽地区的设计耐压值,盘径320mm(33t)的悬式绝缘子为19.5 kV/片。
详见表3-3。
表3-1 日本特高压线路绝缘水平设计值表3-2 日本特高压线路间隙尺寸表3-3 日本群马山梨干线所需绝缘子串(A级粉尘污秽地区)2)线路雷电冲击下的绝缘间隙日本特高压线路和其超高压线路的一样,在绝缘子串装招弧角间隙(简称招弧角)。
为了既使雷击闪络路径限制在招弧角间隙之间,以保护绝缘子串不会烧伤掉串,又不大幅度降低线路绝缘水平而增加线路雷击跳闸次数,日本1000 kV 线路的招弧角间隙距离选为:悬垂串6.3m;耐张串5.9m(海拔高度低于1800m)。
导线对铁塔雷电冲击间隙距离,取角间隙距离的1.05倍,悬垂串6.62m;耐张串6.2m。
3)线路操作冲击下的绝缘间隙考虑①15m/s风速;②最大操作过电压统计值1.6p.u.;③海拔1800m以下,气象修正系数取1.1;④按照特高压真型模拟杆塔的操作冲击特性;⑤标准偏差σ =5%,考虑3σ,要求的u50=1860 kV,特高压线路操作冲击绝缘间隙距离:悬垂串(导线一塔体)6.54m,耐张串(跳线一塔体)6.75m。
4)线路工作电压下的绝缘间隙考虑①大风40m/s;②工作电压1100 /3=635 kV;④海拔1800m以下,工频闪络气象修正系数取1.22;④标准偏差σ=3%,考虑3σ,要求的工频闪络电压为825 kV,绝缘间隙距离3.09m。
国内外低压电器产品技术市场分析中英文Analysis on the technology market of low-voltage electrical products at home and abroad in English由于固定投资规模的紧缩和国家积极财政政策的逐步淡出,基础性建设项目中的低压电器的用量将会逐步减少,但随着人们生活的日益现代化和工业生产向自动化、信息化快速迈进的宏伟趋势,低压电器应用的深度和广度将会有进一步的提高。
同时,低压电器市场将进一步细分,并通过生产规模、产品质量、产品性价比、新品创造能力及售后服务等全方位的竞争逐步淘汰弱小,形成相对集中的行业格局。
In due to gradually fade out proactive fiscal policy tightening fixed investment and national, dosage of low-voltage electrical appliances in the basic construction projects will be gradually reduced, but with the grand trend of people life increasingly modernization and industrial production automation, informationization fast forward, low-voltage electrical appliances, depth and breadth of application will be further improved. At the same time, low-voltage electrical appliances market will be further broken down, and through the production scale, product quality, product price, product creativity and after sale services such as a full range of competition gradually eliminate weak, formation of the relative concentration of the industry pattern.一、国内市场分析Analysis, the domestic market我国低压电器产品的销售市场主要在国内。
44In recent years, Chinese auto companies have frequently expanded their businesses in Southeast Asian markets such as Indonesia, Vietnam, Thailand, and Malaysia, relying on their first-mover advantages in the new energy sector. Many of their vehicle models have become highly popular among local people.Taking Thailand as a baseIn the first quarter of 2023, China’s automobile exports reached 1.069 million units, a year-on-year increase of 58.7%, surpassing Japan’s 1.047 million units during the same period, and temporarily ranking as the world’s largest automobile exporter.The Southeast Asian market represented by Thailand has become a window for Chinese new energy vehicle enterprises to “go global”, due to its large population, great consumption potential and market prospects. Chinese automakers have taken Thailand as a stepping stone to extend their business throughout Southeast Asia. According to the Thai Automotive Institute,Chinese auto brands account for over 90% of the total sales of new energy vehicles in Thailand. For example, since Great Wall Motor entered the Thai market in February 2021, it has become the top energy vehicle brand in Thailand within just two years.Thailand has always held a positive attitude towards the entry of foreign investment into the domestic market, especially in the field of new energy. The Thai government has increased its efforts in the development of new energy and introduced strong policy support, for example, offering 8-year tax exemptions for electric vehicle manufacturers, waiving import tariffs for batteries and electric motors by 2025, and providing subsidies to auto manufacturers for electricity costs.In order to enjoy these preferential policies and subsidies, auto companies need to have factories in Thailand. Due to the low local labor costs and strong tax incentives for factory construction, Chinese auto brands normally choose joint ventures, acquisition and sole proprietorship to build factories in Thailand.In March this year, BYD officially laid the foundation for its production factory in Rayong Province, an important auto production and export base in Thailand. The factory is expected to start production in 2024. In April, Changan Automobile announced that it would invest USD 285 million to build a factory in Thailand to produce its first right-hand drive car outside of China. Also in April, SAIC Motor announced the construction of a new energy auto industrial park in Thailand. In May, a spokesperson of the Thai government said in a statement that Hezhong had signed an agreement with a Thai automotive assembly company to produce the Nezha V model locally next year.According to public market information, Chinese new energy auto companies have invested more than RMB 20 billion in Thailand. Particularly this year, Thailand has become the favorite of Chinese auto companies.The overall potential of the Southeast Asian market is also huge. According to the International Energy Agency’s Global EV Outlook 2023, the sales volume of electric vehicles in Indonesia increased by 200% in 2022, while sales in Thailand doubled. According to the well-known research firm Counterpoint, the Southeast Asian electric vehicle market will grow rapidly, and by 2029, more than 3.5 million electric vehicles will be sold, with a compound annual growth rate of 124%.Low priceChinese electric vehicle brands have clear advantages in Southeast Asia, mainly due to their low prices. Compared with electric vehicle brands in other countries, Chinese electric vehicles are more affordable, meeting the needs and budgets of local consumers.For example, in the Indonesian market, the selling price of the Chinese brand Wuling Hongguang MINI EV is only around U SD 10,000, which is much cheaper than foreign brands such as Tesla. In addition, the performance and quality of Chinese electric vehicles have gradually gained consumer recognition and trust. By comparison, some foreign brand electric vehicles are still unable to match local consumption needs due to their high prices.By Lily WangChina’s Electric Vehicles Are Popular in Southeast Asia45“Since Wuling Air EV entered Indone sia i n Aug ust 2022, t he cumulative sales volume has exceeded 8,600 units,” a representative of SAIC-GM-Wuling said recently.Coincidentally, brands such as SAIC, Great Wall, and BYD have also started operations in Southeast Asia. SAIC Zhengda New Energy Industrial Park held a groundbreaking ceremony in Thailand in April this year, and Great Wall Motor launched three new energy vehicle models in the Malaysian market in May.Driven by policy, the popularity of electric vehicles in Indonesia is gradually increasing. A representative from SGMW Wuling said: “our independent production base in Indonesia has been operating for many years. In 2022, the Indonesian branch sold a total of 30,037 vehicles. Wuling Air EV has accounted for 80% of the local new energy vehicle market.”It is also worth mentioning that the initial selling price of the Wuling Air EV exceeds 200 million Indonesian rupees, which counts as a luxury item in the local area and requires the payment of a luxury sales tax. “However, its pricing is in line with the design concept and rich technological configuration of the product itself,” explained the representative.“Having the fourth largest population in the world, Indonesia is the largest economy in Southeast Asia, and has strong economic vitality, a broad market and a large user demand. In addition, Indonesia has a relatively low number of vehicles, and the auto industry is one of the five priority manufacturing industries promoted by the Indonesian government. As such, the auto industry has policy support. We expect Indonesia will be a base for SGMW Wuling to export to the rest of the Southeast Asian market,” said the representative of SGMW Wuling.In addition to Indonesia, Chinese electric vehicle companies are also making continuous efforts in the markets of Singapore, Malaysia, and Vietnam.Li Yunfei, General Manager of the Brand and Public Relations Department of BYD Group, revealed on social media that in April, BYD ATTO 3 became the best-selling electric vehiclein Singapore. He also revealed that the Singaporean government uses high COE (certificate of entitlement) fees to control the increase of new cars. After paying taxes and COE fees, the minimum price of ATTO 3 is nearly RMB 900,000.According to the news released on May 15 on BYD’s official WeChat official account, BYD ATTO 3 is currently the best-selling model in Singapore. The 100 kW version is selling at SGD 183,888 (including COE), equivalent to about RMB 956,000, and the 150 kW version is selling at SGD 202,888 (including COE), equivalent to about RMB 1.054 million.The overall penetration rate of electric vehicles in Southeast Asia is still only less than 2%. However, as Thailand, Indonesia, Vietnam and other countries have successively introduced a number of favorable policies, such as tax relief, car purchase subsidies, the promotion of clean energy for public transport, and the construction of charging stations, this will be very beneficial for Chinese new energy vehicle brands going overseas.Continuous technology advancementsAt present, many domestic and foreign automakers are actively developing electric vehicles and accelerating the development of the new energy vehicle industry.For example, a Chinese auto company is developing a new type of battery that features fast charging, high energy density, and a better safety performance.Intelligent technology has also been widely applied in the field of electric vehicles, such as unmanned driving and intelligent charging, further improving the safety and convenience of electric vehicles.Chinese auto companies have also worked with local institutions to build R&D centers to improve their brand reputation. For example, in 2014, the Singapore Agency for Science, Technology and Research announced the signing of a joint laborator y agreement with BYD to jointly develop electric vehicle systems for Singapore’s public transportation; in 2016, the Go Ahead Bus Group conducted testingusing electric buses manufactured by BYD; and in 2017, the first batch of taxis using BYD models started running on the roads of Singapore.However, Chinese auto companies have also faced tremendous challenges in their business development in Southeast Asia. Taking the Indonesian market as an example, although SGMW Wuling’s manufacturing base has been operating for years, its competitors have also started to find their way into the market.In Indonesia, the IONIQ 5 electric SUV model produced locally by Korean automaker Hyundai has become a strong competitor to the Wuling Air EV . Hyundai also plans to launch more pure electric vehicles in Indonesia to occupy the growing market. Faced with the fierce competition in the overseas markets, the pressure on Chinese auto companies is evident.T an Xiaoyan, senior visiting researcher at the Yusof Ishak Institute, pointed out that although Japanese, Korean, European and American brands have occupied the fuel vehicle market in Southeast Asia, they have not yet penetrated the electric vehicle market. These enterprises have already paid huge sinking costs on fuel vehicle production facilities, so they tend to continue to use existing facilities to produce fuel vehicles. This provides opportunities for new-coming auto companies from China and other countries to enter the Southeast Asian market and build local factories. These new companies do not have to wait for the phasing out of old fuel vehicle factories.At present, many domestic and foreign automakers are actively developing electric vehicles and accelerating the development of the new energy vehicle industry.。
【2022.06·浙江卷】To understand a painting,we’re taught to look for color,composition,and light.But how can a painting56(appreciate)by someone who’s blind?Through touch,the one thing gallery signs tell you not57(do).John Olson,a former58(photograph)and his team turn paintings into fully textured3D models.The tactile(可触知的)paintings work as a way to show art to59blind because we don’t see with just our eyes:We see with our brains.Research in the field of neuroplasticity--the brain’s adaptability--shows that the visual cortex(大脑皮层)is made active by touch.Blind people recognize shapes with their60(exist)senses,in a way similar to that of61(sight)people, says Ella Striem-Amit,a Harvard scientist.Luc Gandarias,who’s now thirteen,went blind suddenly62age seven.When he felt a3D version of Leonardo da Vinci’s“Mona Lisa”he63(notice)her smile right away.“I can actually feel what you see when you look at it,”he said.For Luc,this means64(independent).“The feeling of being able to see it65to form my opinion is like breaking down another wall as a blind person.”【2022.01·浙江卷】Kim Cobb,a professor at the Georgia Institute of Technology in Atlanta,is one of a small but growing minority of academics__56__are cutting back on their air travel because of climate change. Travelling to conferences,lectures,workshops,and the like--frequently by plane--__57__(view)as important for scientists to get together and exchange information.But Cobb and others__58__(be) now questioning that idea--pushing conferences to provide more chances to participate remotely, and__59__(change)their personal behavior to do their part in dealing with the climate change crisis. On a website called No Fly Climate Sci,for example,__60__(rough)200academics--many of them climate scientists__61__(promise)to fly as little as possible since the effort started two years ago.Cobb,for her party,started to ask conference organizers who invited her to speak__62__she could do so remotely;about three-quarters of__63__time,they agreed.When the answer,was no, she,declined the__64__(invite).That approach brought Cobb’s air travel last year down by75%, and she plans__65__(continue)the practice.“It has been fairly rewarding.”she says,“a really positive change.”【2021.06·浙江卷】It doesn’t impress like George Washington’s plantation on the Potomac,but Lincoln’s home in downtown Springfield,Illinois,56(prove)irresistible to visitors since it opened to the public. Beautifully restored(修复)to its1860appearance,the house was Abraham and Mary Lincoln’s home for17years.In1844they bought it57$1,200and some land from Charles Dresser,who performed their58(marry)ceremony in1842.When the house was built,it was much59(small)than it is today.Mary’s niece wrote,“The little home60(paint)white.It was sweet and fresh.Mary loved it.She was extremelypretty,and her house was a reflection of61(she),everything in good taste and in perfect order.Although Mary loved flowers,62she nor her husband was known as a gardener.A long-time neighbor said they never planted trees and only kept a garden for one year.Mary’s sister, Frances Todd Wallace,often came over63(plant)flowers in the front yard.64Lincolns enlarged the house to a full two stories in1856to meet the needs of their growing family.Three of the four Lincoln sons were born here.After Lincoln was elected President of the US in1861,they rented the house and65(sell)most of their furniture.【2021.01·浙江卷】In a study of33years of trends in Body Mass Index(体重指数)across200countries,the scientists found that people worldwide are getting heavier__56__that most of the rise is due to gains in BMI in rural areas.BMI is an internationally recognized measurement tool__57__gives an indication of whether someone is a healthy weight.It is calculated by dividing a__58__(person)weight in kg by their height in meters squared,and a BMI of between19and25__59__(consider)healthy.The study found that between1985and2017,average rural BMI increased__60__2.1in women and men.In cities,however,the gain__61__(be)1.3in women and1.6in men.The researchers described“striking changes”in the geography of BMI.In1985,urban men and women in more than three quarters of the countries__62__(study)had higher BMIs than men and women in rural areas.But30years later,the BMI difference between urban and rural people in many countries had narrowed__63__(sharp).This may be due to some disadvantages for people__64__(live)in the countryside,including __65__(low)levels of income and education,higher costs of healthy foods,and fewer sports facilities.【2020·浙江7月】Some time after10,000BC,people made the first real attempt to control the world they lived 56,through agriculture.Over thousands of years,they began to depend less on57could be hunted or gathered from the wild,and more on animals they had raised and crops they had sown.Farming produced more food per person58hunting and gathering,so people were able to raise more children.And,as more children were born,more food59(need).Agriculture gave people their first experience of the power of technology60(change)lives.By about6000BC,people61(discover)the best crops to grow and animals to ter, they learned to work with the62(season),planting at the right time and,in dry areas,63 (make)use of annual floods to irrigate(灌溉)their fields.This style of farming lasted for quite a long time.Then,with64rise of science,changes began.New methods65(mean)that fewer people worked in farming.In the last century or so, these changes have accelerated.New power machinery and artificial fertilizers(化肥)have now totally transformed a way of life that started in the Stone Age.