M365535 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種三相五腳鐵心結構，特別指一種鐵 心單元具有特殊排列態樣之三相五腳鐵心結構。 【先前技術】 在電力系統中，變壓器是電力傳輸及轉換之重要設 備，換言之，變壓器是一種通過電磁耦合把能量從一個電 路轉移到另一個電路，而不需本身部件發生相對運動的電 力設備。變壓器的主要用途是轉變電壓、改變阻抗、及分 隔電路等，而在電力運輸之中，變壓器擔當相當重要的角 色，變壓器可以將電能轉換成高電壓低電流形式，然後再 轉換回去，因此大大減小了電能在輸送過程中的損失，使 得電能得以被輸送達到更遠的距離。 變壓器構造主要為主線圈、絕緣材料及提供磁路用之 鐵心；而變壓器鐵心為了降低損耗（鐵損）及噪音，大多 係由的薄矽鋼片堆疊而成。由於變壓器係為一種大型且固 定式的裝置，因此必須針對變壓器的品質進行相當嚴格的 把關。 而傳統的變壓器的製程十分繁複，且鐵心的磁特性也 必須經過各種條件下的測試，始能獲得最佳的電磁特性。 簡言之，變壓器必須具有相當高的可靠度、低的損失等等 特性，以符合產業界的應用。 本案創作人有鑑於上述習用的結構裝置於實際施用 3 M365535 時的缺失，且積累個人從事相關產業開發實務上多年之經 驗，精心研究，終於提出一種設計合理且有效改善上述問 題之結構。 【新型内容】 本創作之主要目的，旨在提供一種三相五腳鐵心結 構其具有不同的結構排列，以有效達成提升變壓器的特 性’例如降低噪音、減低鐵心損失等等。 為了達到上述目的，本創作係提供一種三相五腳鐵心 結構，係包含：緊鄰排列之一第一鐵心單元、一第二鐵心 單元 第二鐵心單元及一第四鐵心單元，該第一鐵心單 元、該第二鐵心單元、該第三鐵心單元及該第四鐵心單元 均係由複數個鐵心所疊合而成，每一鐵心包括有一鐵心段 及中空部，該鐵心段之兩端各具有一連接端部，該鐵心 段係彎折環繞並藉由該鐵心段兩端之連接端部彼此連接 以形成單一之搭接部而形成該中空部，該鐵心係由複數個 鐵心薄片束彼此疊合而成，每一鐵心薄片束包括有一預定 片數之鐵心薄片；其中，組成該第一鐵心單元與組成該第 四鐵心單元的每一鐵心之該中空部均具有一第一寬度，組 成該第二鐵心單元與組成該第三鐵心單元的每一鐵心之 該中空部具有一第二寬度，且該第二寬度大於該第一寬 度。 如上述構造，上述鐵心單元係由多層鐵心疊合而成， 因此可利用不同高度的鐵心疊合成不同層數的鐵心單 M365535 元。另外，該些鐵心更以寬度的變化進行排 心結構的物理特性。 捉升鐵 為使能更進一步瞭解本創作之特徵及技術内容，請參 閱=下有關本創作之詳細說明與附圖，然而所附圖式^提 仏i考與发明用，並非用來對本創作加以限制者。 【實施方式】 先明參閱第一 A圖至第一 b圖所示，本創作提出 一種三相五腳鐵心結構丄，其包括緊鄰排列之一第一鐵心 單元1〇、一第二鐵心單元丄i、一第三鐵心單元i 2及 第四鐵Ί元1 3 ’且在結構上，該第—鐵^單元丄〇 之中空部1 0 0的寬度wio係為第—寬度’該第二鐵心單 ^中空部1 1 ◦的寬度wu係為第二寬度，該第三鐵 〜單疋1 2中空部1 2 0的寬度W12係為第二寬度，該第 四鐵心單元1 3之中空部1 3 0的寬度W13係為第一寬 度。換:之，該第一鐵心單元丄〇之中空部丄〇〇與該第 四鐵心單元1 3之中空部"0具有相同之寬度，而該第 二鐵心單元1 1中空部1 10與第三鐵心單元丄2中空 部1 2 0具有相同之寬度。 、請復參考第一 A圖，並配合第二A圖至第二c圖， 其為本創作之第一實施例，以吓就各個鐵心單元做一詳細 兒月°亥第一鐵心單元1 0係由三個鐵心1 〇 a所疊合成 型，而每一鐵心1 〇 A包括一鐵心段丄〇丄及一中空部工 X鐵心|又1 Q 1之兩端各具有一連接端部1 〇 2 , M365535 ，鐵：^01係彎折環繞並藉由該鐵心段i o i的兩 化之連接端4 1 〇 2彼此連接以形成單—之搭接部工〇 4而形成該中空部1 fj η ^ λ- 心薄片束! Ο 3彼此上: 係由複數個鐵 為-預定片數的鐵心= 片1031所堆豐形成’並使該鐵 Q 1具有-預定積厚，必須制的是，第二A圖至 :二=綠出3層的鐵心薄片1〇3i，其僅為示意之 片非、曰111限制本創作。而在本具體實施例中，係將多 I::% 心薄片1 〇 3 1組成一個非晶質合金 “、、束1 0 3，且同一鐵心薄片束1 〇 3中之該等 非晶質合金之鐵心薄片1 〇 3 1係具有不同的長度。μ， 接下來，將複數個非晶質合金之鐵心薄片束 疊起來形成長條形式之鐵心段i i。接著 形模具（包括外模片、内模片、及固 ：鐵。成 & 1 〇 1讀絲，且賴融段i Q i之㈣的連 :1=此搭接以形成一搭接部丄〇 4，進而將該鐵心 〇1建構成-封閉鐵心迴圈’而該封閉的鐵 1之内壁面形成-個框狀結構，以成㈣中空部 該中空部1 〇 〇的寬度W10係為第一寬度。 ， 四鐵心單元13在尺寸架構上同於該第一鐵心 早兀1 0，其同樣由三個鐵心i 3A所疊合成型，每 心1 3A具有一鐵心段2 3丄及一中空部i 3 〇，該鐵心 •^又1 3 1的兩端彼此搭接以形成一搭接部1 3 4，且$ 空部1 3 0的寬度W13同為第一寬度。 該 M365535 另方面，该第二鐵心單元1 1係由三個鐵心1 1 a 所疊合成型，而每—鐵心丄1A包括一鐵心段丄丄丄及一 中空部1 1 ◦，該鐵心段ii之兩端各具有一連接端部 1 1 2，該鐵心段i i i係彎折環繞並藉由該鐵心段工工 1的兩端之連接端部2彼此連接以形成單一之捭接 部1 1 4而形成該中空部！工〇。該鐵心段工工工係^複 數個鐵心薄片束1 1 3彼此叠合形成，每一鐵心薄片束工 1 3係為-預定片數的鐵心、薄片i i 3 i所堆疊形成，並 使該鐵Ά1 1 1具有一預定積厚。接著，利用鐵心成形 模具（包括外模片、内模片、及固定鋼帶等）將該鐵心段 1 1 1彎折成形，且將該鐵心段i i i之兩端的連接端部 1 1 2彼此搭接以形成—搭接部i丄4，進而將該鐵心段 1 1 1建構成-封閉鐵心迴圈，而該封閉的鐵心段丄U 之内壁面形成-個框狀結構，以成型該中空部該 中空部1 1 〇的寬度W11係為第二寬度。 而第三鐵心單元i 2在尺寸架構上同於該第二鐵心 早兀11，其同樣由三個鐵心！2A所疊合成型，每一鐵 W2A具有-鐵心段121及一中空部12〇，該鐵心 段1 2 1的兩端彼此搭接以形成一搭接部i 24，且該中 空部1 2 0的寬度W12同為第二寬度。 另-方面，在本實施例中，該中空部i q ◦的長度 L10、該中空部1 i 〇的長度⑶、該中空部工的長度 U2與該中空部1 3 0的長度L13係為等長；且疊合成該 第一鐵心單元1 〇、該第二鐵心單 M365535 元1 2及該第四鐵心單元丄3的單一鐵心丄〇A、工1 A 12A及13A均有相同的高度η，而該高度η係為 142 公釐± 5%。 “ ~ 換言之，該三相五腳鐵心結構1之第一鐵心單元丄 0 '第二鐵:單元1 1、第三鐵心單元1 2及第四鐵心單* 元12為等高、等長的結構’僅有寬度具有差異變化，因 此以寬度的觀點說明，該第一鐵心單元工〇、第二鐵心單 元1 1 :第三鐵心單元工2及第四鐵心單元丄3依序為窄 鐵心、寬鐵心、寬鐵心及窄鐵心的排列態樣。 請參考第三A圖，其顯示鐵心1 〇 A之鐵心段丄〇工 在搭接部1 Q 4形成氣隙的示意圖，其中顯示—種捲體 3利用最内圈之鐵心薄片束i 〇 3工的末端與第二束鐵 〜薄片束1 0 3 1之前端形成之氣隙結構，從整體觀之， 第三A圖所示之氣隙結構係為一種直立式（單階式）的氣 上述鐵心1 〇 A的搭接態樣，在此不予贅述。 