←
工程 Markdown
IEB-63H-M
已按原始 PDF 重建 7 页 · 6 页需重点核对
待完善
修改记录
隐藏 PDF
编辑
预览
更改已保存
# IEB-63H-M <!-- source-page:1 --> IEB-63M/H Series Miniature Circuit Breaker Standard EN/IEC 60898-1 GB/T 10963.1 Breaking capacity(kA) 6,10 Protection Against overload and short circuit Rated current(A) In 1,2,3,4,6,10,13,16,20,25,32,40,50,63 Rated voltage(V) 1P,2P AC 230 3P,4P AC 400 Rated impulse withstand voltage Uimp(kV) 4 Rated insulation voltage Ui(V) 500 Energy limiting class 3 Ambient temperature (℃) -25~+40,Max.95%humidity Thermal operating limit 1.13 xIn No tripping within an hour 1.45 xIn Tripping within an hour Magnertic operating B:(3-5)xIn,C:(5-10)xIn,D:(10-20)xln Number of poles 1P,2P,3P and 4P Type of trip Thermal/ magnetic release Terminal capacity 16mm2 flexible or 25mm2 rigid Protection degree IP20 Installation Mounting on 35mm DIN rail Width 17.8mm per pole IEB-63H-1P IEB-63H-2P IEB-63H-3P IEB-63H-4P 05 <!-- source-page:2 --> IEB-63M Series Miniature Circuit Breaker Rated current(A) Packing unit C curve B curve D curve 1 IEB-63M/1-B1 IEB-63M/1-C1 IEB-63M/1-D1 2 IEB-63M/1-B2 IEB-63M/1-C2 IEB-63M/1-D2 3 IEB-63M/1-B3 IEB-63M/1-C3 IEB-63M/1-D3 4 IEB-63M/1-B4 IEB-63M/1-C4 IEB-63M/1-D4 6 IEB-63M/1-B6 IEB-63M/1-C6 IEB-63M/1-D6 12 10 IEB-63M/1-B10 IEB-63M/1-C10 IEB-63M/1-D10 ON 13 IEB-63M/1-B13 IEB-63M/1-C13 IEB-63M/1-D13 16 IEB-63M/1-B16 IEB-63M/1-C16 IEB-63M/1-D16 20 IEB-63M/1-B20 IEB-63M/1-C20 IEB-63M/1-D20 25 IEB-63M/1-B25 IEB-63M/1-C25 IEB-63M/1-D25 IEB-63M-1P 32 IEB-63M/1-B32 IEB-63M/1-C32 IEB-63M/1-D32 40 IEB-63M/1-B40 IEB-63M/1-C40 IEB-63M/1-D40 50 IEB-63M/1-B50 IEB-63M/1-C50 IEB-63M/1-D50 63 IEB-63M/1-B63 IEB-63M/1-C63 IEB-63M/1-D63 ON ON 6 1 IEB-63M/2-B1 IEB-63M/2-C1 IEB-63M/2-D1 2 IEB-63M/2-B2 IEB-63M/2-C2 IEB-63M/2-D2 3 IEB-63M/2-B3 IEB-63M/2-C3 IEB-63M/2-D3 4 IEB-63M/2-B4 IEB-63M/2-C4 IEB-63M/2-D4 6 IEB-63M/2-B6 IEB-63M/2-C6 IEB-63M/2-D6 10 IEB-63M/2-B10 IEB-63M/2-C10 IEB-63M/2-D10 13 IEB-63M/2-B13 IEB-63M/2-C13 IEB-63M/2-D13 16 IEB-63M/2-B16 IEB-63M/2-C16 IEB-63M/2-D16 20 IEB-63M/2-B20 IEB-63M/2-C20 IEB-63M/2-D20 25 IEB-63M/2-B25 IEB-63M/2-C25 IEB-63M/2-D25 IEB-63M-2P 32 IEB-63M/2-B32 IEB-63M/2-C32 IEB-63M/2-D32 40 IEB-63M/2-B40 IEB-63M/2-C40 IEB-63M/2-D40 50 IEB-63M/2-B50 IEB-63M/2-C50 IEB-63M/2-D50 63 IEB-63M/2-B63 IEB-63M/2-C63 IEB-63M/2-D63 06 <!