【2020·浙江1月】Something significant is happening to the world population--it is aging.The median(中位数的) age of an American in1950___56___(be)30--today it is41and is expected___57___(increase)to 42by2050.For Japan,the___58___(number)are more striking--22in1950,46today and53in 2050.In2015,one in12people around the world were over65;by2050,it will be one in six.This aging of the population is driven___59___two factors.The first is declining birthrates, which means old generations are large___60___(compare)to younger generations,and so,on average,the population becomes___61___(old)than before.This is___62___(particular)true in the US.The second reason is that people are living longer.A child born in the US today has___63___ very realistic chance of living beyond100and needs to plan accordingly.People tend to focus on the first factor.However,greater attention should___64___(place)on longevity(长寿).It isn’t just that people are,on average,living longer.It’s also that they are on average healthier___65___more productive for longer.Therefore,they can work for longer, consume more and in general be a boost to the economy.【2019·浙江】There are several reasons why school uniforms are good idea.First of all,uniforms help the school look smart.The students feel that they belong to a particular group.When every pupil in the school wears the uniform,nobody___56___(have)to worry about fashion(时尚).Everybody wears ___57___same style of clothes.Uniforms can be useful in unexpected ways.A school in Ireland has introduced an interesting new uniform.On the edge of the jacket,there is a piece of cloth___58___ gives off light in the dark.When the children are walking or___59___(cycle)to school on dark mornings,car drivers can___60___(easy)see them.But can uniforms help improve school standards?The answer___61___this question is not clear.One study in America found that students’grades___62___(improve)a little after the school introduced uniforms.But some students didn’t want___63___(wear)the uniform.Other American studies showed no___64___(connect)between uniforms and school performance.School uniforms are___65___(tradition)in Britain,but some schools are starting to get rid of them.Some very good schools don't have a uniform policy.However,uniforms are still popular. Pupils at about90percent of British secondary schools wear uniforms.【2018·浙江】Few people I know seem to have much desire or time to cook.Making Chinese___56___(dish) is seen as especially troublesome.Many westerners___57___come to China cook much less than in their own countries once they realize how cheap___58___can be to eat out.I still remember ___59___(visit)a friend who’d lived here for five years and I___60___(shock)when I learnt she hadn’t cooked once in all that time.While regularly eating out seems to___61___(become)common for many young people inrecent years,it’s not without a cost.The obvious one is money;eating out once or twice a week may be___62___(afford)but doing this most days adds up.There could be an even___63___(high)cost on your health.Researchers have found that there is a direct link between the increase in food eaten outside the home and the rise in___64___(weigh)problems.If you are not going to suffer this problem,then I suggest that the next time you go to your mum’s home___65___dinner,get a few cooking tips from her.Cooking food can be fun.You might also begin to notice the effects not only on your health but in your pocket.【2017·浙江】Last October,while tending her garden in Mora,Sweden,Lena Pahlsson pulled out a handful of small___56.___(carrot)and was about to throw them away.But something made her look closer, and she noticed a___57.___(shine)object.Yes,there beneath the leafy top of one tiny carrot was her long-lost wedding ring.Pahlsson screamed___58.___loudly that her daughter came running from the house.“She thought I had hurt___59.___(I),”says Pahlsson.Sixteen years___60.___(early),Pahlsson had removed the diamond ring___61.___(cook)a meal.When she wanted to put the ring back on later,it was gone.She suspected that one of her three daughters—then ten,eight,and six—had picked it up,but the girls said they hadn’t.Pahlsson and her husband___62.___(search)the kitchen,checking every corner,but turned up nothing.“I gave up hope of finding my ring again,”she says.She never replaced it.Pahlsson and her husband now think the ring probably got___63.___(sweep)into a pile of kitchen rubbish and was spread over the garden,___64.___it remained until the carrot’s leafy top accidentally sprouted(生长)through it.For Pahlsson,its return was___65.___wonder.答案:【2022.06】be appreciated,to do,photographer,the,existing,sighted,at,noticed,independence,and 【2022.01】who,is viewed/has been viewed,are,changing,roughly,have promised,whether/if,the, invitation,to continue【2021.06】has proved,for,marriage,smaller,was painted,herself,neither,to plant,The,sold 【2021.01】and,which/that,person’s,is considered,by,was,studied,sharply,living,lower 【2020.07】in,what,than,was needed,to change,had discovered,seasons,making,the,meant 【2020.01】was,to increase,numbers,by,compared,older,particularly,a,be placed,and 【2019】has/will have,the,which/that,cycling,easily,to,improved,to wear,connection(s), traditional【2018】dishes,who/that,it,visiting,was shocked,have become,affordable,higher,weight,for 【2017】carrots,shiny/shining,myself,earlier,to cook,searched,swept,where,a。
国内外高电压少胶VPI绝缘的现状及发展方向目前高压电机定子线圈主绝缘系统归纳起来可以分为两条技术路线:一条是以美国GE公司的Micadur绝缘和法国A-A公司Isotenax-N绝缘为代表的还阳云母多胶体系,液压或模压成型的连续式绝缘;另一条是以美国西屋公司的Ther malastic绝缘和瑞士ABB公司的Micadur绝缘为代表的环氧粉云母少胶体系,真空压力浸渍(VPI)的连续式绝缘。
对于高压电机而言,少胶VPI绝缘结构中的云母含量显著提高,绝缘内部无气隙,导热性提高,整体性良好,有利于提高绝缘的电器性能、耐电晕性和耐电寿命,从而提高电机的技术指标、运行寿命及运行的可靠性,同时大大简化线圈制造工艺,不但缩短生产周期,降低制造成本,而且有利于提高线圈绝缘质量的稳定性。
1.国外高压电机少胶VPI绝缘的状况目前,代表国际先进水平的少胶VPI绝缘体系如下:1.1美国西屋公司的Themalastic绝缘,浸渍树脂采用环氧酸酐苯乙烯树脂,用顺酐在触媒下雨环氧树脂生成环氧酯半酯化合物,环氧树脂依靠引进的顺酐的双键与苯乙烯其交联反应。
为了提高绝缘的固化交联密度,由加入乙酰丙酮盐,以改善高温介质损耗特征,在冷藏条件下该树脂的粘度在几个月内无明显变化。
1.2瑞士ABB公司的Micadur绝缘是世界上以精工细做闻名的定子线圈主绝缘结构,采用单面密纹的玻璃布作补强材料,它赋予云母带较高的机械强度和较高的云母含量,并采用大鳞片的云母纸制成少胶粉云母带,浸渍树脂常温下具有低粘度的特性,采用0.52的真空度,0.2Mpa的浸渍压力,并根据不同的绝缘厚层度选择浸渍时间,以使定子线圈获得性能良好的Micadur绝缘。
1.3德国西门子公司的Micalastic绝缘,浸渍树脂采用分子蒸馏方法值得高纯度的环氧树脂,甲基六氢苯酐为固化剂,是一种无稀释剂的VPI浸渍树脂,贮存稳定性良好。
该树脂在浸渍时为了获得较低的粘度,需要把浸渍树脂加热至70℃,在热状态下进行浸渍。
世界各地市电电压标准及供电情况亚太地区国别或地区电压插座供电情形备注日本 100V 双孔扁型供电稳定韩国 220V 双孔圆型供电正常香港地区 220V 三孔扁型供电正常澳门地区 220V 三孔型供电稳定,甚少停电越南 220V 双孔圆型及扁型供电尚属稳定,有间歇性停电泰国 220V 双孔圆型及扁型供电尚属良好马来西亚 220-240V 三孔型供电尚属正常新加坡 220V 三孔扁型供电稳定菲律宾 220V 双孔扁型及三孔型供电尚稳定,偶有停电印度尼西亚 220V 双孔圆型供电尚稳定,偶有断电情形文莱 220-240V 三孔型供电不稳定,常有故障及停电情形印度 240V 圆孔三插式 (5及15安培二种) 供电不稳定,常停电各项电器均需配置稳压器澳大利亚 240V 60HZ 三孔八字型电压稳定,无停电之虑电视、录放机为 PAL系统纽西兰 220V 八字型供电稳定巴布亚纽几内亚 240V 三孔扁型供电十分不稳定斐济 220V 三孔型供电尚称稳定诺鲁 220V 三孔扁型偶有停电、电压不稳精密电器宜配置稳压器索罗门 220-250V 三孔扁型供电不稳定吐瓦鲁 220-240V 三孔八字型供电尚属正常吉里巴斯 240V 三孔扁型电源供应不稳定亚西地区国别或地区电压插座供电情形备注俄罗斯 220V 50-60hz 双孔圆型供电尚称良好,惟电压不稳白俄罗斯 220V 50-60hz 双孔圆型供电尚称良好,惟电压不稳沙特阿拉伯 110及220V 双孔扁型及圆型供电稳定冷气机三孔扁型插座或直接电源接线约旦 220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器伊拉克 220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器叙利亚 220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器黎巴嫩 220V 双孔圆型及扁型或三孔供电尚称稳定使用插座转换器科威特 220-240V 三孔型(含地线) 供电尚称稳定以色列 220-240V 50Mhz 双孔圆型供电尚称稳定,有间歇性短暂停电巴林 220V 三孔型供电尚称稳定阿曼 220V 三孔型电源供应稳定,甚少停电杜拜 220V 三孔扁型供电稳定土耳其 220V 双孔圆型供电良好(首都地区)北美地区国别或地区电压插座供电情形备注美国 120V AC接地三线式供电良好加拿大 110V 双孔扁型供电良好中南美地区国别或地区电压插座供电情形备注墨西哥 110V 双孔扁型供电尚称良好危地马拉 110V 双孔型供电尚佳,偶有断电贝里斯 110V (少数220V) 双孔及三孔型供电不足萨尔瓦多 110V 双孔型供电稳定雨季时有停电情形宏都拉斯 110V (少数220V) 双孔扁型(少数三孔型) 供电不足、时有限电供电普及率为43%尼加拉瓜 110V 双孔及三孔(接地线) 经常停电须自备柴油发电机哥斯达黎加 110-120V 二端不同大小之双孔式常有小规模停电电流不稳,须使用稳压器巴拿马 110V 50-60HZ 双孔型供电尚称稳定可另接220V及使用三孔插座海地 110V 三孔型供电不足,电压不稳每日供电仅三、四小时多米尼加 110V 双孔型电压不稳,供电不足须自备发电机供电(冷气机为220V)格瑞那达 220V (110V) 三孔型 (双孔型) 供电稳定偶有停电每次停电约半个至四小时千里达 220V (110V) 三孔型 (双孔型) 供电稳定偶有停电每次停电约半个至四小时圣文森 220V/50HZ 双孔圆型供电稳定圣露西亚 220V/50HZ 双孔圆型供电稳定巴贝多 110V 双孔圆型供电稳定马丁尼克 220V/50HZ 双孔圆型供电稳定圣克里斯多福 220V 三孔型供电尚称稳定,偶有跳电、停电情形每次停电约一至二小时多米尼克 220V 三孔型供电不稳,偶有停电哥伦比亚 110-120V (旧式大楼150V) 三角型经常停电电器用品须装稳压器委内瑞拉 110V 60HZ 双孔型供电尚称稳定,偶有停电厄瓜多 110V (110-120V) 双孔型供电稳定,偶有停电每年月枯\水期分区轮流停电(五-十月每日停电3-4小时)巴西 220V 三叉式供电不稳定圣保罗 110V 双孔型供电稳定秘鲁 220V 双孔型供电稳定,偶有停电玻利维亚 110V及120V二种双孔扁型供电正常巴拉圭 220V 双孔圆型供电稳定乌拉圭 220V 50HZ 三孔型供电稳定,偶有停电阿根廷 220V 50HZ 双孔圆型及三孔型供电稳定,偶有停电电压不稳定智利 220V 50hz 三孔圆型供电良好欧洲地区国别或地区电压插座供电情形备注教廷 220V 双孔及三孔型供电良好意大利 220-230V 双孔及三孔型供电良好奥地利 220V,50hz 双孔圆型供电良好捷克 220V 双孔附圆柱接地极供电尚称稳定,偶有停电波兰 220V 双孔圆型供电良好匈牙利 220V 双孔圆型供电良好希腊 220V 双孔圆型供电良好比利时 220v 50/60hz 双孔及三孔圆型供电良好荷兰 220V 50hz 双孔圆型供电稳定卢森堡 220V 双孔圆型供电稳定英国 220-240V 三孔扁型供电稳定爱尔兰 220V 三孔型供电稳定法国 220V 圆型带地线供电良好瑞士 220-224V 三孔圆型供电良好西班牙 220V 双孔圆型供电良好葡萄牙 220V 50hz 双孔圆型供电稳定德国 220V,50hz 圆型供电良好挪威 220-230V 双孔圆型供电稳定芬兰 230V 双孔圆型供电良好丹麦 220V 双孔圆型供电稳定瑞典 220V 三孔及二孔圆型供电良好拉脱维亚 220-240V 双孔圆型供电尚属良好斯洛伐克 220V 双孔圆形供电稳定电视录放机为PAL系统非洲地区国别或地区电压插座供电情形备注南非 220V 50HZ 三孔圆型供电稳定雷电多,电器易遭电击而受损模里西斯 240V 三孔型马拉威 240V 三孔扁型式电力供应不足电器产品须装稳压器布吉纳法索 220V 50hz 双孔扁圆型供电不足,电压不稳经常停电宜备稳压器史瓦济兰 220V 三孔圆型平时正常,每年九月至翌年三月断电频繁,夜晚更严重赖比瑞亚 110及220V 双孔扁型仅间歇性供电,主赖自备发电机,供电极不稳定塞内加尔 220V 50hz 双孔圆型经常停电计算机、音响最好装置不断电系统维德角 220V 双孔型附地线(欧规) 供电稍差须装置稳压器甘比亚 220V 英式或欧陆式二种,以英式者主经常停电数小时至半日查德 220-250V 双孔型,直径4.7 供电甚差,经常停电法国电力系统规格圣多美普林西比 220V 双孔型附地线(欧规) 圣多美供电甚差须装置稳压器加彭 220V 双孔型附地线(欧规) 供电尚属正常须装置稳压器迦纳 220V 三孔扁型供电情形甚差电器用品需备稳压器赤道几内亚 220V 三孔扁型供电情形甚差电器用品需备稳压器奈及利亚 220V 三孔扁型供电情形甚差,须自备发电机电器用品需备稳压器喀麦隆 220V 三孔扁型供电稍差须装置稳压器。
低压电器标准规范中英文对照-技术标准1. GB/T 998-1982 低压电器基本试验方法Basic testing methodof low voltage apparatus2. GB/T 1003-1980 三相插头插座型式、基本参数与尺寸Types, basic parameters and dimensionsof three phase plugs and sockets3. GB 1444-1987 防爆灯具专用螺口式灯座Edison screw lampholders specially used forexplosion-proof luminaires4. GB/T 1497-1985 低压电器基本标准The basic standard for low-voltage apparatus5. GB 2099-1980 单相、三相插头插座技术条件Technical requirements for single-phase andthree- phase plugs and sockets6. GB/T 2900.18-1992 电工术语低压电器Electrotechnical terminology—Low voltage apparatus7. GB/T 3783-1994 船用低压电器基本要求General specification for low-voltage apparatus in ships8. GB/T 3797-1989 电控设备第二部分: 装有电子器件的电控设备Electric-driving controlgear—Part2: Electric-driving controlgear incorporating electronic devices9. GB 3836.1-1983 爆炸性环境用防爆电气设备通用要求Electrical apparatus for explosiveatmospheres--General requirements10. GB 3836.2-1983 爆炸性环境用防爆电气设备隔爆型电气设备"d" Electrical apparatus forexplosive atmospheres--Flameproof electrical apparatus "d"11. GB 3836.3-1983 爆炸性环境用防爆电气设备增安型电气设备"e" Electrical apparatus forexplosive atmospheres--Increased safety electrical apparatus "e"12. GB 3836.4-1983 爆炸性环境用防爆电气设备本质安全型电路和电气设备"i" Electrical apparatus forexplosive atmospheres--Intrinsically safe circuits and electrical apparatus"i"13. GB 3836.5-1987 爆炸性环境用防爆电气设备正压型电气设备"p" Electrical apparatus forexplosive atmospheres--Pressurized electrical apparatus "p"14. GB 3836.6-1987 爆炸性环境用防爆电气设备充油型电气设备"o" Electrical apparatus forexplosive atmospheres--Oil immersed electrical apparatus "o"15. GB 3836.7-1987 爆炸性环境用防爆电气设备充砂型电气设备"q" Electrical apparatus forexplosive atmospheres--Sand filled electrical apparatus"q"16. GB 3836.8-1987 爆炸性环境用防爆电气设备无火花型电气设备"n" Electrical apparatus forexplosive atmospheres--Non-sparking electrical apparatus "n"17. GB 3836.9-1990 爆炸性环境用防爆电气设备浇封型电气设备"m" Electrical apparatus forexplosive atmospheres—Encapsulated electrical apparatus "m"18. GB 3836.10-1991 爆炸性环境用防爆电气设备气密型电气设备"h" Electrical apparatus forexplosive atmospheres—Hermetically sealed electrical apparatus "h"19. GB 3836.11-1991 爆炸性环境用防爆电器设备最大试验安全间隙测定方法Electrical apparatus forexplosive atmospheres—Method of test for ascertainment of maximum experimentalsafe gap20. GB 3836.12-1991 爆炸性环境用防爆电器设备气体或蒸汽混合物按照其最大试验安全间隙和最小点燃电流的分级Electricalapparatus for explosive atmospheres—Classification of gases or vapours with airaccording to their maximum experimental safe gaps and minimum ignitingcurrents21. GB/T 4205-1984 控制电气设备的操作件标准运动方向Standard directions of movement foractuators which control the operation of electrical apparatus22. GB/T 4720-1984 电控设备第一部分: 低压电器电控设备Electric-driving controlgear--Part 1:Electric driving controlgear composed of low-voltage apparatus23. GB 5590-1985 矿用隔爆型电磁起动器Mining type flameproof electric magnetic starters24. GB 6829-1995 剩余电流动作保护器的一般要求General requirements for residual currentoperated protective devices25. GB/T 7061-1986 船用低压开关设备和控制设备装置通用技术条件General specification forlow-voltage switchgear and controlgear assemblies in ships26. GB/T 7261-1987 继电器及继电保护装置基本试验方法Basic testing method of relay andprotective equipment27. GB/T 7417-1987 AX 系列继电器AX series relays28. GB/T 7957-1987 矿用安全帽灯Safety cap lamp for mines29. GB/T 7958-1987 煤矿用电容式发爆器Capacitor discharge type exploders for coal mines30. GB/T 9393-1988 STZ3型电子测量仪器用连接器STZ3 type connector for electronic measurement instrument31. GB/T 9466-1988 低压成套开关设备基本试验方法Basic testing method of low-voltageswitchgear assembly32. GB/T 10217-1988 电工控制设备造型设计导则The design guide of the outline andstructure for the electric control equipment33. GB/T 10231-1988 保护继电器的结构型式与基本尺寸系列Structural type and series of basicdimensions of protective relay34. GB/T 10962-1989 机床电器可靠性通则General rules of reliability for machine tool electrical components35. GB/T 10964-1989 电器附件、控制器和保护器术语Electrotechnical terminology of electricalaccessories, controls and protectors36. GB/T 11918-1989 工业用插头插座和耦合器一般要求Plugs, socket-outlets and couplers forindustrial purposes—General requirement37. GB/T 11919-1989 工业用插头插座和耦合器插销和插套尺寸互换性的要求Plugs, socket-outlets andcouplers for industrial purposes—Dimensional interchangeability requiements forpin and contact-tube accessories38. GB/T 12173-1990 矿用一般型电气设备Mining electrical apparatus for non hazardous area39. GB 12476.1-1990 爆炸性粉尘环境用防爆电气设备粉尘防爆电气设备Electrical apparatus forexplosive dust atmosphere—Dust ignition-proof apparatus40. GB/T 12944.1-1991 高压穿墙瓷套管技术条件High-voltage ceramic wall bushings—Technical specifi cations41. GB/T 12944.2-1991 高压穿墙瓷套管尺寸与特性High-voltage ceramic wall bushings—Dimensions and characteristics42. GB/T 13539.1-1992 低压熔断器基本要求General requirements for low-voltage fuses43. GB 13539.2-1992 低压熔断器专职人员使用的熔断器的补充要求Low-voltage fuses —Supplementaryrequirements for fuses for use by authorized persons44. GB 13539.4-1992 低压熔断器半导体器件保护用熔断体的补充要求Low-voltage fuses—Supplementaryrequirements for fuse-links for the protection of semiconductor devices45. GB/T 14048.1-1993 低压开关设备和控制设备总则General rules for low-voltage switchgearand controlgear46. GB 14048.2-1994 低压开关设备和控制设备低压断路器Low-voltage switchgear and controlgear--Low-voltage circuit breakers47. GB 14048.3-1993 低压开关设备和控制设备低压开关、隔离器、隔离开关及熔断器组合电器Low-voltage switchgearand controlgear--Low-voltage switches, disconnectors, switch-disconnectors andfuse-combination units48. GB 14048.4-1993 低压开关设备和控制设备低压机电式接触器和电动机起动器Low-voltage switchgear andcontrolgear--Low-voltage electromechanical contactors and motor starters49. GB 14048.5-1993 低压开关设备和控制设备控制电路电器和开关元件第一部分机电式控制电路电器Low-voltageswitchgear and controlgear--Control circuit devices and switchingelements--section 1--Electromechanical control circuit devices50. GB/T 15510-1995 控制用电磁继电器可靠性试验通则General rules for reliability test ofelectromagnetic relay for control circuits51. GB 15934-1996 电线组件Cord sets52. GB 16837-1997 家用和类似用途移动式,无联锁、带开关及熔断器组合插座的安全要求Safety requirements forswitched and fused portable multiple socket-outlet without interlock forhousehold and similar purposes53. GB 13140.1-1997 家用和类似用途低压电路用的连接器件第1部分:通用要求Connecting devices for lowvoltage circuits for household and similar purposes--Part 1: Generalrequirements54. GB 16916.1-1997 家用和类似用途的不带过电流保护的剩余电流动作断路器(RCCB) 第1部分:一般规则Residualcurrent operated circuit-breakers without integral overcurrent protection forhousehold similar uses(RCCB)--Part 1: Genaral rules55. GB 16916.21-1997 家用和类似用途的不带过电流保护的剩余电流动作断路器(RCCB)第 2.1部分:一般规则对动作功能与线路电压无关的RCCB的适用性Residual current operated circuit-breakerswithout integral overcurrent protection for household and similaruses(RCCB)--Part 2.1: Applicability of the general rules to RCCB functionallyindependent of line voltage56. GB 16916.22-1997 家用和类似用途的不带过电流保护的剩余电流动作断路器(RCCB)第 2.2部分:一般规则对动作功能与线路电压有关的RCCB的适用性Residual current operated circuit-breakerswithout integral overcurrent protection for household and similar uses(RCCB)--Part 2.2: Applicability of the general rules to RCCB functionallydependent on line voltage57. GB 16917.1-1997 家用和类似用途的带过电流保护的剩余电流动作断路器(RCBO) 第1部分:一般规则Residual currentoperated circuit-breakers with integral overcurrent protection for household andsimilar uses (RCBO)--Part 1: General rules58. GB 16917.21-1997 家用和类似用途的带过电流保护的剩余电流动作断路器(RCB0) 第 2.1部分:一般规则对动作功能与线路电压无关的RCBO的适用性Residual