另一方面，請參考第三B圖，其為鐵心丄〇 A之鐵心籲 ’又^ 0 1在搭接部1 〇 4形成另-氣隙結構的示意圖，其 顯不-種捲體心，利用最内圈之鐵心薄片束工〇 3工的末 端與第—二束鐵心薄片束1〇31之前端形成之氣隙結— 構’而第三B圖與第三A圖之差異在於，該等氣隙結構係' 為一種多階式的氣隙排列。 請參考第四圖，其顯示-種應用上述之三相五聊鐵心 結構1所製作之三相五腳鐵心變壓器單元2，其中第一鐵 8 M365535M365535 V. New description: [New technical field] This creation is related to a three-phase five-pin core structure, especially a three-phase five-pin core structure with a special arrangement of core elements. [Prior Art] In a power system, a transformer is an important device for power transmission and conversion. In other words, a transformer is a power device that transfers energy from one circuit to another through electromagnetic coupling without requiring relative movement of its own components. The main purpose of the transformer is to change the voltage, change the impedance, and separate the circuit. In the power transportation, the transformer plays a very important role. The transformer can convert the electric energy into a high voltage and low current form, and then convert it back, thus greatly reducing The loss of electrical energy during transport allows the electrical energy to be transported to a greater distance. The transformer structure is mainly composed of a main coil, an insulating material and a core for supplying a magnetic circuit; and the transformer core is mostly formed by stacking thin tantalum steel sheets for reducing loss (iron loss) and noise. Since the transformer is a large and fixed device, it must be strictly checked for the quality of the transformer. The traditional transformer process is very complicated, and the magnetic properties of the core must be tested under various conditions to obtain the best electromagnetic characteristics. In short, transformers must have high reliability, low losses, etc., to meet industry applications. In view of the lack of the above-mentioned conventional structural devices in the actual application of 3 M365535, and the accumulation of personal experience in the relevant industry development practice, the creators of this case finally proposed a structure that is reasonable in design and effective in improving the above problems. [New content] The main purpose of this creation is to provide a three-phase five-legged core structure with different structural arrangements to effectively achieve the characteristics of the transformer, such as reducing noise, reducing core loss, and the like. In order to achieve the above object, the present invention provides a three-phase five-pin core structure, comprising: a first core unit, a second core unit, a second core unit and a fourth core unit arranged in close proximity, the first core unit The second core unit, the third core unit and the fourth core unit are all formed by a plurality of cores, each core comprises a core segment and a hollow portion, and each end of the core segment has a core Connecting the end portion, the core segment is bent around and is formed by connecting the connecting ends of the two ends of the core segment to each other to form a single overlapping portion, the core is superposed on each other by a plurality of core sheet bundles Each core sheet bundle includes a predetermined