-- source-page:3 --> IEB-63M Series Miniature Circuit Breaker Rated current(A) Packing unit C curve B curve D curve 1 IEB-63M/3-B1 IEB-63M/3-C1 IEB-63M/1-D1 2 IEB-63M/3-B2 IEB-63M/3-C2 IEB-63M/1-D2 3 IEB-63M/3-B3 IEB-63M/3-C3 IEB-63M/1-D3 4 IEB-63M/3-B4 IEB-63M/3-C4 IEB-63M/1-D4 ON ON ON 6 IEB-63M/3-B6 IEB-63M/3-C6 IEB-63M/1-D6 4 10 IEB-63M/3-B10 IEB-63M/3-C10 IEB-63M/1-D10 13 IEB-63M/3-B13 IEB-63M/3-C13 IEB-63M/1-D13 16 IEB-63M/3-B16 IEB-63M/3-C16 IEB-63M/1-D16 20 IEB-63M/3-B20 IEB-63M/3-C20 IEB-63M/1-D20 25 IEB-63M/3-B25 IEB-63M/3-C25 IEB-63M/1-D25 IEB-63M-3P 32 IEB-63M/3-B32 IEB-63M/3-C32 IEB-63M/1-D32 40 IEB-63M/3-B40 IEB-63M/3-C40 IEB-63M/1-D40 50 IEB-63M/3-B50 IEB-63M/3-C50 IEB-63M/1-D50 ON ON ON ON 63 IEB-63M/3-B63 IEB-63M/3-C63 IEB-63M/1-D63 3 1 IEB-63M/4-B1 IEB-63M/4-C1 IEB-63M/4-D1 2 IEB-63M/4-B2 IEB-63M/4-C2 IEB-63M/4-D2 3 IEB-63M/4-B3 IEB-63M/4-C3 IEB-63M/4-D3 4 IEB-63M/4-B4 IEB-63M/4-C4 IEB-63M/4-D4 6 IEB-63M/4-B6 IEB-63M/4-C6 IEB-63M/4-D6 10 IEB-63M/4-B10 IEB-63M/4-C10 IEB-63M/4-D10 13 IEB-63M/4-B13 IEB-63M/4-C13 IEB-63M/4-D13 16 IEB-63M/4-B16 IEB-63M/4-C16 IEB-63M/4-D16 20 IEB-63M/4-B20 IEB-63M/4-C20 IEB-63M/4-D20 25 IEB-63M/4-B25 IEB-63M/4-C25 IEB-63M/4-D25 IEB-63M-4P 32 IEB-63M/4-B32 IEB-63M/4-C32 IEB-63M/4-D32 40 IEB-63M/4-B40 IEB-63M/4-C40 IEB-63M/4-D40 50 IEB-63M/4-B50 IEB-63M/4-C50 IEB-63M/4-D50 63 IEB-63M/4-B63 IEB-63M/4-C63 IEB-63M/4-D63 07 <!-- source-page:4 --> IEB-63H Series Miniature Circuit Breaker Rated current(A) Packing unit C curve B curve D curve 1 IEB-63H/1-B1 IEB-63H/1-C1 IEB-63H/1-D1 2 IEB-63H/1-B2 IEB-63H/1-C2 IEB-63H/1-D2 3 IEB-63H/1-B3 IEB-63H/1-C3 IEB-63H/1-D3 4 IEB-63H/1-B4 IEB-63H/1-C4 IEB-63H/1-D4 ON 6 IEB-63H/1-B6 IEB-63H/1-C6 IEB-63H/1-D6 12 10 IEB-63H/1-B10 IEB-63H/1-C10 IEB-63H/1-D10 13 IEB-63H/1-B13 IEB-63H/1-C13 IEB-63H/1-D13 16 IEB-63H/1-B16 IEB-63H/1-C16 IEB-63H/1-D16 20 IEB-63H/1-B20 IEB-63H/1-C20 