current operated circuit-breakers withintegral overcurrent protection for household and similar uses (RCBO) Part 2.1:Applicability of the general rules to RCBO functionally independent of linevoltage59. GB 16917.22-1997 家用和类似用途的带过电流保护的剩余电流动作断路器(RCBO) 第 2.2部分:一般规则对动作功能与线路电压有关的RCBO的适用性Residual current operated circuit-breakers withintegral overcurrent protection for household and similar uses(RCBO) Part 2.2:Applicability of the general rules to RCBO functionally dependent on linevoltage60. GB/T 16935.1-1997 低压系统内设备的绝缘配合第一部分: 原理、要求和试验Insulation coordination foreguipment within low-voltage systems--Part 1: Principles、requirements andtests61. GB 9364.1-1997 小型熔断器第1部分: 小型熔断器定义和小型熔断体通用要求Miniature fuses Part 1:Definitions for miniature fuses and general requirement for miniature fuse-links62. GB 9364.2-1997 小型熔断器第2部分: 管状熔断体Miniature fuses Part 2: Cartridge fuse-links63. GB 9364.3-1997 小型熔断器第3部分; 超小型熔断体Miniature fuses Part 3: Sub-miniaturefuse-links64. GB 7251.1-1997 低压成套开关设备和控制设备第一部分: 型式试验和部分型式试验成套设备Low-voltage switchgearand controlgear assemblies--Part 1; Type-tested and partially type-testedassemblies65. GB 7251.2-1997 低压成套开关设备和控制设备第二部分: 对母线干线系统(母线槽)的特殊要求Low-voltageswitchgear and controlgear assemblies--Part 2: Particular requirements forbusbar trunking systems(busways)66. GB 7251.3-1997 低压成套开关设备和控制设备第三部分: 对非专业人员可进入场地的低压成套开关设备和控制设备--配电板的特殊要求Low-voltage switchgear and controlgear assemblies Part 3: Particularrequirements for low-voltage switchgear and controlgear assemblies intended tobe installed in places where unskilled persons have access for theiruse--Distribution boards67. GB 3836.13-1997 爆炸性气体环境用电气设备第13部分: 爆炸性气体环境用电气设备的检修Electrical apparatusfor explosive gas atmospheres--Part 13: Repair and overhaul for apparatus usedin explosive gas atmospheres68. GB/T 17193-1997 电气安装用超重荷型刚性钢导管Extra-heavy duty rigid steel conduits forelectrical installations69. GB/T 17194-1997 电气导管电气安装用导管的外径和导管与配件的螺纹Conduits for electricalpurposes--Outside diameters of conduits for electrical installations and threadsof conduits and fittings70. GB 17196-1997 连接器件连接铜导线用的扁形快速连接端头安全要求Connecting devices--Flatquick-connect terminations for electrical copper conductors--Safetyrequirements71. GB/T 9815-1998 家用及类似用途的熔断器Fuses for domestic and similar purposes72. GB 13140.2-1998 家用和类似用途低压电路用的连接器件第2部分: 作为独立部件的带螺纹型夹紧件的连接器件的特殊要求Connecting devices for low voltage circuits for household and similar purposesPart 2: Particular requirements for connecting devices as separate entities withscrew-type clamping units73. GB 13140.3-1998 家用和类似用途低压电路用的连接器件第2部分: 作为独立单元的带无螺纹型夹紧件的连接器件的特殊要求Connecting devices for low voltage circuits for household and similar purposesPart 2: Particular requirements for connecting devices as separate entities withscrewless-type clamping units74. GB 13140.4-1998 家用和类似用途低压电路用的连接器件第2部分: 作为独立单元的带剌穿绝缘型夹紧件的连接器件的特殊要求Connecting devices for low voltage circuits for household and similar purposesPart 2: Particular requirements for connecting devices as separate entities withinsulation piercing clamping units75. GB 17464-1998 连接器件连接铜导线用的螺纹型和无螺纹型夹紧件的安全要求Connecting devices--Safetyrequirements for screw-type and screwless-type clamping units for electricalcopper conductors76. GB 9816-1998 热熔断体的要求和应用导则Thermal-Links-Requirements and applicationguide77. GB 14536.1-1998 家用和类似用途电自动控制器第1部分: 通用要求Automatic electrical controlsfor household and similar use Part 1: General requirements78. GB/T 17499-1998 家用洗衣机电脑程序控制器Microcomputer controller for householdwashing machine79. GB 14048.7-1998 低压开关设备和控制设备辅助电器第1部分: 铜导体的接线端子排low-voltage switchgearand controlgear Ancillary equipment Section 1-Terminal blocks for copperconductors80. GB 14048.8-1998 低压开关设备和控制设备辅助电器第2部分: 铜导体的保护导体接线端子排Low-voltageswitchgear and controlgear Ancillary equipment Section 2: Protective conductorterminal blocks for copper conductors81. GB 14048.6-1998 低压开关设备和控制设备接触器和电动机起动器第2部分: 交流半导体电动机控制器和起动器Low-voltageswitchgear and controlgear Contactors and motor-starters Section 2: ACSemiconductor motor controllers and starters82. GB 14048.9-1998 低压开关设备和控制设备多功能电器(设备) 第2部分: 控制与保护开关电器(设备) Low-voltageswitchgear and controlgear Multiple function equipment Section 2: Control andprotective switching devices(or equipment)(CPS)83. GB 7251.4-1998 低压成套开关设备和控制设备第四部分: 对建筑工地用成套设备(ACS)的特殊要求Low-voltageswitchgear and controlgear assemblies Part 4: Particular requirements forassemblies for construction sites(ACS)84. GB 7251.5-1998 低压成套开关设备和控制设备第五部分: 对户外公共场所的成套设备动力配电网用电缆分线箱(CDCs)的特殊要求Low-voltage switchgear and controlgear assemblies Part 5: Particularrequirements for assemblies intended to be installed outdoors in publicplaces--Cable distribution cabinets (CDCs)for power distribution in networks85. GB 13140.5-1998 家用和类似用途低压电路用的连接器件第2部分: 扭接式连接器件的特殊要求Connecitng devicesfor low-voltage circuits for household and similar purposes Part 2: Particularrequirements for twist-on connecting devices86. GB 17701-1999 设备用断路器Circuit-breaker for equipment87. GB 10963-1999 家用及类似场所用过电流保护断路器Circuit-breakers for overcurrent protection for household and similar installation。
HUAWEI TECHNOLOGIES CO.,LTD.SUN2000 (8KTL-28KTL)Quick Installation Guide Issue: 14Part Number: 31505445Date: 2017-03-20NOTICE1.Before you install the devices, closely read the SUN2000 (8KTL-28KTL) User Manual to getfamiliar with product information and precautions. To locate the user manual, log in to/carrier/and browse or search for SUN2000 on the ProductSupport page.e insulated tools.Inverter Model WeightSUN2000-8KTL/10KTL/12KTL40 kgSUN2000-15KTL/17KTL/20KTL/23KTL/28KTL48 kg1System InstallationDetermine the installation position.Unit: mmInstall theSUN2000 in aposition wherethe liquidcrystal display(LCD) is easyto view andoperate.Vertical Backward Forward Horizontal Upside downInstalling an Inverter (support-mounting is used as an example)1.The antitheft lock is prepared by customers.2.For details about wall-mounting the device, see the SUN2000 (8KTL-28KTL) User Manual .1.Determine the hole positions on the support based on rear panel dimensions. 2.Drill holes.3.Secure the rear panel.4.Mount the inverter on the rear panel.5.Tighten hexagon bolts.6.(Optional) Install an anti-theft lock.M10 (3 PCS)30 N·mUnit: mmNOTE1.Do not use solid conductor hard cables.2.3-core outdoor cables (L1, L2, L3) are configured for the SUN2000-28KTL and 4-core outdoor cables (L1, L2, L3, and N) are for other models.2.Install AC output power cables.Inverter ModelCross-sectional Area of the Cable(Recommended)SUN2000-8KTL/10KTL/12KTL4.0 mm 2 (12 AWG)SUN2000-15KTL/17KTL/20KTL/23KTL/28KTL6.0 mm 2 (10 AWG) / 10.0 mm 2 (8 AWG)The table lists only the recommended cable specifications. For more information about cable specifications, see the SUN2000 (8KTL-28KTL) User Manual .2Electrical ConnectionOT-6mm 2-M6PE terminal1.Install a ground cable.1.It is recommended that the ground cable be connected to a nearby ground position.2.To enhance the corrosion resistance performance of the PE terminals, apply silica gel on them after connecting the ground cable.NOTICENOTENOTELarge handlescrewdriver(recommended)The N cable is inserted into hole 4. Do not insert L1/L2/L3 into .SocketCable sealingcoverAuxiliary connectorClickTo quickly connect the AC output connector to the AC output terminal of the inverter, keep the notch of the connector facing exactly to the operator.NotchEnsure that the AC output connector is securely connected. Otherwise, the connector may be damaged after the inverter has been running for a long time.3.Install DC input power cables.Optional DC input terminals:Number of Inputs8KTL-12KTL 15KTL-28KTL1Connects to any one routeConnects to any one route 2Connects to routes 1 and 3Connects to routes 1 and 33Connects to routes 1, 2, and 3Connects to routes 1, 3, and 54Connects to routes 1, 2, 3, and 4Connects to routes 1, 2, 3, and 55N/A Connects to routes 1, 2, 3, 4, and 56N/AConnects to routes 1, 2, 3, 4, 5, and 6NOTICENOTICENOTEPositive connectorNegative connectorPositive metal terminalsNegative metal terminalsCommon PV cables with a cross-sectional area of 4 mm² in the industry are recommended.Ensure that cables cannot be removed after crimped.Positive and negative metal terminals:Negative metal terminal (male)Positive metal terminal (female)The skid automatically starts after the ejector lever is fastened.1.Pull back the DC input power cables to check whether the cables would be disconnected.2.If DC input power cables are reversely connected and the DC switch is ON, do not turn off the DC switch immediately. Otherwise, the equipment may be damaged. You can disconnect the DC input power cable on the PV string side or wait until the PV string voltage reduces to a value within the safety range. Then, turn off the DC switch, remove the positive and negative connectors, and rectify the connection.Recommended: H4TC0001 (Amphenol)Recommended: H4TW0001 (Amphenol)ClickNOTICE3Installation Verification5Setting Monitoring Parameters1.If no data collector is used, set the following parameters before connecting the SUN2000 to the power grid. For the other parameter settings, see the SUN2000 (8KTL-28KTL) User Manual . If a data collector is used, see the SmartLogger1000 User Manual for the parameter settings.2.The preset password for Common User , Advanced User , and Special User is 000001. Use the preset password to log in to the SUN2000 for the first time and then change the password to a new one to ensure the account security.4System Power-on1.Switch on the AC circuit breaker between the SUN2000 and the power grid.2.Ensure that the DC Switch at the bottom of the SUN2000 is ON.3.(Optional) Measure the temperatures at the joints between the DC terminals and the connectors.1.Check that all screws, especially the screws used for electrical connections,are secured.Passed □Failed □2.Check that all circuit breakers are switched to OFF.Passed □Failed □3.Check that the ground cable is securely connected and no short circuit occurs.Passed □Failed □4.Check that AC output power cables are connected correctly and securely (the N wire is connected to hole 4, and L1/L2/L3can be connected to anyhole of 1/2/3; for details, see 2.2 Install AC output power cables), with no short circuit.Passed □Failed □5.Check that DC input power cables are connected correctly and securely, with no short circuit.Passed □Failed □6.Ensure that idle DC input terminals are sealed.Passed □Failed □7.Check that the idle USB and RS485 ports are plugged with waterproof plugs.Passed □Failed □No.Color Pin Definition 1White and orange RS485A, and RS485 differential signal+2OrangeRS485B, and RS485 differential signal-3White and green PGND4BlueRS485A, and RS485 differential signal+5White and blue RS485B, and RS485 differential signal-6GreenPGND 7White and brown PGND 8BrownPGND4.Install an RS485 communications cable.RJ45connectorwith shielding functions Plasticbase Matching nut SealingwasherCablesealing nutThe side without bucklesMain MenuSecond-Level MenuThird-LevelMenuFourth-Level Menu SettingWizard Language--Set based on site requirements.Date&Time Date-Set based on site requirements.Time-Set based on site requirements.Grid Code--●China medium-voltage power grid,choose CHINA-MV480.●China low-voltage power grid,choose NB/T 32004.For other cases, see the Appendix.Main Menu Settings Isolation(Advanced User)Input Grounded, WithTF●When the PV-is grounded, anisolation transformer should beconnected. Set Isolation to InputGrounded, With TF.●When the PV-is not grounded, setIsolation to Input Ungrounded,Without TF or Input Ungrounded,With TF.Input Ungrounded,Without TFInput Ungrounded,With TFNo.Power GridStandard CodeCountry and Condition No.Power GridStandard CodeCountry and Condition1CHINA-MV480China medium-voltagepower grid24IEC61727-MV480IEC medium-voltage powergrid2NB/T 32004China low-voltage power grid25VDE 0126-1-1-BU Bulgaria low-voltage power grid3UTE C 15-712-1(A)France low-voltage powergrid26VDE-AR-N-4105Germany low-voltage powergrid4UTE C 15-712-1(B)Islands of France 230 V 50Hz27BDEW-MV480Germany medium-voltagepower grid5UTE C 15-712-1(C)Islands of France 230 V 60Hz28BDEW-MVGermany medium-voltagepower grid (400 V AC)6UTE C 15-712-1-MV480France medium-voltagepower grid29TAI-PEAThailand low-voltage powergrid (PEA)7G59-England-MV480UK 480 V Medium-voltagepower grid (I > 16 A)30TAI-MEAThailand low-voltage powergrid (MEA)8G59-England England 230 Vpower grid(I > 16 A)31TAI-PEA-MV480Thailand medium-voltagepower grid (PEA)9G59-Scotland Scotland 240 Vpower grid (I > 16 A)32TAI-MEA-MV480Thailand medium-voltagepower grid (MEA)10G83-England England 230 Vpower grid (I < 16 A)33EN 50438-DKDenmark medium-voltagepower grid11G83-Scotland Scotland 240 Vpower grid(I < 16 A)34Japan(50Hz)Japan power grid (50 Hz)12CEI0-21Italian low-voltage power grid35Japan(60Hz)Japan power grid (60 Hz)13CEI0-16Italian medium-voltagepower grid36EN50438-TR-MV480Turkey medium-voltage powergrid14IEC61727IEC low-voltage power grid37EN50438-TR Turkey low-voltage power grid15VDE 0126-1-1-GR(A)Mainland of Greece low-voltage power grid38C10/11Belgium low-voltage powergrid16VDE 0126-1-1-GR(B)Islands of Greece low-voltage power grid39C11/C10-MV480Belgium medium-voltagepower grid17EN50438-CZ Czech Republic low-voltagepower grid40PhilippinesPhilippines low-voltage powergrid18RD1699Spanish low-voltage powergrid (Pn < 100 kW)41Philippines-MV480Philippines medium-voltagepower grid19RD661Spanish low-voltage powergrid (Pn > 100 kW)42EN50438-NLNetherlands low-voltage powergrid20AS4777Australia low-voltage powergrid43Custom(50Hz)Reserved21AS4777-MV480Australia medium-voltagepower grid44Custom(60Hz)Reserved22NRS-097-2-1South Africa low-voltagepower grid45Custom-MV480(50Hz)Reserved23NRS-097-2-1-MV480South Africa medium-voltagepower grid46Custom-MV480(60Hz)ReservedAppendix: Power Grid Standard Code Mapping TableGrid codes are subject to change. The listed codes are for your reference only.NOTEHUAWEI TECHNOLOGIES CO.,LTD. Huawei Industrial Base Bantian LonggangShenzhen 518129People's Republic of China。
No load standby power under 100mW@264VacAveraged efficiency more than 88%@115/230Vac at AWG18 cable endTurn on Delay Time<500mSecProgrammable OTP/OVP with latch shutdowno nf i de nt i al toKContents Index1Adapter Module Specification...........................................................................................................4 1.1 Input Characteristics.....................................................................................................................4 1.2 Output Characteristics..................................................................................................................4 1.3 Performance Specifications..........................................................................................................4 1.4 Protection Features......................................................................................................................4 1.5 Environments.. (4)2 Adapter Module Information (5)2.1 Schematic.....................................................................................................................................5 2.2 Bill of material.................................................................................................................................5 2.3 PCB Gerber File..............................................................................................................................7 2.4 Transformer Design......................................................................................................................8 2.4.1 Transformer Specification........................................................................................................8 2.4.2 Transformer Winding data.......................................................................................................8 2.2 Adapter Module Snapshot (9)3 Performance Evaluation (10)3.1 Input Characteristics....................................................................................................................11 3.1. 1 Input current and Standby power............................................................................................11 3.1. 