number of core sheets; wherein the hollow portion constituting the first core unit and each core constituting the fourth core unit has a first width, which constitutes the first The hollow core unit and the hollow portion of each core constituting the third core unit have a second width, and the second width is greater than the first width. According to the above configuration, the core unit is formed by laminating a plurality of layers of iron cores, so that iron cores of different heights can be combined to form different core sheets of M365535. In addition, the cores are physically characterized by a change in width. In order to further understand the characteristics and technical content of this creation, please refer to the following for a detailed description of the creation and the drawings. However, the drawing is not used for this creation. Limit the person. [Embodiment] Referring to the first to fourth figures, the present invention proposes a three-phase five-legged core structure, which includes one of the first core unit 1〇 and a second core unit 紧邻 arranged in close proximity. i, a third core unit i 2 and a fourth iron element 1 3 ′ and structurally, the width wio of the hollow portion 1 0 0 of the first-iron unit unit is a first width “the width” The width wu of the hollow portion 1 1 ◦ is the second width, and the width W12 of the hollow portion 1 2 0 of the third iron to the single 疋 1 2 is the second width, and the hollow portion 1 of the fourth core unit 13 The width W13 of 30 is the first width. In other words, the hollow portion 该 of the first core unit 具有 has the same width as the hollow portion of the fourth core unit 13 and the second core unit 1 1 has a hollow portion 1 10 and The three core unit 丄 2 hollow portion 1 20 has the same width. Please refer to the first A picture, and cooperate with the second A picture to the second c picture, which is the first embodiment of the creation, to scare each core unit to do a detailed month month first sea core unit 10 It is composed of three cores 1 〇a, and each core 1 〇A includes a core segment and a hollow X core|and 1 Q 1 has a connecting end 1 at each end. 2, M365535, iron: ^01 is bent around and is connected to each other by the two connection ends 4 1 〇 2 of the core segment ioi to form a single-joint work 4 to form the hollow portion 1 fj η ^ λ- heart sheet bundle! Ο 3 on each other: is made up of a plurality of irons - a predetermined number of cores = a piece of 1031 is formed and formed, and the iron Q 1 has a predetermined thickness, which must be made, Two A to: two = green three-layer core sheet 1 〇 3i, which is only a schematic film, 曰 111 limits the creation. In the present embodiment, a plurality of I::% core sheets 1 〇3 1 are formed into an amorphous alloy ", bundle 1 0 3 , and the amorphous layers in the same core sheet bundle 1 〇 3 The core sheets of the alloy 1 〇 3 1 series have different lengths. μ, Next, a plurality of amorphous alloy core sheets are stacked to form a long core portion ii. Then the mold (including the outer mold, Inner mold piece, and solid: iron. into & 1 〇 1 read wire, and the connection of the 融 段 segment i Q i (4): 1 = this overlap