產品詳情
D-576547713600西門子參數設置方法
D-576547713600西門子變頻器電容更換周期查詢
D-576547713600西門子直流匯流排設計規范介紹
D-576547713600西門子銅排選型注意事項指南
D-576547713600西門子變頻器直流匯流排特點
D-576547713600西門子變頻器電容介紹
D-576547713600是西門子變頻器中使用的直流匯流排母排銅排,以下從其結構、功能、特點及應用幾個方面展開介紹:
?一、結構與組成?
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?母排結構?:
- D-576547713600母排采用一體化金屬導電板設計,包括母排負極板、母排正極板、絕緣板和絕緣紙,通過拉釘固定連接。
- 母排負極板與整流模塊、IGBT模塊直接連接,正極板與直流電抗器連接,形成穩定的電氣通路。
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?電容組件?:
- 母排上安裝有電解電容,形成電容組,用于濾波和穩壓。
- 電容組通過連接銅條串聯,并設有均壓電阻,確保電容電壓均衡。
?二、功能與作用?
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?電氣連接?:
- 母排作為直流匯流排,連接整流模塊、IGBT模塊和直流電抗器,形成變頻器主回路的核心部分。
- 通過正極出線端子和負極出線端子,實現與IGBT模塊的準確搭接連接。
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?濾波與穩壓?:
- 母排上的電解電容用于濾波,減少主回路中的寄生電感,提高變頻器工作的穩定性。
- 均壓電阻確保電容電壓均衡,延長電容使用壽命。
?三、特點與優勢?
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?一體化設計?:
- 母排采用一體化金屬導電板,結構穩定可靠,安裝效率高。
- 拉釘固定連接方式,提高了母排裝配的穩定性。
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?高效電氣連接?:
- 母排負極板與整流模塊、IGBT模塊直接搭接連接,減少了電氣連接點,降低了接觸電阻。
- 正極出線端子和負極出線端子嵌設在絕緣紙側面的限位面內,結構簡單,便于安裝。
-
?節省空間?:
- 母排正極銅排采用Z字型結構,置于三相交流輸入銅排的上方,節省了安裝空間。
- 輸出銅排有效地使用了端子安裝架下方的可利用空間,縮小了元器件安裝所占用的空間。
?四、應用與場景?
D-576547713600母排銅排廣泛應用于西門子變頻器中,是變頻器主回路的重要組成部分。其穩定可靠的電氣連接和高效的濾波穩壓功能,確保了變頻器在各種工業應用中的穩定運行。
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MSK070C-0300-NN-M1-UP1-NNNN
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伺服驅動器,R911331611
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6181P-15TPXP 1 38219
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ATV650D30N4, Qty = 1
D-576547713600 is a DC busbar copper busbar used in Siemens frequency converters. The following will introduce its structure, function, characteristics, and applications from several aspects:
1、 Structure and Comb
Mother row structure:
D-576547713600 busbar adopts an integrated bl conductive plate design, including busbar negative plate, busbar positive plate, insulation plate, and insulation paper, which are fixed and connected by rivets.
The negative plate of the busbar is directly connected to the rectifier module and IGBT module, while the positive plate is connected to the DC reactor, bing a stable electrical circuit.
Capacitive components:
Electrolytic capacitors are installed on the busbar to b a capacitor group for filtering and voltage stabilization.
The capacitor group is connected in series with copper bars and equipped with a voltage equalization resistor to ensure balanced capacitor voltage.
2、 Function and Function
Electrical connection:
As a DC busbar, the busbar connects the rectifier module, IGBT module, and DC reactor, bing the core part of the main circuit of the frequency converter.
Accurate overlap connection with IGBT module is achieved through positive and negative terminal connections.
Filtering and voltage stabilization:
The electrolytic capacitors on the busbar are used for filtering, reducing parasitic inductance in the main circuit, and improving the stability of the inverter operation.
The voltage equalization resistor ensures the voltage balance of the capacitor and extends its service life.
3、 Characteristics and advantages
Integrated design:
The busbar adopts an integrated bl conductive plate, which has a stable and reliable structure and high installation efficiency.
The fixed connection b with rivets improves the stability of busbar assembly.
Efficient electrical connection:
The negative electrode of the busbar is directly connected to the rectifier module and IGBT module, reducing electrical connection points and lowering contact resistance.
The positive terminal and negative terminal are bded in the limiting surface on the side of the insulating paper, with a simple structure and easy installation.
Space saving:
The positive copper busbar of the busbar adopts a Z-shaped structure and is placed above the three-phase AC b copper busbar, saving installation space.
The output copper bar effectively utilizes the available space below the terminal mounting bracket, reducing the space occupied by component installation.
4、 Applications and Scenarios
D-576547713600 busbar copper bar is widely used in Siemens frequency converters and is an important component of the main circuit of the frequency converter. Its stable and reliable electrical connections, as well as efficient filtering and voltage regulation functions, ensure the stable operation of the frequency converter in various industrial applications.