2 Efficiency.................................................................................................................................11 3.2 Output Characteristics.................................................................................................................11 3.2.1 Line Regulation & Load Regulation..........................................................................................11 3.2.2 Ripple & Noise.........................................................................................................................12 3.2.3 Overshoot & Undershoot.......................................................................................................13 3.2.4 Dynamic Test.........................................................................................................................14 3.2.5 Time Sequence......................................................................................................................14 3.3 Protections..................................................................................................................................15 3.3.1 Over Current Protection (OCP).............................................................................................15 3.3.2 Over Voltage Protection (OVP)..............................................................................................15 3.3.3 Over Load Protection (OLP)..................................................................................................16 3.3.4 Over Temperature Protection (OTP)......................................................................................16 3.4 EMI Test......................................................................................................................................17 3.4.1 Conduction EMI Test..................................................................................................................17 3.4.2 Radiation EMI Test.....................................................................................................................19 3.5 Thermal Test. (20)4 Other important waveform (20)4.1 CS, FB, Vdd & Vds waveform at no load/full load......................................................................20 4.2 Vds waveform at full load, start/normal/output short..................................................................21 4.2.1 VDS at full load, start/normal/output short..............................................................................21 4.2.2 Vds at full load, start waveform...............................................................................................21 4.2.3 Vds at full load, normal waveform...........................................................................................21 4.2.4 Vds at full load, output short waveform.. (21)On -B ri g ht Co nf i de nt i a l toKt ecFigures IndexFig. 1 R&N waveform@90Vac; no load CH2:Vout_Ripple,..................................................................12 Fig. 2 R&N waveform@90Vac; full load, CH2:Vout_Ripple....................................................................12 Fig. 3 R&N waveform@264Vac; no load, CH2:Vout_Ripple...................................................................12 Fig. 4 R&N waveform@264Vac; full load, CH2:Vout_Ripple..................................................................12 Fig. 5 Overshoot waveform@90Vac; full load, CH2:Vout........................................................................13 Fig. 6 Overshoot waveform @90Vac; no load, CH2:Vout.......................................................................13 Fig. 7 Overshoot waveform @264Vac; full load, CH2:Vout ....................................................................13 Fig. 8 Overshoot waveform @264Vac; no load, CH2:Vout.....................................................................13 Fig. 9 Undershoot waveform@90Vac; full load,, CH2:Vout ....................................................................13 Fig. 10 Undershoot waveform @264Vac; full load, CH2:Vout ................................................................13 Fig. 11 Dynamic waveform@90Vac input, CH1;Vout..............................................................................14 Fig. 12 Dynamic waveform@264Vac input, CH1;Vout............................................................................14 Fig. 13 Turn on delay waveform @90Vac; full load,CH1:Vout,CH2:Vin..................................................14 Fig. 14 Hold up time waveform @100Vac; full load, CH1:Vout,CH2:Vin ................................................15 Fig. 15 Hold up time waveform @240Vac; full load, CH1:Vout,CH2:Vin ................................................15 Fig. 16 OVP waveform @90Vac; no load,CH1:Vout,CH2:Vdd................................................................15 Fig. 17 OVP waveform @264Vac;no load, CH1:Vout,CH2:Vdd..............................................................15 Fig. 18 OLP waveform @90Vac; over load,CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs.................................16 Fig. 19 OLP waveform @264Vac;over load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs............................16 Fig. 20 CS,FB,Vdd&Vdswave form@90Vac; no load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs................20 Fig. 21 CS,FB,Vdd&Vdswave form@90Vac; full load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs................20 Fig. 22 CS,FB,Vdd&Vdswave form@264Vac; no load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs..............20 Fig. 23 CS,FB,Vdd&Vdswave form@264Vac; full load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs..............20 Fig. 24 Vds start waveform@264Vac; full load,CH2:Vds........................................................................21 Fig. 25 Vds Normal waveform@264Vac; full load, CH2:Vds..................................................................21 Fig. 26 Vds ,CS output short waveform@264Vac; full load,. (21)Tables IndexTable 1 Input current at full load...............................................................................................................11 Table 2 Standby power at no load............................................................................................................11 Table 3 Efficiency......................................................................................................................................11 Table 4 Line Regulation & Load Regulation.............................................................................................11 Table 5 Ripple & Noise measure results .................................................................................................12 Table 6 Overshoot/undershoot measurement results..............................................................................13 Table 7 Output voltage under dynamic test.............................................................................................14 Table 8 Turn-on delay /hold-up/Rise time measurement results.............................................................14 Table 9 OCP value vs. input voltage........................................................................................................15 Table 10 Load OVP test result.. (15)On -B ri g ht Co nf i de nt i a l toKt ec1 Adapter Module Specification1.1 Input CharacteristicsAC input voltage rating 100Vac ~ 240Vac AC input voltage range 90Vac ~ 264Vac AC input frequency range 47Hz ~ 63Hz Input current1.8 Arms max.1.2 Output CharacteristicsOutput Voltage19.0VOutput Tolerance ±5% Min. load current 0A Max. load current3.42A1.3 Performance SpecificationsMax. Output Power 65WStandby Power <100mW @ 264V/50Hz, no loadEfficiency >87%,Meet EPS2.0 level 5Line Regulation ±2% Load Regulation ±5%Ripple and Noise <200mVpk-pkHold up Time10mSec. Min. @100Vac with full loadTurn on Delay Time500mSec. Max. @90Vac with full load1.4 Protection FeaturesShort Circuit Protection Output shut down with auto-recovery Over Voltage Protection Output shut down with latch Over Current Protection Output shut down with auto-recovery Over Temperature ProtectionOutput shut down with latch1.5 EnvironmentsOperating Temperature 0℃ to +40℃ Operating Humidity 20% to 90% R.H. Storage Temperature -40℃ to +60℃Storage Humidity0% to 95% R.H.On -B ri g ht Co nf i de nt i a l toKt ecnt i a l toKt ec2.3 PCB Gerber FileOn -B ri g ht Co nf i de nt i a l toKt ec2.4.2 Transformer Winding dataWinging MaterialTurns 1 N1 0.5 2UEW 19 TAPE TAPE W=10.5mm (Y) 2 3 N2 Φ0.20*6 2UEW 7 TAPE TAPE W=10.5mm (Y) 2 5 N3 Φ0.45*2 triple insulated TAPE TAPE W=10.5mm (Y) 7 N4 0.45*2 triple insulated 8 TAPE TAPE W=10.5mm (Y) 9 N5 Φ0.20*6 2UEW NC 10 TAPE TAPE W=10.5mm (Y) 11 N6 0.5 2UEW 12 TAPE TAPE W=10.5mm (Y) 13 N7 0.23 2UEW 10 14 TAPE TAPE W=10.5mm (Y) Notes: Core connected to GND(PIN3)n -B ri g ht Co nf i dl to2.2 Adapter Module SnapshotOn -B ri g h t C o n f i de nt i a l toKt ecCH2:Vout_Ripplen -B ri g ht Co nf i de nAc input switches ON for overshoot and OFF for undershoot Overshoot/undershoot measurement resultsItem Measure Data (%) Waveformovershoot 2.5 Fig.5undershoot 2.1 Fig.6overshoot 1.7 Fig.7undershoot overshoot 2.5 Fig.8undershoot 1.3 Fig.9overshoot 1.7 Fig.10undershoot Fig. 5 Overshoot waveform@90Vac; full load, CH2:VoutFig. 6 Undershoot waveform @90Vac; Full load, CH2:Vout Fig. 7 Overshoot waveform @90Vac; No load, CH2:VoutFig. 8 Overshoot waveform @264Vac; Full load, CH2:Vout Fig. 9 Undershoot waveform@264Vac; full load,, CH2:VoutFig. 10 Undershoot waveform @264Vac; No load, CH2:Voutn -B ri g ht Co nf i de nt i a l toKt ecDynamic waveformFig. 11 Dynamic waveform@90Vac input, CH1;VoutFig. 12 Dynamic waveform@264Vac input, CH1;Vout3.2.5 Time SequenceLoad condition: Full load Table 8 Turn-on delay /hold-up/Rise time measurement resultsItem Input voltage Meas. Data (S)Remark Turn-on delay time 90V/60Hz 430mS Fig.13 Hold-up time 100V/60Hz 11.1mS Fig.14 Hold-up time 240V/60Hz 97.4mSFig.15Time sequence waveformFig. 13 Turn on delay waveform @90Vac; full load,CH1:Vout,CH2:Vinn -B r i g h t Co n f i de nt i al toKFig. 14 Hold up time waveform @100Vac; full load, CH1:Vout,CH2:Vin Fig. 15 Hold up time waveform @240Vac; full load, CH1:Vout,CH2:Vin3.3 Protections3.3.1 Over Current Protection (OCP)The power supply will shut down auto-recovery when output current exceeds 4.3~5.0A, and it should recover when the over current condition is removed.Table 9 OCP value vs. input voltage 115V/60Hz230V/50Hz 264V/50Hz 4.56A 4.66A 4.77A4.53A4.65A 4.76A3.3.2 Over Voltage Protection (OVP)The power supply will shut down and latch when feedback circuit is disabled, and the output voltage can not be over 31V. The unit should recover when the protection condition is removed and restart input.OVP Trigger Voltage (V)No Load90V/60Hz 29.3264V/50Hz 30.6Fig. 16 OVP waveform @90Vac; no load,CH1:Vout,CH2:VddFig. 17 OVP waveform @264Vac;no load, CH2:Vout,CH3:Vddn -B ri ghf i de nt i al toKt ec3.3.3 Over Load Protection (OLP)The power supply will shut down auto-recovery when output current exceeds OCP and it should recover when the over current condition is removed.Fig. 18 OLP waveform @90Vac; overload,CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs Fig. 19 OLP waveform @264Vac;over load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs3.3.4 Over Temperature Protection (OTP)The power supply will shut down and latch when the voltage of RT pin is under 1.0V(OTP), and the unit should recover when the protection condition is removed and restart input.On -B ri g ht Co nf i de nt i a l toKt ec3.4 EMI TestThe Power supply passed EN55022 Class B & FCC class B EMI requirement with more than 6dB margin3.4.1 Conduction EMI TestEN55022 CLASS B @ full load reportOn -B ri g ht Co nf i de nt i al t oKt ecFCC CLASS B @ full load reportOn -B ri g ht Co nf i de nt i a l toKt ec3.4.2 Radiation EMI TestEN55022 CLASS B @ full load reportFCC CLASS B @ full load reportOn -B ri g ht Co nf i de nt i a l toKt ecFig. 20 CS,FB,Vdd&Vds waveform@90Vac; no load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:VcsFig. 21 CS,FB,Vdd&Vds waveform@90Vac; full load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:VcsFig. 22 CS,FB,Vdd&Vds waveform@264Vac; no load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcs Fig. 23 CS,FB,Vdd&Vds waveform@264Vac; full load, CH1:FB,CH2:Vds,CH3:Vdd,CH4:Vcsn -B ri g ht Co nf i de nt i aFig. 24 Vds start waveform@264Vac; full load,CH2:Vds4.2.3 Vds at full load, normal waveformFig. 25 Vds Normal waveform@264Vac; full load, CH2:Vds4.2.4 Vds at full load, output short waveformFig. 26 Vds output short waveform@264Vac; full load,n -B ri g ht Co nf i deDisclaimerOn-Bright Electronics reserves the right to make corrections, modifications, enhancements, improvements, and other changes to its documents, products and services at any time and to discontinue any product or service without notice. Customers should obtain the latest relevant information before placing orders and should verify that such information is current and complete.This document is under copy right protection. None of any part of document could be reproduced, modified without prior written approval from On-Bright Electronics.On -B ri g ht Co nf i de nt i a l toKt ec。
2017-2022Global and Japan Electric Wrench Market Analysis ReportHard Copy:3085USDPDF Copy(single user):3085USDEnterprise wide License:6170USDPages:115Tables and Figures:141Published Date:Aug2017Publisher:JP Machinery&Equipment Research CenterContact:Tel:0081-345704342;Email:sales@SummaryThe global Electric Wrench market is valued at XX million USD in2016and is expected to reach XX million USD by the end of2017,growing at a CAGR of XX%between2016and2022.Japan plays an important role in global market,with market size of xx million USD in2016and will be xx million USD in2017,with a CAGR of xx%.This report,with focus on top players in the global and Japan,studies the Electric Wrench market's development status and future trend in the global and Japan.It splits Electric Wrench market by type and by applications to fully and deeply research and reveal market profile and prospect.The major players includeBOSCH(Germany)MAKITA(Japan)Atlas(Sweden)DEWALT(US)HitachiKoki(Japan)Dongcheng(China)METABO(Germany)HILTI(EU)STANLEY(US)DEVON(China)WORX(China)BODA(China)Prokit's Industries Co.,LTD(Taiwan,China)IngersollRand(US)ALKITRONIC(Germany)TONE(Japan)JUWEL(Germany)AIWO(US)JETECH(China)Anchor(China)Geographically,this report splits the Global market into the following regions: Asia PacificJapanTokyoYokohamaOsakaNagoyaOthersChinaKoreaIndiaOthersEuropeFranceGermanyUnited KingdomItalyRussiaOthersNorth AmericaUnited StatesCanadaLatin AmericaBrazilMexicoOthersSoutheast AsiaSingaporeMalaysiaVietnamMyanmarThailandIndonesiaPhilippinesOthersMiddle East&AfricaSaudi ArabiaIranUAETurkeyIsraelEgyptSouth AfricaOthersOn the basis of product,the Electric Wrench market is primarily split intoBy Electric Wrench ClassificationImpact WrenchTorsion WrenchFixed Torque WrenchCorner WrenchAngle WrenchBy Power ClassificationPlug-in Electric WrenchRechargeable Electric WrenchBy Hand WayStraight Handle TypeCorner Electric WrenchPistol-style Electric WrenchKey ApplicationsHome RenovationFactory ConstructionMechanical MaintenanceTable of Contents2017-2022Global and Japan Electric Wrench Market Analysis Report1Electric Wrench Overview1.1Product Overview and Scope of Electric Wrench1.2Global and Japan Electric Wrench Market by Applications/End Users1.2.1Japan Electric Wrench Sales(K Units)and Market Share Comparison by Applications(2012-2017)1.2.1.1Japan Electric Wrench Sales(K Units)and Market Share by Applications (2012-2017)1.2.1.2Japan Electric Wrench Sales Growth Rate(%)by Applications(2012-2017)1.2.1.3Market Drivers and Opportunities1.2.2Japan Electric Wrench Sales(K Units)and Market Share Comparison by Applications(2012-2017)1.2.3Global Electric Wrench Sales by Application(2012-2017)1.2.3.1Global Electric Wrench Sales(K Units)and Market Share by Applications (2012-2017)1.2.3.2Global Electric Wrench Sales Growth Rate(%)by Applications(2012-2017)1.2.3.3Market Drivers and Opportunities1.2.4Global Electric Wrench Sales(K Units)and Market Share Comparison byApplications(2012-2017)1.2.5Home Renovation1.2.6Factory Construction1.2.7Mechanical Maintenance1.3Global and Japan Market Size(Sales and Revenue)of Electric Wrench(2012-2017)1.3.1Japan Market Size(Sales and Revenue)of Electric Wrench(2012-2017)1.3.1.1Japan Electric Wrench Sales(K Units)and Growth Rate(%)(2012-2017)1.3.1.2Japan Electric Wrench Revenue(Million USD)and Growth Rate (2012-2017)1.3.2Global Market Size(Sales and Revenue)of Electric Wrench(2012-2017)1.3.2.1Global Electric Wrench Sales(K Units)and Growth Rate(%)(2012-2017)1.3.2.2Global Electric Wrench Revenue(Million USD)and Growth Rate (2012-2017)1.4Global and Japan Classification of Electric Wrench by Electric Wrench Classification1.4.1Japan Electric Wrench Sales(K Units)and Market Share by Electric Wrench Classification(2012-2017)1.4.2Global Electric Wrench Sales(K Units)and Market Share by Electric Wrench Classification(2012-2017)1.4.3Japan Electric Wrench Revenue(Million