to form a lap joint 丄〇 4, and then the core 〇 1 is constructed - a closed core loop ' and the inner wall surface of the closed iron 1 is formed into a frame-like structure to form a (four) hollow portion. The width W10 of the hollow portion 1 is a first width. The four core unit 13 In the size structure, the first core is the same as the first core, and is also formed by the three cores i 3A. Each core 13A has a core segment 2 3丄 and a hollow portion i 3 〇, the core. ^ The ends of the 1-3 are overlapped with each other to form a lap 1 3 4, and the width W13 of the vacant portion 130 is the first width. The M365535 The second core unit 11 is formed by stacking three cores 1 1 a, and each core 1A includes a core segment and a hollow portion 1 1 , each end of the core segment ii Having a connecting end portion 1 1 2, the core portion iii is bent around and connected to each other by the connecting end portions 2 of the two ends of the core segment worker 1 to form a single splicing portion 1 1 4 to form the hollow The working section of the core section is formed by stacking a plurality of core sheet bundles 1 1 3, and each core sheet bundle is formed by stacking a predetermined number of cores and sheets ii 3 i. And the shovel 11 1 has a predetermined thickness. Then, the core segment 11 1 is bent and formed by a core forming die (including an outer die, an inner die, and a fixed steel strip, etc.), and the The connecting ends 1 1 2 at both ends of the core segment iii overlap each other to form a lap portion i 丄 4, thereby constructing the core segment 11 1 to form a closed core loop, and the closed core segment 丄 U The inner wall surface is formed into a frame-like structure to mold the hollow portion, and the width W11 of the hollow portion 1 1 is a second width. The core unit i 2 is identical in size to the second core early 11 and is also stacked by three cores! 2A, each iron W2A having a core segment 121 and a hollow portion 12〇, the core segment The two ends of the 1 2 1 are overlapped with each other to form a lap i 24 , and the width W12 of the hollow portion 1 20 is the same as the second width. In another aspect, in the embodiment, the hollow portion iq ◦ a length L10, a length (3) of the hollow portion 1 i , a length U2 of the hollow portion, and a length L13 of the hollow portion 1 30 are equal lengths; and the first core unit 1 〇, the second core is superposed The single core 丄〇A, the workers 1 A 12A and 13A of the single M365535 element 1 2 and the fourth core unit 丄3 have the same height η, and the height η is 142 mm ± 5%. " ~ In other words, the first core unit 丄 0 of the three-phase five-pin core structure 1 'the second iron: the unit 1 1 , the third core unit 12 and the fourth core unit * 12 are of equal height and equal length. 