USD)and Market Share by Electric Wrench Classification(2012-2017)1.4.4Global Electric Wrench Revenue(Million USD)and Market Share by Electric Wrench Classification(2012-2017)1.4.5Japan Electric Wrench Price(USD/Unit)by Electric Wrench Classification (2012-2017)1.4.6Global Electric Wrench Price(USD/Unit)by Electric Wrench Classification (2012-2017)1.4.7Japan Electric Wrench Sales Growth Rate(%)by Electric Wrench Classification (2012-2017)1.4.8Global Electric Wrench Sales Growth Rate(%)by Electric Wrench Classification (2012-2017)1.4.9Impact Wrench1.4.10Torsion Wrench1.4.11Fixed Torque Wrench1.4.12Corner Wrench1.4.13Angle Wrench1.5Global and Japan Classification of Electric Wrench by Power Classification1.5.1Japan Electric Wrench Sales(K Units)and Market Share by Power Classification (2012-2017)1.5.2Global Electric Wrench Sales(K Units)and Market Share by Power Classification (2012-2017)1.5.3Japan Electric Wrench Revenue(Million USD)and Market Share by Power Classification(2012-2017)1.5.4Global Electric Wrench Revenue(Million USD)and Market Share by Power Classification(2012-2017)1.5.5Japan Electric Wrench Price(USD/Unit)by Power Classification(2012-2017)1.5.6Global Electric Wrench Price(USD/Unit)by Power Classification(2012-2017)1.5.7Japan Electric Wrench Sales Growth Rate(%)by Power Classification(2012-2017)1.5.8Global Electric Wrench Sales Growth Rate(%)by Power Classification(2012-2017)1.5.9Plug-in Electric Wrench1.5.10Rechargeable Electric Wrench1.6Global and Japan Classification of Electric Wrench by Hand Way1.6.1Japan Electric Wrench Sales(K Units)and Market Share by Hand Way(2012-2017)1.6.2Global Electric Wrench Sales(K Units)and Market Share by Hand Way (2012-2017)1.6.3Japan Electric Wrench Revenue(Million USD)and Market Share by Hand Way (2012-2017)1.6.4Global Electric Wrench Revenue(Million USD)and Market Share by Hand Way (2012-2017)1.6.5Japan Electric Wrench Price(USD/Unit)by Hand Way(2012-2017)1.6.6Global Electric Wrench Price(USD/Unit)by Hand Way(2012-2017)1.6.7Japan Electric Wrench Sales Growth Rate(%)by Hand Way(2012-2017)1.6.8Global Electric Wrench Sales Growth Rate(%)by Hand Way(2012-2017)1.6.9Straight Handle Type1.6.10Corner Electric Wrench1.6.11Pistol-style Electric Wrench2Global and Japan Electric Wrench Market Competition by Players/Manufacturers2.1Japan Electric Wrench Market Competition by Players/Manufacturers2.1.1Japan Electric Wrench Sales and Market Share of Key Players/Manufacturers (2012-2017)2.1.2Japan Electric Wrench Revenue and Share by Players/Manufacturers(2012-2017)2.1.3Japan Electric Wrench Average Price(USD/Unit)by Players/Manufacturers(2012-2017)2.1.4Japan Electric Wrench Market Competitive Situation and Trends2.1.4.1Japan Electric Wrench Market Concentration Rate2.1.4.2Japan Electric Wrench Market Share of Top3and Top5Players/Manufacturers2.1.4.3Mergers&Acquisitions,Expansion in Japan Market2.1.5Japan Players/Manufacturers Electric Wrench Manufacturing Base Distribution,Sales Area,Product Types2.2Global Electric Wrench Market Competition by Players/Manufacturers2.2.1Global Electric Wrench Sales and Market Share of Key Players/Manufacturers (2012-2017)2.2.2Global Electric Wrench Revenue and Share by Players/Manufacturers(2012-2017)2.2.3Global Electric Wrench Average Price(USD/Unit)by Players/Manufacturers (2012-2017)2.2.4Global Electric Wrench Market Competitive Situation and Trends2.2.4.1Global Electric Wrench Market Concentration Rate2.2.4.2Global Electric Wrench Market Share of Top3and Top5Players/Manufacturers2.2.4.3Mergers&Acquisitions,Expansion in Global Market2.2.5Global Players/Manufacturers Electric Wrench Manufacturing Base Distribution,Sales Area,Product Types3Global and Japan Electric Wrench Sales and Revenue by Regions(2012-2017)3.1Asia Pacific Electric Wrench Sales and Revenue by Regions(2012-2017)3.1.1Japan Electric Wrench Sales and Revenue(2012-2017)3.1.1.1Japan Electric Wrench Sales(K Units)and Market Share(2012-2017)3.1.1.2Japan Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.1.1.3Japan Electric Wrench Price(USD/Unit)(2012-2017)3.1.2China Electric Wrench Sales and Revenue(2012-2017)3.1.2.1China Electric Wrench Sales(K Units)and Market Share(2012-2017)3.1.2.2China Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.1.2.3China Electric Wrench Price(USD/Unit)(2012-2017)3.1.3Korea Electric Wrench Sales and Revenue(2012-2017)3.1.3.1Korea Electric Wrench Sales(K Units)and Market Share(2012-2017)3.1.3.2Korea Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.1.3.3Korea Electric Wrench Price(USD/Unit)(2012-2017)3.1.4India Electric Wrench Sales and Revenue(2012-2017)3.1.4.1India Electric Wrench Sales(K Units)and Market Share(2012-2017)3.1.4.2India Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.1.4.3India Electric Wrench Price(USD/Unit)(2012-2017)3.1.5Others Electric Wrench Sales and Revenue(2012-2017)3.1.5.1Others Electric Wrench Sales(K Units)and Market Share(2012-2017)3.1.5.2Others Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.1.5.3Others Electric Wrench Price(USD/Unit)(2012-2017)3.2Europe Electric Wrench Sales and Revenue by Regions(2012-2017)3.2.1France Electric Wrench Sales and Revenue(2012-2017)3.2.1.1France Electric Wrench Sales(K Units)and Market Share(2012-2017)3.2.1.2France Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.2.1.3France Electric Wrench Price(USD/Unit)(2012-2017)3.2.2Germany Electric Wrench Sales and Revenue(2012-2017)3.2.2.1Germany Electric Wrench Sales(K Units)and Market Share(2012-2017)3.2.2.2Germany Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.2.2.3Germany Electric Wrench Price(USD/Unit)(2012-2017)3.2.3United Kingdom Electric Wrench Sales and Revenue(2012-2017)3.2.3.1United Kingdom Electric Wrench Sales(K Units)and Market Share (2012-2017)3.2.3.2United Kingdom Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.2.3.3United Kingdom Electric Wrench Price(USD/Unit)(2012-2017)3.2.4Italy Electric Wrench Sales and Revenue(2012-2017)3.2.4.1Italy Electric Wrench Sales(K Units)and Market Share(2012-2017)3.2.4.2Italy Electric Wrench Revenue(Million USD)and Market Share(2012-2017)3.2.4.3Italy Electric Wrench Price(USD/Unit)(2012-2017)3.2.5Russia Electric Wrench Sales and Revenue(2012-2017)3.2.5.1Russia Electric Wrench Sales(K Units)and Market Share(2012-2017)3.2.5.2Russia Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.2.5.3Russia Electric Wrench Price(USD/Unit)(2012-2017)3.2.6Others Electric Wrench Sales and Revenue(2012-2017)3.2.6.1Others Electric Wrench Sales(K Units)and Market Share(2012-2017)3.2.6.2Others Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.2.6.3Others Electric Wrench Price(USD/Unit)(2012-2017)3.3North America Electric Wrench Sales and Revenue by Regions(2012-2017)3.3.1United States Electric Wrench Sales and Revenue(2012-2017)3.3.1.1United States Electric Wrench Sales(K Units)and Market Share (2012-2017)3.3.1.2United States Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.3.1.3United States Electric Wrench Price(USD/Unit)(2012-2017)3.3.2Canada Electric Wrench Sales and Revenue(2012-2017)3.3.2.1Canada Electric Wrench Sales(K Units)and Market Share(2012-2017)3.3.2.2Canada Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.3.2.3Canada Electric Wrench Price(USD/Unit)(2012-2017)3.4Latin America Electric Wrench Sales and Revenue by Regions(2012-2017)3.4.1Brazil Electric Wrench Sales and Revenue(2012-2017)3.4.1.1Brazil Electric Wrench Sales(K Units)and Market Share(2012-2017)3.4.1.2Brazil Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.4.1.3Brazil Electric Wrench Price(USD/Unit)(2012-2017)3.4.2Mexico Electric Wrench Sales and Revenue(2012-2017)3.4.2.1Mexico Electric Wrench Sales(K Units)and Market Share(2012-2017)3.4.2.2Mexico Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.4.2.3Mexico Electric Wrench Price(USD/Unit)(2012-2017)3.4.3Others Electric Wrench Sales and Revenue(2012-2017)3.4.3.1Others Electric Wrench Sales(K Units)and Market Share(2012-2017)3.4.3.2Others Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.4.3.3Others Electric Wrench Price(USD/Unit)(2012-2017)3.5Southeast Asia Electric Wrench Sales and Revenue by Regions(2012-2017)3.5.1Singapore Electric Wrench Sales and Revenue(2012-2017)3.5.1.1Singapore Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.1.2Singapore Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.1.3Singapore Electric Wrench Price(USD/Unit)(2012-2017)3.5.2Malaysia Electric Wrench Sales and Revenue(2012-2017)3.5.2.1Malaysia Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.2.2Malaysia Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.2.3Malaysia Electric Wrench Price(USD/Unit)(2012-2017)3.5.3Vietnam Electric Wrench Sales and Revenue(2012-2017)3.5.3.1Vietnam Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.3.2Vietnam Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.3.3Vietnam Electric Wrench Price(USD/Unit)(2012-2017)3.5.4Myanmar Electric Wrench Sales and Revenue(2012-2017)3.5.4.1Myanmar Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.4.2Myanmar Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.4.3Myanmar Electric Wrench Price(USD/Unit)(2012-2017)3.5.5Thailand Electric Wrench Sales and Revenue(2012-2017)3.5.5.1Thailand Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.5.2Thailand Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.5.3Thailand Electric Wrench Price(USD/Unit)(2012-2017)3.5.6Indonesia Electric Wrench Sales and Revenue(2012-2017)3.5.6.1Indonesia Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.6.2Indonesia Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.6.3Indonesia Electric Wrench Price(USD/Unit)(2012-2017)3.5.7Philippines Electric Wrench Sales and Revenue(2012-2017)3.5.7.1Philippines Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.7.2Philippines Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.7.3Philippines Electric Wrench Price(USD/Unit)(2012-2017)3.5.8Others Electric Wrench Sales and Revenue(2012-2017)3.5.8.1Others Electric Wrench Sales(K Units)and Market Share(2012-2017)3.5.8.2Others Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.5.8.3Others Electric Wrench Price(USD/Unit)(2012-2017)3.6Middle East&Africa Electric Wrench Sales and Revenue by Regions(2012-2017)3.6.1Saudi Arabia Electric Wrench Sales and Revenue(2012-2017)3.6.1.1Saudi Arabia Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.1.2Saudi Arabia Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.1.3Saudi Arabia Electric Wrench Price(USD/Unit)(2012-2017)3.6.2Iran Electric Wrench Sales and Revenue(2012-2017)3.6.2.1Iran Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.2.2Iran Electric Wrench Revenue(Million USD)and Market Share(2012-2017)3.6.2.3Iran Electric Wrench Price(USD/Unit)(2012-2017)3.6.3UAE Electric Wrench Sales and Revenue(2012-2017)3.6.3.1UAE Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.3.2UAE Electric Wrench Revenue(Million USD)and Market Share(2012-2017)3.6.3.3UAE Electric Wrench Price(USD/Unit)(2012-2017)3.6.4Turkey Electric Wrench Sales and Revenue(2012-2017)3.6.4.1Turkey Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.4.2Turkey Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.4.3Turkey Electric Wrench Price(USD/Unit)(2012-2017)3.6.5Israel Electric Wrench Sales and Revenue(2012-2017)3.6.5.1Israel Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.5.2Israel Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.5.3Israel Electric Wrench Price(USD/Unit)(2012-2017)3.6.6Egypt Electric Wrench Sales and Revenue(2012-2017)3.6.6.1Egypt Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.6.2Egypt Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.6.3Egypt Electric Wrench Price(USD/Unit)(2012-2017)3.6.7South Africa Electric Wrench Sales and Revenue(2012-2017)3.6.7.1South Africa Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.7.2South Africa Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.7.3South Africa Electric Wrench Price(USD/Unit)(2012-2017)3.6.8Others Electric Wrench Sales and Revenue(2012-2017)3.6.8.1Others Electric Wrench Sales(K Units)and Market Share(2012-2017)3.6.8.2Others Electric Wrench Revenue(Million USD)and Market Share (2012-2017)3.6.8.3Others Electric Wrench Price(USD/Unit)(2012-2017)4Global and Japan Electric Wrench Players/Manufacturers Profiles and Sales Data4.1BOSCH(Germany)4.1.1Company Basic Information,Manufacturing Base and Competitors4.1.2Electric Wrench Product Category,Application and Specification4.1.2.1Product A4.1.2.2Product B4.1.3BOSCH(Germany)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.1.4Main Business/Business Overview4.2MAKITA(Japan)4.2.1Company Basic Information,Manufacturing Base and Competitors4.2.2Electric Wrench Product Category,Application and Specification4.2.2.1Product A4.2.2.2Product B4.2.3MAKITA(Japan)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.2.4Main Business/Business Overview4.3Atlas(Sweden)4.3.1Company Basic Information,Manufacturing Base and Competitors4.3.2Electric Wrench Product Category,Application and Specification4.3.2.1Product A4.3.2.2Product B4.3.3Atlas(Sweden)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.3.4Main Business/Business Overview4.4DEWALT(US)4.4.1Company Basic Information,Manufacturing Base and Competitors4.4.2Electric Wrench Product Category,Application and Specification4.4.2.1Product A4.4.2.2Product B4.4.3DEWALT(US)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.4.4Main Business/Business Overview4.5HitachiKoki(Japan)4.5.1Company Basic Information,Manufacturing Base and Competitors4.5.2Electric Wrench Product Category,Application and Specification4.5.2.1Product A4.5.2.2Product B4.5.3HitachiKoki(Japan)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.5.4Main Business/Business Overview4.6Dongcheng(China)4.6.1Company Basic Information,Manufacturing Base and Competitors4.6.2Electric Wrench Product Category,Application and Specification4.6.2.1Product A4.6.2.2Product B4.6.3Dongcheng(China)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.6.4Main Business/Business Overview4.7METABO(Germany)4.7.1Company Basic Information,Manufacturing Base and Competitors4.7.2Electric Wrench Product Category,Application and Specification4.7.2.1Product A4.7.2.2Product B4.7.3METABO(Germany)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.7.4Main Business/Business Overview4.8HILTI(EU)4.8.1Company Basic Information,Manufacturing Base and Competitors4.8.2Electric Wrench Product Category,Application and Specification4.8.2.1Product A4.8.2.2Product B4.8.3HILTI(EU)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit) and Gross Margin(%)(2012-2017)4.8.4Main Business/Business Overview4.9STANLEY(US)4.9.1Company Basic Information,Manufacturing Base and Competitors4.9.2Electric Wrench Product Category,Application and Specification4.9.2.1Product A4.9.2.2Product B4.9.3STANLEY(US)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.9.4Main Business/Business Overview4.10DEVON(China)4.10.1Company Basic Information,Manufacturing Base and Competitors4.10.2Electric Wrench Product Category,Application and Specification4.10.2.1Product A4.10.2.2Product B4.10.3DEVON(China)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.10.4Main Business/Business Overview4.11WORX(China)4.12BODA(China)4.13Prokit's Industries Co.,LTD(Taiwan,China)4.14IngersollRand(US)4.15ALKITRONIC(Germany)4.16TONE(Japan)4.17JUWEL(Germany)4.18AIWO(US)4.19JETECH(China)4.20Anchor(China)5Electric Wrench Manufacturing Cost Analysis5.1Electric Wrench Key Raw Materials Analysis5.1.1Key Raw Materials5.1.2Price Trend of Key Raw Materials5.1.3Key Suppliers of Raw Materials5.1.4Market Concentration Rate of Raw Materials5.2Proportion of Manufacturing Cost Structure5.2.1Raw Materials5.2.2Labor Cost5.2.3Manufacturing Expenses5.3Manufacturing Process Analysis of Electric Wrench6Industrial Chain,Sourcing Strategy and Downstream Buyers6.1Electric Wrench Industrial Chain Analysis6.2Upstream Raw Materials Sourcing6.3Raw Materials Sources of Electric Wrench Major Players/Manufacturers in20166.4Downstream Buyers7Marketing Strategy Analysis,Distributors/Traders7.1Marketing Channel7.1.1Direct Marketing7.1.2Indirect Marketing7.1.3Marketing Channel Development Trend7.2Market Positioning7.2.1Pricing Strategy7.2.2Brand Strategy7.2.3Target Client7.3Distributors/Traders List8Market Effect Factors Analysis8.1Technology Progress/Risk8.1.1Substitutes Threat8.1.2Technology Progress in Related Industry8.2Consumer Needs/Customer Preference Change8.3Economic/Political Environmental Change9Global and Japan Electric Wrench Market Size(Sales and Revenue)Forecast(2017-2022)9.1Global and Japan Electric Wrench Sales(K Units),Revenue(Million USD)Forecast (2017-2022)9.2Global and Japan Electric Wrench Sales(K Units)Forecast by