'The width has only a difference, so the first core unit process, the second core unit 1 1 : the third core unit 2 and the fourth core unit 丄 3 are sequentially narrow cores and wide in terms of width. The arrangement of the iron core, the wide iron core and the narrow iron core. Please refer to the third A diagram, which shows a schematic diagram of the iron core section of the core 1 〇A forming an air gap at the lap joint 1 Q 4, which shows the seed body 3 using the air gap structure formed by the end of the core sheet bundle i 〇3 and the front end of the second bundle of iron-sheet bundles 1 0 3 1 , as a whole, the air gap structure shown in the third A diagram It is a lap joint of the above-mentioned iron core 1 〇A of an upright type (single-stage type), and will not be described here. On the other hand, please refer to the third figure B, which is the core of the iron core 丄〇A And ^ 0 1 forms a schematic diagram of another air-gap structure in the lap joint 1 〇 4, which is not - the body of the seed, using the innermost circle The end of the core sheet bundle work and the air gap junction formed by the front end of the first to second core sheet bundle 1〇31, and the difference between the third B diagram and the third A diagram is that the air gap structure The system is a multi-step air gap arrangement. Please refer to the fourth figure, which shows a three-phase five-pin iron core transformer unit 2 manufactured by using the above three-phase five-talk iron core structure 1, wherein the first iron 8 M365535
心單元10、第二鐵心單元i !、第三鐵心單元丄2 四鐵心單3的下半部均蓋設有—蓋體i 5，而每一線 圈1 4係環繞於兩相鄰之鐵心段所形成的腳位，例如 圖中的第-鐵心單元！ 〇的右侧鐵心段與第二鐵心單元 1 1的左側鐵心段形成第二腳位，而該第二腳位上則包覆 有-線圈1 4，而該三相五腳鐵心結構丄的第三腳 四腳位則同樣包覆有線圈1 4。 /、V 2外，第五圖則顯示上述之三相五腳鐵心變壓器單元 2裝設於-殼體3中以組立成變壓器之示音圖。 〜：復參考第-B圖，其為本創作之第：實施例，其與 弟差異在於：第一鐵心單元1 〇、第二鐵心單 元11、第三鐵心單元穿rm祕：00 12及弟四鐵心早元13係由兩個 ，心所疊合而成，例如第—鐵心單元係由兩個鐵心！ 0!所豐成，而且疊合成該第-鐵心單元1 0、該第二鐵 〜早兀1 1、該第三鐵心單元1 2及該第四鐵心單元工3 的單一鐵心10Α、11α 1〇Λ 平几丄ύ 古 Α、12Α及13Α均有相同的 阿度Η，而“度η係為170公餐± 5%或213公釐士现。 =ί面：,本貫施例中，該三相五腳鐵心結構1之第-:心早^〇、第二鐵心單元11、第三鐵心單元12及 四鐵〜單7〇1 3同樣為等高、等長的結構，僅有寬度具 差異變化’因此以寬度的觀點說明，該第一鐵元 y單元u、第三鐵心單元12及第四鐵心單 兀1 3同樣依序為窄鐵心、扣 列態樣。 鐵讀心及窄鐵心的排 9 M365535 另外’第二實施例中的其他特徵係同於第—實 例如搭接結構等等，均可夂 、 ^ 1 J|照弟—實施例的說明。 综上所述，本創作具有下列優點： 二本創作則鐵㈣大小、寬窄的排列態樣，可以有效 誕升上述的鐵心的磁特性。 =上所述僅為本創作之較佳可行實施例，非因此偈限 本專利範圍，故舉凡制本創作朗書及圖示内容 所為之等效技術變化，均包含於本創作之範圍内。 【圖式簡單說明】 二相五腳鐵心結構之第一實施例 苐一 A圖係為本創作之 的示意圖。 第二實施例 第一 B圖係為本創作之三相五腳鐵心結構之 的示意圖。 第- A圖至第二C圖係為本創作之三相五腳鐵心結構 行搭接之示意圖。 束之直立式搭接形成氣 第二A圖係為本創作之鐵心薄片 隙之示意圖。 第三β目係為本創作之鐵心薄片束之多式搭接形成氣 隙之不意圖。 /、 第四圖係為本創作之三腳鐵心變壓器單元之立體圖。 第五圖係為本創作之三腳鐵心變壓器單元組立於殼體 示意圖。 成- M365535 【主要元件符號說明】 1 相五腳鐵心結構 0 第一鐵心單元The lower half of the core unit 10, the second core unit i, and the third core unit 丄2 are respectively provided with a cover i 5 , and each coil 14 is surrounded by two adjacent core segments The formed foot, such as the first core unit in the figure! The right core segment of the crucible forms a second pin with the left core segment of the second core unit 1 1 , and the second pin is covered with a coil 14 , and the third leg has a core structure The three-legged four-legged position is also covered with a coil 14. In addition to /, V 2, the fifth diagram shows the above-described three-phase five-pin core transformer unit 2 installed in the - housing 3 to form a sound diagram of the transformer. ~: Refer to Figure-B, which is the first part of the creation: the difference between the two is that the first core unit 1 〇, the second core unit 11, the third core unit wears rm secret: 00 12 and the younger brother The four iron cores of the early 13 series are made up of two hearts, for example, the first-core unit is made up of two cores! 