Type(2017-2022)9.2.1by Electric Wrench Classification9.2.2by Power Classification9.2.3by Hand Way9.3Global and Japan Electric Wrench Sales(K Units)Forecast by Application(2017-2022)9.4Global and Japan Electric Wrench Sales(K Units)Forecast by Regions(2017-2022)10Research Findings and Conclusion11Methodology and Data Source11.1Methodology/Research Approach11.1.1Research Programs/Design11.1.2Market Size Estimation11.1.3Market Breakdown and Data Triangulation11.2Data Source11.2.1Secondary Sources11.2.2Primary Sources11.3Disclaimer11.4Author ListList of Tables and FiguresFigure Product Picture of Electric WrenchTable Japan Electric Wrench Sales(Million Units)Comparison by Applications(2012-2017) Figure Japan Sales Market Share(%)of Electric Wrench by Applications in2016Table Global Electric Wrench Sales(Million Units)Comparison by Applications(2012-2017) Figure Global Sales Market Share(%)of Electric Wrench by Applications in2016Figure Home Renovation ExamplesTable Key Downstream Customer in Home RenovationFigure Factory Construction ExamplesTable Key Downstream Customer in Factory ConstructionFigure Mechanical Maintenance ExamplesTable Key Downstream Customer in Mechanical MaintenanceFigure Impact Wrench Product PictureFigure Torsion Wrench Product PictureFigure Fixed Torque Wrench Product PictureFigure Corner Wrench Product PictureFigure Angle Wrench Product PictureFigure Plug-in Electric Wrench Product PictureFigure Rechargeable Electric Wrench Product PictureFigure Straight Handle Type Product PictureFigure Corner Electric Wrench Product PictureFigure Pistol-style Electric Wrench Product PictureTable BOSCH(Germany)Basic Information ListTable BOSCH(Germany)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table BOSCH(Germany)Electric Wrench Sales Growth Rate(%)(2012-2017)Table BOSCH(Germany)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure BOSCH(Germany)Electric Wrench Revenue Market Share(%)in Japan(2012-2017) Table MAKITA(Japan)Basic Information ListTable MAKITA(Japan)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit) and Gross Margin(%)(2012-2017)Table MAKITA(Japan)Electric Wrench Sales Growth Rate(%)(2012-2017)Table MAKITA(Japan)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure MAKITA(Japan)Electric Wrench Revenue Market Share(%)in Japan(2012-2017)Table Atlas(Sweden)Basic Information ListTable Atlas(Sweden)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit) and Gross Margin(%)(2012-2017)Table Atlas(Sweden)Electric Wrench Sales Growth Rate(%)(2012-2017)Table Atlas(Sweden)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure Atlas(Sweden)Electric Wrench Revenue Market Share(%)in Japan(2012-2017)Table DEWALT(US)Basic Information ListTable DEWALT(US)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit) and Gross Margin(%)(2012-2017)Table DEWALT(US)Electric Wrench Sales Growth Rate(%)(2012-2017)Table DEWALT(US)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure DEWALT(US)Electric Wrench Revenue Market Share(%)in Japan(2012-2017)Table HitachiKoki(Japan)Basic Information ListTable HitachiKoki(Japan)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table HitachiKoki(Japan)Electric Wrench Sales Growth Rate(%)(2012-2017)Table HitachiKoki(Japan)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure HitachiKoki(Japan)Electric Wrench Revenue Market Share(%)in Japan(2012-2017) Table Dongcheng(China)Basic Information ListTable Dongcheng(China)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table Dongcheng(China)Electric Wrench Sales Growth Rate(%)(2012-2017)Table Dongcheng(China)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure Dongcheng(China)Electric Wrench Revenue Market Share(%)in Japan(2012-2017) Table METABO(Germany)Basic Information ListTable METABO(Germany)Electric Wrench Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table METABO(Germany)Electric Wrench Sales Growth Rate(%)(2012-2017)Table METABO(Germany)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure METABO(Germany)Electric Wrench Revenue Market Share(%)in Japan(2012-2017) Table HILTI(EU)Basic Information ListTable HILTI(EU)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit)and Gross Margin(%)(2012-2017)Table HILTI(EU)Electric Wrench Sales Growth Rate(%)(2012-2017)Table HILTI(EU)Electric Wrench Sales Market Share(%)in Japan(2012-2017)Figure HILTI(EU)Electric Wrench Revenue Market Share(%)in Japan(2012-2017)Table STANLEY(US)Basic Information ListTable STANLEY(US)Electric Wrench Sales(K Units),Revenue(Million USD),Price(USD/Unit) and Gross Margin(%)(2012-2017)。
全球各地用电电压标准
全球各地的用电电压标准有所不同,以下是常见的几种电压标准:
1.IooT20V:美国、加拿大、日本等国家使用这种电压标准。
这种电压标准下,电器设备的设计和制造都需要符合相应的规定和标准。
2.220-240V:欧洲、中国、印度等国家使用这种电压标准。
这种电压标准下,电器设备的功率和电流都会相应增大,因此需要使用更粗的电线和更大的电源设备。
3.380-415V:俄罗斯、澳大利亚等国家使用这种电压标准。
这种电压标准下,电器的设计和制造都需要符合相应的规定和标准,同时需要使用更粗的电线和更大的电源设备。
4.50-60Hz:全球大多数国家的电源频率为50HZ或60Hz。
这种频率下,电器设备的设计和制造都需要符合相应的规定和标准。
需要注意的是,不同电压标准和频率下,电器设备的功率、电流、电压等参数都会有所不同,因此在购买电器设备时需要关注其电压标准和频率是否与当地相符。
如果不相符,可能需要使用变压器等设备进行转换。
HIGHLIGHTS |BETTER COMMUNICATION | GREATER VALUE The 20th WSC meeting held Leading representatives from IEC, ISO and ITU attended the 20th meeting of World Standards Cooperation (WSC) held virtually on February 26. Shu Yinbiao, President of IEC President and Chairman of the Board of China Huaneng Group, presided over the event.World Economic Forum (WEF) President Borge Brende delivered a keynote speech and shared his views on how international standards promote world economic and social development in the post-pandemic era in light of the current global pandemic, world economy and future challenges.Rebuilding trust is the key to resolving the world’s most pressing issues, such as continuing spread of coronavirus and climate changes without borders, pointed out Brende. Multilateralism is the most basic way to solve complexities in the current world, stressed he.In a world full of challenges and opportunities, digital transformation is irreversible. Internet applications shall be more widely available around the world. Meanwhile, measures shall be taken to ensure cyber security and prevent the widening gap of global inequality due to digitalization. International standards can promote efficient allocation of resources in the world and enhance global cooperation, facilitating a fairer and more efficient market environment and advancing world trade development, said Brende.T o resolve many world challenges, we should strengthen global cooperation, uphold multilateralism, and collaborate in building a community of shared future for mankind, Shu agreed.He concluded, science and technology innovation is seen as the core of the transition toward digitalization and green energy, which have a stake in the future world economic development. International standards will play a bigger role in a world of emerging technologies. The three international standards organizations have established close cooperation and have been committed to resolve global issues through international standards. The meeting will help strengthen the cooperation between WSC and WEF, jointly contributing to world economic growth.Global e-commerce standardizers meet onlineWith the great efforts of Hangzhou Municipal Institute of Standardization, ISO/TC 321 on transaction assurance in e-commerce held the 2nd plenary meeting online on February 3, bringing together over 40 representatives from around the world. Lin Xiao, Chinese delegate and Deputy Director-General of Hangzhou Administration for Market Regulation, attended the event and offered suggestions for the committee work. Song Mingshun, Chair of ISO/TC 321 and President of China Jiliang University, addressed the event.The meeting concluded the work in the past year and made plans for the future work. In light of the quick progress in global e-commerce, participants agreed to accelerate the development of basic rules and standards for transaction assurance in e-commerce.First, advance the existing standards projects, including ISO/WD 32110 on terminology and ISO/WD 32111 on principles and framework of transaction assurance in e-commerce, as well as two preliminary work items on the guidelines for sharing of cross-border e-commerce commodity traceability and acceptance of e-commerce quality assessment results.Second, enhance communication and cooperation with relevant TCs, SCs and international organizations, such as ISO/TC 286 on collaborative business relationship, ISO/PC 329 on consumer incident investigation guideline, ISO/IEC JTC 1/SC 31 on automatic identification and data capture techniques, the United Nations Centre for Trade Facilitation and Electronic Business (UN/CEFACT), World Customs Organization, and GS 1.Third, intensify innovation efforts. The committee will discuss the feasibility of establishing a communication task group in the next plenary meeting scheduled for November. The aim is to promote interactions with relevant ISO TCs, publicize standards knowledge among global e-commerce stakeholders and seek more cooperation opportunities.CNIS experts attend APEC/SCSC meetingIEC/TC 129 on electric power robots set upThe Sub-Committee on Standards and Conformance (SCSC) of APEC held a virtual meeting from January 19 to 21, 2021 on the testing and conformance capacity building for the fine bubble technology used in the areas of agriculture, aquiculture and water treatment. Representatives from the Sub-Institute of Resources and Environment of CNIS, undertaking the SAMR secretariat for APEC regional cooperation since 2016, joined the event together with more than 40 representatives from over 10 countries.Participating experts interpreted standards relating to conformance of fine bubble technology, introduced related ISO standards under development, gave examples of application of the technology in different areas, and reported on the need of data sharing for harmonizing the testing procedures of fine bubble application.CNIS experts exchanged views on the application prospects of fine bubble technology in agriculture and industrial water reuse with member of Japan Fine Bubble Industrial Association and contact person of ISO/TC 281 on fine bubble technology in Singapore.IEC/SMB approved China’s proposal of establishing atechnical committee on electric power robots (IEC/TC 129)on February 23, with its secretariat set up in China.Electric power robots can replace humans to conductsafety inspection of electric power facilities moreintelligently and flexibly under the condition of liveworking, strengthening the management of such facilities.We can thus ensure safe and stable operation and improvethe intelligent level of power grid.The new TC will promote global exchanges ofinnovative technologies, promote smart grid development,and lead high-quality development in electrical powerenterprises and upstream and downstream industries,contributing to national new infrastructure construction.HIGHLIGHTS |BETTER COMMUNICATION | GREATER VALUEChina contributes to plastics standardizationNew IEC standard on electric power drive systemOn the basis of two sector standards on plastics developed by PetroChina, Co., Ltd., two new ISO standards were recently published, helping improve the testing of key indicators in the production and processing of plastics.ISO 24076: 2021, Plastics—Polypropylene (PP)—Determination of isotactic index by low-resolution nuclear magnetic resonance spectrometry , provides an efficient and green testing method for the determination of PP isotactic index, resolving the drawbacks of the current method specified in ISO 9113.ISO 24047: 2021, Plastics—Polyethylene (PE) and polypropylene (PP) thermoplastics—Determination of metal content by ICP-OES , specifies a method for the determination of metal content in PE and PP , filling the gap of relevant testing methods in ISO standards system.After three years of efforts led by HubeiStandardization and Quality Institute andWISDRI Automation Co., Ltd., China makes abreakthrough in contributing to the publicationof a new IEC standard on adjustable speedelectric power drive system.The recently published IEC 61800-1:2021, Adjustable speed electrical power drivesystems—Part 1: General requirements—Ratingspecifications for low voltage adjustable speed DCpower drive systems , applies to adjustable speedelectric DC power drive systems, which includesemiconductor power conversion and themeans for their control, protection, monitoring,measurement and the DC motors.。
专利名称:Transmission coil for non-contact powersupply, its manufacturing method, and non-contact power supply device发明人:水野 勉,卜 穎剛申请号:JP2017243366申请日:20171220公开号:JP7022979B2公开日:20220221专利内容由知识产权出版社提供摘要:To provide a non-contact power feeding transmission coil which enables downsizing and thinning of a portable electronic device and can suppress an increase in alternating current resistance by reducing high frequency loss due to a skin effect or a proximity effect, and a high transmission efficiency non-contact power feeding device using such a transmission coil.SOLUTION: A non-contact power feeding transmission coil including a substrate and a coil disposed on the substrate and wound in a spiral is provided with a first magnetic film on both sides and both ends of the coil conductor cross section of a coil.SELECTED DRAWING: Figure 2申请人:国立大学法人信州大学地址:長野県松本市旭三丁目1番1号国籍:JP更多信息请下载全文后查看。
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LTD.Republic of Singapore*****************Phone: 65.6305.7575PANDUIT AUSTRALIA PTY. LTD.Victoria, Australia******************Phone: 61.3.9794.9020PANDUIT LATIN AMERICAGuadalajara, Mexico*****************Phone: 52.33.3777.6000J-Pro™Cable Support System–R e l a t e d P r o d u c t sLow Voltage Mounting Brackets Metal Stud Grommets and Accessories Tak-Ty®Hook & Loop Cable Tie for use with the J-Pro™Cable Support SystemUnderfloor (Plenum Application)HLSP3S-X12Note:Performance testing of organized bundles was completed using Panduit cable.Cable Bundle Organizing ToolLV-S-1G LV-S-2G LV-W-1G LV-W-2GMSG-1.3-C MSGV-1.3-CCSM-1.25-CMSPT-1.3Minimum 2-inch overlap required to achieve loop tensile rating.Arranges up to 24 cables tooptimize bundle diameter andimprove installed appearance.。
专题03中国探险队登顶珠峰【原文·外刊阅读】China's Peak Mission expedition reaches Mt. Qomolangma summit(文章来源:CGTN)China's Peak Mission expedition reached thesummit of Mount Qomolangma, the world's highestpeak at a height of 8,848.86 meters, on Tuesday andwill continue to collect snow and ice samples. The11-member team set off from the expedition's camp atan altitude of 8,300 meters for the summit at 3:03 a.m.Beijing Time.Four of them first reached the world's highest automatic weather station at an altitude of 8,830 meters above sea level, which was set up by China in last May.Powered by solar panels, the station is designed to last for two years under harsh weather conditions and is equipped with a satellite communications system for data transmission every 12 minutes.The technological upgrade work of the station started at around 11 a.m., and was completed in roughly half an hour. Signals from the automatic weather station have been well received by the base camp at an altitude of 5,200 meters.Lunar power supply technology appliedPower supply for instruments and equipment is always a challenge in this extreme high-altitude area. This time, the scientific research team collaborated with the researchers responsible for the power supply system in China's lunar exploration project, and successfully applied the technology on the moon to Mount Qomolangma, overcoming the power supply obstacles when facing extremely low temperatures, extremely low pressure and instruments' self-starting power protection in an extremely high altitude area. Compared to last year when they had to collect the samples by manually drilling, this time the members are powered by electric tools, which saves energy and is also an innovation in the scientific expedition.A slew of scientific researchDubbed the "roof of the world" and "water tower of Asia," the Qinghai-Xizang Plateau is an important ecological security barrier in China. It is also a natural laboratory for conducting research on the evolution of the Earth and life, the interaction among spheres, and the relationship between man and Earth.Yao Tandong, commander of the Qomolangma expedition, said the 2023 Qomolangma scientific expedition will focus on major scientific issues such as how the extremely high-altitude environment of the mountain changes under the influence of global warming, how the environmental changes interact with the westerly winds and monsoons, and how the environment in the area will affect the "water tower of Asia" in the future. The research team also carried out a comprehensive observation of the glacier on the Qinghai-Xizang Plateau, home to the world's largest glacier besides the North and South Poles, and the source of over ten rivers in Asia as well.At a height of about 5,300 meters, where there is a lake formed by the meltwater from the Rongbuk Glacier, the researchers have observed several indicators, including water temperature, pH, dissolved oxygen, turbidity, carbon dioxide exchange rate at the water-air interface, etc.Wu Guangjian, a researcher at the Institute of Tibetan Plateau Research under the Chinese Academy of Sciences, said the carbon dioxide exchange rate is high, which suggests the carbon dioxide exchange process is strong. "It is of great significance to understand how the melting glacier affects the climate environment," Wu said. To acquire more accurate data, the researchers have set up an additional hydrographic survey ship on the meltwater of the Rongbuk Glacier to measure and map the flow and velocity of the river. The expedition is part of the second comprehensive scientific expedition to the Qinghai-Xizang Plateau which was initiated in 2017.A total of 179 researchers from 13 teams have participated in it, targeting research on water, ecology and human activities at the region. It will be of great significance to study the impact of climate and environment change in the Qomolangma region on the rest of the world. So far, a series of scientific results have been achieved during the expedition, including the synergy and influence of westerly winds and monsoons, the special physiological response of the human body in the Mt. Qomolangma region and the ecological process of the greening of the region.【原创·语法填空】The Qinghai Tibet Plateau is known 1 the "Roof of the World" and the "Water Tower of Asia", and is 2 important ecological security barrier for China. It is also a natural laboratory used to study the evolution of Earth and life, the interactions between spheres, and 3 relationship between humans andEarth. On Tuesday, China's peak mission 4 (explore) team arrived at the world's highest peak, Mount Everest, at an altitude of 8848.86 meters, and will continue 5 (collect) ice and snow samples. The exploration team 6 (consist) of 11 people departed from the 8300 meter high exploration camp at 3:03 am Beijing time and headed to the summit.At a height of 7 (approximate) 5300 meters, there is a lake formed by the melting water of the Rongbu Glacier. Researchers observed several indicators, including water temperature, pH, dissolved oxygen, turbidity, and carbon dioxide exchange rate at the water air interface.179 researchers from 13 teams participated in this study, targeting water, ecology, and human activities in the region. 8 (study) the impact of climate and environmental changes in the Mount Everest region on other parts of the world will be of great significance. So far, a series of scientific achievements 9 (achieve) during the exploration period, including the synergistic effect and influence of westerly and monsoon winds, the special physiological reactions of the human body in the Mount Everest area,10 the ecological process of greening in the area.【原创·阅读理解】1. What do we know about this expedition?A. The team members were all participating for the first time.B. Collecting samples was one of their tasks.C. They climbed directly to the top from the foot of the mountain.D. Moving into a weather station was also their goal.2. Why is the Qinghai Tibet Plateau called "water tower of Asia"?A. Because many rivers in Asia originate here.B. Because its altitude is the highest.C. Because it is a natural laboratory for studying the evolution of life.D. Because it is the location of the world's largest glacier.3. Which section of the website may this article appear in?A. Science.B. Technology.C. Adventure.D. Nature.【精选·高考真题】Ⅰ(2022·全国·高考真题)阅读下面短文, 在空白处填入1个适当的单词或括号内单词的正确形式.A visually-challenged man from Beijing recently hiked (徒步) 40 days to Xi’an, as a first step ___1___ (journey) the Belt and Road route (路线) by foot.On the 1,100 kilometer journey, the man Cao Shengkang, ___2___ lost his eyesight at the age of eight in a car accident, crossed 40 cities and counties in three province. Inspired by the Belt and Road Forum for International Cooperation ___3___ (hold) in Beijing, Cao decided to cover the route by hiking as a tribute (致敬) to the ancient Silk Road. ___4___ friend of his, Wu Fan, volunteered to be his companion during the trip.Cao and Wu also collected garbage along the road, in order to promote environmental ___5___ (protect). Cao believes this will make the hiking trip even more ___6___ (meaning). The two of them collected more than 1,000 plastic bottles along the 40-day journey.In the last five years. Cao ___7___ (walk) through 34 countries in six continents, and in 2016, he reached the top of Kilimanjaro, Africa’s ___8___ (high) mountain.Now, Cao has started the second part of his dream to walk along the Belt and Road route. He flew 4, 700 kilometers ___9___ Xi’an to Kashgar on Sept. 20, ____10____ (plan) to hike back to Xi’an in five months.Ⅱ(2022·全国·高考真题)As Ginni Bazlinton reached Antarctica, she found herself greeted by a group of little Gentoo penguins (企鹅) longing to say hello. These gentle, lovely gatekeepers welcomed her and kick-started what was to be a trip Ginni would never forget.Ever since her childhood, Ginni, now 71, has had a deep love for travel. Throughout her career (职业) as a professional dancer, she toured in the UK, but always longed to explore further. When she retired from dancing and her sons eventually flew the nest, she decided it was time to take the plunge.After taking a degree at Chichester University in Related Arts, Ginni began to travel the world, eventually getting work teaching English in Japan and Chile. And it was in Chile she discovered she could get last-minute cheap deals on ships going to Antarctica from the islands off Tierra del Fuego, the southernmost tip of the South American mainland. “I just decided I wanted to go,” she says. “I had no idea about what I’d find there and I wasn’t nervous, I just wanted to do it. And I wanted to do it alone as I always prefer it that way.”In March 2008, Ginni boarded a ship with 48 passengers she’d never met before, to begin the journey towards Antarctica. “From seeing the wildlife to witnessing sunrises, the whole experience was amazing. Antarctica left an impression on me that no other place has,” Ginni says. “I remember the first time I saw a humpback whale; it just rose out of the water like some prehistoric creature and I thought it was smiling at us. You could still hear the operatic sounds it was making underwater.”The realization that this is a precious land, to be respected by humans, was one of the biggest things that hit home to Ginni.11.Which of the following best explains “take the plunge” underlined in paragraph 2?A.Try challenging things.B.Take a degree.C.Bring back lost memories.D.Stick to a promise.12.What made Ginni decide on the trip to Antarctica?A.Lovely penguins.B.Beautiful scenery.C.A discount fare.D.A friend’s invitation.13.What does Ginni think about Antarctica after the journey?A.It could be a home for her.B.It should be easily accessible.C.It should be well preserved.D.It needs to be fully introduced.14.What is the text mainly about?A.A childhood dream.B.An unforgettable experience.C.Sailing around the world.D.Meeting animals in Antarctica.。
2017-2022Global and Japan Low-voltage Apparatus Market Analysis ReportHard Copy:3085USDPDF Copy(single user):3085USDEnterprise wide License:6170USDPages:115Tables and Figures:147Published Date:Aug2017Publisher:JP Power Industry Research CenterContact:Tel:0081-345704342;Email:sales@SummaryThe global Low-voltage Apparatus market is valued at XX million USD in2016and is expected to reach XX million USD by the end of2017,growing at a CAGR of XX%between2016and2022.Japan plays an important role in global market,with market size of xx million USD in2016and will be xx million USD in2017,with a CAGR of xx%.This report,with focus on top players in the global and Japan,studies the Low-voltage Apparatus market's development status and future trend in the global and Japan.It splits Low-voltage Apparatus market by type and by applications to fully and deeply research and reveal market profile and prospect.The major players includeSchneider(France)ABB(Switzerland)SIEMENS(Germany)Legrand(France)CHNT(China)DELIXI(China)EATON(US)FujiElectric(Japan)Mitsubishi(Japan)Panasonic(Japan)Simon(Spain)TENGEN(China)PEOPLE(China)Hager(Germany)IDEC(Japan)LS(Korea)HUYU(China)CHANGSHU(China)CNC(China)Geographically,this report splits the Global market into the following regions: Asia PacificJapanTokyoYokohamaOsakaNagoyaOthersChinaKoreaIndiaOthersEuropeFranceGermanyUnited KingdomItalyRussiaOthersNorth AmericaUnited StatesCanadaLatin AmericaBrazilMexicoOthersSoutheast AsiaSingaporeMalaysiaVietnamMyanmarThailandIndonesiaPhilippinesOthersMiddle East&AfricaSaudi ArabiaIranUAETurkeyIsraelEgyptSouth AfricaOthersOn the basis of product,the Low-voltage Apparatus market is primarily split intoBy Action ClassificationManual Electrical AppliancesAutomatic Electrical AppliancesBy Use ClassificationLow Voltage Control AppliancesLow Voltage Protection AppliancesBy Low Voltage Electrical AppliancesKnife SwitchKnife Change-over SwitchFusesLow Voltage Circuit BreakersOther(Contactors,Relays,Automatic Switch)By Low-voltage Apparatus TypePower Circuit BreakerControl Electrical AppliancesTerminal Electrical AppliancesKey ApplicationsIndustryAgricultureTrafficNational DefenseTable of Contents2017-2022Global and Japan Low-voltage Apparatus Market Analysis Report1Low-voltage Apparatus Overview1.1Product Overview and Scope of Low-voltage Apparatus1.2Global and Japan Low-voltage Apparatus Market by Applications/End Users1.2.1Japan Low-voltage Apparatus Sales(K Units)and Market Share Comparison by Applications(2012-2017)1.2.1.1Japan Low-voltage Apparatus Sales(K Units)and Market Share by Applications(2012-2017)1.2.1.2Japan Low-voltage Apparatus Sales Growth Rate(%)by Applications (2012-2017)1.2.1.3Market Drivers and Opportunities1.2.2Japan Low-voltage Apparatus Sales(K Units)and Market Share Comparison by Applications(2012-2017)1.2.3Global Low-voltage Apparatus Sales by Application(2012-2017)1.2.3.1Global Low-voltage Apparatus Sales(K Units)and Market Share by1.2.3.2Global Low-voltage Apparatus Sales Growth Rate(%)by Applications (2012-2017)1.2.3.3Market Drivers and Opportunities1.2.4Global Low-voltage Apparatus Sales(K Units)and Market Share Comparison by Applications(2012-2017)1.2.5Industry1.2.6Agriculture1.2.7Traffic1.2.8National Defense1.3Global and Japan Market Size(Sales and Revenue)of Low-voltage Apparatus(2012-2017)1.3.1Japan Market Size(Sales and Revenue)of Low-voltage Apparatus(2012-2017)1.3.1.1Japan Low-voltage Apparatus Sales(K Units)and Growth Rate(%) (2012-2017)1.3.1.2Japan Low-voltage Apparatus Revenue(Million USD)and Growth Rate (2012-2017)1.3.2Global Market Size(Sales and Revenue)of Low-voltage Apparatus(2012-2017)1.3.2.1Global Low-voltage Apparatus Sales(K Units)and Growth Rate(%) (2012-2017)1.3.2.2Global Low-voltage Apparatus Revenue(Million USD)and Growth Rate (2012-2017)1.4Global and Japan Classification of Low-voltage Apparatus by Action Classification1.4.1Japan Low-voltage Apparatus Sales(K Units)and Market Share by Action Classification(2012-2017)1.4.2Global Low-voltage Apparatus Sales(K Units)and Market Share by Action Classification(2012-2017)1.4.3Japan Low-voltage Apparatus Revenue(Million USD)and Market Share by Action Classification(2012-2017)1.4.4Global Low-voltage Apparatus Revenue(Million USD)and Market Share by Action Classification(2012-2017)1.4.5Japan Low-voltage Apparatus Price(USD/Unit)by Action Classification (2012-2017)1.4.6Global Low-voltage Apparatus Price(USD/Unit)by Action Classification (2012-2017)1.4.7Japan Low-voltage Apparatus Sales Growth Rate(%)by Action Classification (2012-2017)1.4.8Global Low-voltage Apparatus Sales Growth Rate(%)by Action Classification (2012-2017)1.4.9Manual Electrical Appliances1.4.10Automatic Electrical Appliances1.5Global and Japan Classification of Low-voltage Apparatus by Use Classification1.5.1Japan Low-voltage Apparatus Sales(K Units)and Market Share by Use Classification(2012-2017)1.5.2Global Low-voltage Apparatus Sales(K Units)and Market Share by Use1.5.3Japan Low-voltage Apparatus Revenue(Million USD)and Market Share by Use Classification(2012-2017)1.5.4Global Low-voltage Apparatus Revenue(Million USD)and Market Share by Use Classification(2012-2017)1.5.5Japan Low-voltage Apparatus Price(USD/Unit)by Use Classification(2012-2017)1.5.6Global Low-voltage Apparatus Price(USD/Unit)by Use Classification(2012-2017)1.5.7Japan Low-voltage Apparatus Sales Growth Rate(%)by Use Classification (2012-2017)1.5.8Global Low-voltage Apparatus Sales Growth Rate(%)by Use Classification (2012-2017)1.5.9Low Voltage Control Appliances1.5.10Low Voltage Protection Appliances1.6Global and Japan Classification of Low-voltage Apparatus by Low Voltage Electrical Applian1.6.1Japan Low-voltage Apparatus Sales(K Units)and Market Share by Low Voltage Electrical Applian(2012-2017)1.6.2Global Low-voltage Apparatus Sales(K Units)and Market Share by Low Voltage Electrical Applian(2012-2017)1.6.3Japan Low-voltage Apparatus Revenue(Million USD)and Market Share by Low Voltage Electrical Applian(2012-2017)1.6.4Global Low-voltage Apparatus Revenue(Million USD)and Market Share by Low Voltage Electrical Applian(2012-2017)1.6.5Japan Low-voltage Apparatus Price(USD/Unit)by Low Voltage Electrical Applian (2012-2017)1.6.6Global Low-voltage Apparatus Price(USD/Unit)by Low Voltage Electrical Applian (2012-2017)1.6.7Japan Low-voltage Apparatus Sales Growth Rate(%)by Low Voltage Electrical Applian(2012-2017)1.6.8Global Low-voltage Apparatus Sales Growth Rate(%)by Low Voltage Electrical Applian(2012-2017)1.6.9Knife Switch1.6.10Knife Change-over Switch1.6.11Fuses1.6.12Low Voltage Circuit Breakers1.6.13Other(Contactors,Relays,Automatic Switch)1.7Global and Japan Classification of Low-voltage Apparatus by Low-voltage Apparatus Type1.7.1Japan Low-voltage Apparatus Sales(K Units)and Market Share by Low-voltage Apparatus Type(2012-2017)1.7.2Global Low-voltage Apparatus Sales(K Units)and Market Share by Low-voltage Apparatus Type(2012-2017)1.7.3Japan Low-voltage Apparatus Revenue(Million USD)and Market Share by Low-voltage Apparatus Type(2012-2017)1.7.4Global Low-voltage Apparatus Revenue(Million USD)and Market Share byLow-voltage Apparatus Type(2012-2017)1.7.5Japan Low-voltage Apparatus Price(USD/Unit)by Low-voltage Apparatus Type (2012-2017)1.7.6Global Low-voltage Apparatus Price(USD/Unit)by Low-voltage Apparatus Type (2012-2017)1.7.7Japan Low-voltage Apparatus Sales Growth Rate(%)by Low-voltage Apparatus Type(2012-2017)1.7.8Global Low-voltage Apparatus Sales Growth Rate(%)by Low-voltage Apparatus Type(2012-2017)1.7.9Power Circuit Breaker1.7.10Control Electrical Appliances1.7.11Terminal Electrical Appliances2Global and Japan Low-voltage Apparatus Market Competition by Players/Manufacturers2.1Japan Low-voltage Apparatus Market Competition by Players/Manufacturers2.1.1Japan Low-voltage Apparatus Sales and Market Share of Key Players/Manufacturers (2012-2017)2.1.2Japan Low-voltage Apparatus Revenue and Share by Players/Manufacturers (2012-2017)2.1.3Japan Low-voltage Apparatus Average Price(USD/Unit)by Players/Manufacturers (2012-2017)2.1.4Japan Low-voltage Apparatus Market Competitive Situation and Trends2.1.4.1Japan Low-voltage Apparatus Market Concentration Rate2.1.4.2Japan Low-voltage Apparatus Market Share of Top3and Top5 Players/Manufacturers2.1.4.3Mergers&Acquisitions,Expansion in Japan Market2.1.5Japan Players/Manufacturers Low-voltage Apparatus Manufacturing Base Distribution, Sales Area,Product Types2.2Global Low-voltage Apparatus Market Competition by Players/Manufacturers2.2.1Global Low-voltage Apparatus Sales and Market Share of Key Players/Manufacturers (2012-2017)2.2.2Global Low-voltage Apparatus Revenue and Share by Players/Manufacturers (2012-2017)2.2.3Global Low-voltage Apparatus Average Price(USD/Unit)by Players/Manufacturers (2012-2017)2.2.4Global Low-voltage Apparatus Market Competitive Situation and Trends2.2.4.1Global Low-voltage Apparatus Market Concentration Rate2.2.4.2Global Low-voltage Apparatus Market Share of Top3and Top5 Players/Manufacturers2.2.4.3Mergers&Acquisitions,Expansion in Global Market2.2.5Global Players/Manufacturers Low-voltage Apparatus Manufacturing Base Distribution, Sales Area,Product Types3Global