0! The rich core, and the composite of the first core unit 10, the second iron ~ early 兀1, the third core unit 12 and the single core 10 Α, 11α 1 该 of the fourth core unit 3 Λ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ 丄ύ Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α Α The first phase of the three-phase five-legged iron core structure-1: the core early, the second core unit 11, the third core unit 12, and the four irons to the single 7〇1 3 are also of the same height and the same length, only the width The variation of the difference is thus described in terms of the width, and the first iron element y unit u, the third core unit 12, and the fourth core unit 13 are also in the form of a narrow core and a buckled state. The iron reading core and the narrow iron core Row 9 M365535 In addition, the other features in the second embodiment are the same as the first example, such as the lap joint structure, etc., and can be described in the following example. It has the following advantages: The second creation is iron (four) size, wide and narrow arrangement, which can effectively promote the magnetic properties of the above iron core. The possible embodiments are not limited to the scope of this patent. Therefore, the equivalent technical changes made by the creation of the book and the contents of the illustrations are included in the scope of this creation. [Simple description] Two-phase five-legged iron core The first embodiment of the structure is a schematic diagram of the creation. The second embodiment is a schematic diagram of the three-phase five-pin core structure of the creation. The first to the second C The schematic diagram of the three-phase five-legged iron core structure of the creation is the schematic diagram of the three-legged five-legged iron core structure of the creation. The second vertical drawing of the bundle is the schematic diagram of the core sheet gap of the creation. The third β-item is the core of the creation. The multi-layer lap joint of the sheet bundle is not intended to form an air gap. /, The fourth figure is a perspective view of the three-legged iron core transformer unit of the creation. The fifth picture is a schematic diagram of the three-legged iron core transformer unit of the present invention.成 - M365535 [Main component symbol description] 1 phase five-legged core structure 0 first core unit
0 A0 A
10 0 10 1 1 0 2 10 3 10 3 1 10 4 第二鐵心單元 1 1 A 0 2 113 1114 第三鐵心單元 1 2 A12 0 12 1 12 4 第四鐵心單元10 0 10 1 1 0 2 10 3 10 3 1 10 4 Second core unit 1 1 A 0 2 113 1114 Third core unit 1 2 A12 0 12 1 12 4 Fourth core unit
A 鐵心 中空部 鐵心段 連接端部 鐵心薄片束 鐵心薄片 搭接部 鐵心 中空部 鐵心段 連接端部 鐵心薄片束 鐵心薄片 搭接部 鐵心 中空部 鐵心段 搭接部 鐵心 11 M365535 130 中空部 131 鐵心段 134 彳合接部A core hollow core segment connecting end core sheet bundle core sheet lap joint core hollow core segment connection end core sheet bundle core sheet lap joint core hollow core segment lap joint core 11 M365535 130 hollow portion 131 core segment 134 接 接
線圈 蓋體 三相五腳鐵心變壓器單元 殼體Coil cover three-phase five-pin core transformer unit housing
W10、Wll、W12、W13 寬度 L10、Lll、L12、L13 長度 Η 高度W10, W11, W12, W13 Width L10, L11, L12, L13 Length Η Height
1212