and Japan Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.1Asia Pacific Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.1.1Japan Low-voltage Apparatus Sales and Revenue(2012-2017)3.1.1.1Japan Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.1.1.2Japan Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.1.1.3Japan Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.1.2China Low-voltage Apparatus Sales and Revenue(2012-2017)3.1.2.1China Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.1.2.2China Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.1.2.3China Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.1.3Korea Low-voltage Apparatus Sales and Revenue(2012-2017)3.1.3.1Korea Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.1.3.2Korea Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.1.3.3Korea Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.1.4India Low-voltage Apparatus Sales and Revenue(2012-2017)3.1.4.1India Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.1.4.2India Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.1.4.3India Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.1.5Others Low-voltage Apparatus Sales and Revenue(2012-2017)3.1.5.1Others Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.1.5.2Others Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.1.5.3Others Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2Europe Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.2.1France Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.1.1France Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.2.1.2France Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.2.1.3France Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2.2Germany Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.2.1Germany Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.2.2.2Germany Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.2.2.3Germany Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2.3United Kingdom Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.3.1United Kingdom Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.2.3.2United Kingdom Low-voltage Apparatus Revenue(Million USD)and Market Share(2012-2017)3.2.3.3United Kingdom Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2.4Italy Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.4.1Italy Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.2.4.2Italy Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.2.4.3Italy Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2.5Russia Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.5.1Russia Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.2.5.2Russia Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.2.5.3Russia Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.2.6Others Low-voltage Apparatus Sales and Revenue(2012-2017)3.2.6.1Others Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.2.6.2Others Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.2.6.3Others Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.3North America Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.3.1United States Low-voltage Apparatus Sales and Revenue(2012-2017)3.3.1.1United States Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.3.1.2United States Low-voltage Apparatus Revenue(Million USD)and Market Share(2012-2017)3.3.1.3United States Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.3.2Canada Low-voltage Apparatus Sales and Revenue(2012-2017)3.3.2.1Canada Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.3.2.2Canada Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.3.2.3Canada Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.4Latin America Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.4.1Brazil Low-voltage Apparatus Sales and Revenue(2012-2017)3.4.1.1Brazil Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.4.1.2Brazil Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.4.1.3Brazil Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.4.2Mexico Low-voltage Apparatus Sales and Revenue(2012-2017)3.4.2.1Mexico Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.4.2.2Mexico Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.4.2.3Mexico Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.4.3Others Low-voltage Apparatus Sales and Revenue(2012-2017)3.4.3.1Others Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.4.3.2Others Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.4.3.3Others Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5Southeast Asia Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.5.1Singapore Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.1.1Singapore Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.1.2Singapore Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.1.3Singapore Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.2Malaysia Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.2.1Malaysia Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.2.2Malaysia Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.2.3Malaysia Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.3Vietnam Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.3.1Vietnam Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.3.2Vietnam Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.3.3Vietnam Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.4Myanmar Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.4.1Myanmar Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.4.2Myanmar Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.4.3Myanmar Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.5Thailand Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.5.1Thailand Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.5.2Thailand Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.5.3Thailand Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.6Indonesia Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.6.1Indonesia Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.6.2Indonesia Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.6.3Indonesia Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.7Philippines Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.7.1Philippines Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.7.2Philippines Low-voltage Apparatus Revenue(Million USD)and Market Share(2012-2017)3.5.7.3Philippines Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.5.8Others Low-voltage Apparatus Sales and Revenue(2012-2017)3.5.8.1Others Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.5.8.2Others Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.5.8.3Others Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6Middle East&Africa Low-voltage Apparatus Sales and Revenue by Regions(2012-2017)3.6.1Saudi Arabia Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.1.1Saudi Arabia Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.6.1.2Saudi Arabia Low-voltage Apparatus Revenue(Million USD)and Market Share(2012-2017)3.6.1.3Saudi Arabia Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.2Iran Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.2.1Iran Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.6.2.2Iran Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.2.3Iran Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.3UAE Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.3.1UAE Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.6.3.2UAE Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.3.3UAE Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.4Turkey Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.4.1Turkey Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.6.4.2Turkey Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.4.3Turkey Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.5Israel Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.5.1Israel Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.6.5.2Israel Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.5.3Israel Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.6Egypt Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.6.1Egypt Low-voltage Apparatus Sales(K Units)and Market Share(2012-2017)3.6.6.2Egypt Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.6.3Egypt Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.7South Africa Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.7.1South Africa Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.6.7.2South Africa Low-voltage Apparatus Revenue(Million USD)and Market Share(2012-2017)3.6.7.3South Africa Low-voltage Apparatus Price(USD/Unit)(2012-2017)3.6.8Others Low-voltage Apparatus Sales and Revenue(2012-2017)3.6.8.1Others Low-voltage Apparatus Sales(K Units)and Market Share (2012-2017)3.6.8.2Others Low-voltage Apparatus Revenue(Million USD)and Market Share (2012-2017)3.6.8.3Others Low-voltage Apparatus Price(USD/Unit)(2012-2017)4Global and Japan Low-voltage Apparatus Players/Manufacturers Profiles and Sales Data4.1Schneider(France)4.1.1Company Basic Information,Manufacturing Base and Competitors4.1.2Low-voltage Apparatus Product Category,Application and Specification4.1.2.1Product A4.1.2.2Product B4.1.3Schneider(France)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.1.4Main Business/Business Overview4.2ABB(Switzerland)4.2.1Company Basic Information,Manufacturing Base and Competitors4.2.2Low-voltage Apparatus Product Category,Application and Specification4.2.2.1Product A4.2.2.2Product B4.2.3ABB(Switzerland)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.2.4Main Business/Business Overview4.3SIEMENS(Germany)4.3.1Company Basic Information,Manufacturing Base and Competitors4.3.2Low-voltage Apparatus Product Category,Application and Specification4.3.2.1Product A4.3.2.2Product B4.3.3SIEMENS(Germany)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.3.4Main Business/Business Overview4.4Legrand(France)4.4.1Company Basic Information,Manufacturing Base and Competitors4.4.2Low-voltage Apparatus Product Category,Application and Specification4.4.2.1Product A4.4.2.2Product B4.4.3Legrand(France)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.4.4Main Business/Business Overview4.5CHNT(China)4.5.1Company Basic Information,Manufacturing Base and Competitors4.5.2Low-voltage Apparatus Product Category,Application and Specification4.5.2.1Product A4.5.2.2Product B4.5.3CHNT(China)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.5.4Main Business/Business Overview4.6DELIXI(China)4.6.1Company Basic Information,Manufacturing Base and Competitors4.6.2Low-voltage Apparatus Product Category,Application and Specification4.6.2.1Product A4.6.2.2Product B4.6.3DELIXI(China)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.6.4Main Business/Business Overview4.7EATON(US)4.7.1Company Basic Information,Manufacturing Base and Competitors4.7.2Low-voltage Apparatus Product Category,Application and Specification4.7.2.1Product A4.7.2.2Product B4.7.3EATON(US)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)4.7.4Main Business/Business Overview4.8FujiElectric(Japan)4.8.1Company Basic Information,Manufacturing Base and Competitors4.8.2Low-voltage Apparatus Product Category,Application and Specification4.8.2.1Product A4.8.2.2Product B4.8.3FujiElectric(Japan)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.8.4Main Business/Business Overview4.9Mitsubishi(Japan)4.9.1Company Basic Information,Manufacturing Base and Competitors4.9.2Low-voltage Apparatus Product Category,Application and Specification4.9.2.1Product A4.9.2.2Product B4.9.3Mitsubishi(Japan)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.9.4Main Business/Business Overview4.10Panasonic(Japan)4.10.1Company Basic Information,Manufacturing Base and Competitors4.10.2Low-voltage Apparatus Product Category,Application and Specification4.10.2.1Product A4.10.2.2Product B4.10.3Panasonic(Japan)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)4.10.4Main Business/Business Overview4.11Simon(Spain)4.12TENGEN(China)4.13PEOPLE(China)4.14Hager(Germany)4.15IDEC(Japan)4.16LS(Korea)4.17HUYU(China)4.18CHANGSHU(China)4.19CNC(China)5Low-voltage Apparatus Manufacturing Cost Analysis5.1Low-voltage Apparatus Key Raw Materials Analysis5.1.1Key Raw Materials5.1.2Price Trend of Key Raw Materials5.1.3Key Suppliers of Raw Materials5.1.4Market Concentration Rate of Raw Materials5.2Proportion of Manufacturing Cost Structure5.2.1Raw Materials5.2.2Labor Cost5.2.3Manufacturing Expenses5.3Manufacturing Process Analysis of Low-voltage Apparatus6Industrial Chain,Sourcing Strategy and Downstream Buyers6.1Low-voltage Apparatus Industrial Chain Analysis6.2Upstream Raw Materials Sourcing6.3Raw Materials Sources of Low-voltage Apparatus Major Players/Manufacturers in20166.4Downstream Buyers7Marketing Strategy Analysis,Distributors/Traders7.1Marketing Channel7.1.1Direct Marketing7.1.2Indirect Marketing7.1.3Marketing Channel Development Trend7.2Market Positioning7.2.1Pricing Strategy7.2.2Brand Strategy7.2.3Target Client7.3Distributors/Traders List8Market Effect Factors Analysis8.1Technology Progress/Risk8.1.1Substitutes Threat8.1.2Technology Progress in Related Industry8.2Consumer Needs/Customer Preference Change8.3Economic/Political Environmental Change9Global and Japan Low-voltage Apparatus Market Size(Sales and Revenue)Forecast(2017-2022)9.1Global and Japan Low-voltage Apparatus Sales(K Units),Revenue(Million USD)Forecast (2017-2022)9.2Global and Japan Low-voltage Apparatus Sales(K Units)Forecast by Type(2017-2022)9.2.1by Action Classification9.2.2by Use Classification9.2.3by Low Voltage Electrical Applian9.2.4by Low-voltage Apparatus Type9.3Global and Japan Low-voltage Apparatus Sales(K Units)Forecast by Application (2017-2022)9.4Global and Japan Low-voltage Apparatus Sales(K Units)Forecast by Regions(2017-2022) 10Research Findings and Conclusion11Methodology and Data Source11.1Methodology/Research Approach11.1.1Research Programs/Design11.1.2Market Size Estimation11.1.3Market Breakdown and Data Triangulation11.2Data Source11.2.1Secondary Sources11.2.2Primary Sources11.3Disclaimer11.4Author ListList of Tables and FiguresFigure Product Picture of Low-voltage ApparatusTable Japan Low-voltage Apparatus Sales(Million Units)Comparison by Applications (2012-2017)Figure Japan Sales Market Share(%)of Low-voltage Apparatus by Applications in2016Table Global Low-voltage Apparatus Sales(Million Units)Comparison by Applications (2012-2017)Figure Global Sales Market Share(%)of Low-voltage Apparatus by Applications in2016Figure Industry ExamplesTable Key Downstream Customer in IndustryFigure Agriculture ExamplesTable Key Downstream Customer in AgricultureFigure Traffic ExamplesTable Key Downstream Customer in TrafficFigure National Defense ExamplesTable Key Downstream Customer in National DefenseFigure Manual Electrical Appliances Product PictureFigure Automatic Electrical Appliances Product PictureFigure Low Voltage Control Appliances Product PictureFigure Low Voltage Protection Appliances Product PictureFigure Knife Switch Product PictureFigure Knife Change-over Switch Product PictureFigure Fuses Product PictureFigure Low Voltage Circuit Breakers Product PictureFigure Other(Contactors,Relays,Automatic Switch)Product PictureFigure Power Circuit Breaker Product PictureFigure Control Electrical Appliances Product PictureFigure Terminal Electrical Appliances Product PictureTable Schneider(France)Basic Information ListTable Schneider(France)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table Schneider(France)Low-voltage Apparatus Sales Growth Rate(%)(2012-2017)Table Schneider(France)Low-voltage Apparatus Sales Market Share(%)in Japan(2012-2017) Figure Schneider(France)Low-voltage Apparatus Revenue Market Share(%)in Japan (2012-2017)Table ABB(Switzerland)Basic Information ListTable ABB(Switzerland)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price (USD/Unit)and Gross Margin(%)(2012-2017)Table ABB(Switzerland)Low-voltage Apparatus Sales Growth Rate(%)(2012-2017)Table ABB(Switzerland)Low-voltage Apparatus Sales Market Share(%)in Japan(2012-2017) Figure ABB(Switzerland)Low-voltage Apparatus Revenue Market Share(%)in Japan (2012-2017)Table SIEMENS(Germany)Basic Information ListTable SIEMENS(Germany)Low-voltage Apparatus Sales(K Units),Revenue(Million USD), Price(USD/Unit)and Gross Margin(%)(2012-2017)Table SIEMENS(Germany)Low-voltage Apparatus Sales Growth Rate(%)(2012-2017)Table SIEMENS(Germany)Low-voltage Apparatus Sales Market Share(%)in Japan (2012-2017)Figure SIEMENS(Germany)Low-voltage Apparatus Revenue Market Share(%)in Japan (2012-2017)Table Legrand(France)Basic Information ListTable Legrand(France)Low-voltage Apparatus Sales(K Units),Revenue(Million USD),Price。