IEB-63H/1-D20 25 IEB-63H/1-B25 IEB-63H/1-C25 IEB-63H/1-D25 IEB-63H-1P 32 IEB-63H/1-B32 IEB-63H/1-C32 IEB-63H/1-D32 40 IEB-63H/1-B40 IEB-63H/1-C40 IEB-63H/1-D40 50 IEB-63H/1-B50 IEB-63H/1-C50 IEB-63H/1-D50 63 IEB-63H/1-B63 IEB-63H/1-C63 IEB-63H/1-D63 ON ON 6 1 IEB-63H/2-B1 IEB-63H/2-C1 IEB-63H/2-D1 2 IEB-63H/2-B2 IEB-63H/2-C2 IEB-63H/2-D2 3 IEB-63H/2-B3 IEB-63H/2-C3 IEB-63H/2-D3 4 IEB-63H/2-B4 IEB-63H/2-C4 IEB-63H/2-D4 6 IEB-63H/2-B6 IEB-63H/2-C6 IEB-63H/2-D6 10 IEB-63H/2-B10 IEB-63H/2-C10 IEB-63H/2-D10 13 IEB-63H/2-B13 IEB-63H/2-C13 IEB-63H/2-D13 16 IEB-63H/2-B16 IEB-63H/2-C16 IEB-63H/2-D16 20 IEB-63H/2-B20 IEB-63H/2-C20 IEB-63H/2-D20 25 IEB-63H/2-B25 IEB-63H/2-C25 IEB-63H/2-D25 IEB-63H-2P 32 IEB-63H/2-B32 IEB-63H/2-C32 IEB-63H/2-D32 40 IEB-63H/2-B40 IEB-63H/2-C40 IEB-63H/2-D40 50 IEB-63H/2-B50 IEB-63H/2-C50 IEB-63H/2-D50 63 IEB-63H/2-B63 IEB-63H/2-C63 IEB-63H/2-D63 08 <!-- source-page:5 --> IEB-63H Series Miniature Circuit Breaker ON ON ON IEB-63H-3P ON ON ON ON IEB-63H-4P 09 Rated current(A) C curve B curve D curve Packing unit 1 IEB-63H/3-B1 IEB-63H/3-C1 IEB-63H/1-D1 2 IEB-63H/3-B2 3 IEB-63H/3-B3 4 IEB-63H/3-B4 6 IEB-63H/3-B6 10 IEB-63H/3-B10 13 IEB-63H/3-B13 16 IEB-63H/3-B16 20 IEB-63H/3-B20 25 IEB-63H/3-B25 32 IEB-63H/3-B32 40 IEB-63H/3-B40 50 IEB-63H/3-B50 63 IEB-63H/3-B63 1 IEB-63H/4-B1 2 IEB-63H/4-B2 3 IEB-63H/4-B3 4 IEB-63H/4-B4 6 IEB-63H/4-B6 10 IEB-63H/4-B10 13 IEB-63H/4-B13 16 IEB-63H/4-B16 20 IEB-63H/4-B20 25 IEB-63H/4-B25 32 IEB-63H/4-B32 40 IEB-63H/4-B40 50 IEB-63H/4-B50 63 IEB-63H/4-B63 IEB-63H/3-C2 IEB-63H/3-C3 IEB-63H/3-C4 IEB-63H/3-C6 IEB-63H/3-C10 IEB-63H/3-C13 IEB-63H/3-C16 IEB-63H/3-C20 IEB-63H/3-C25 IEB-63H/3-C32 IEB-63H/3-C40 IEB-63H/3-C50 IEB-63H/3-C63 IEB-63H/4-C1 IEB-63H/4-C2 IEB-63H/4-C3 IEB-63H/4-C4 IEB-63H/4-C6 IEB-63H/4-C10 IEB-63H/4-C13 IEB-63H/4-C16 IEB-63H/4-C20 IEB-63H/4-C25 IEB-63H/4-C32 IEB-63H/4-C40 IEB-63H/4-C50 IEB-63H/4-C63 IEB-63H/1-D2 IEB-63H/1-D3 IEB-63H/1-D4 IEB-63H/1-D6 4 IEB-63H/1-D10 IEB-63H/1-D13 IEB-63H/1-D16 IEB-63H/1-D20 IEB-63H/1-D25 IEB-63H/1-D32 IEB-63H/1-D40 IEB-63H/1-D50 IEB-63H/1-D63 3 IEB-63H/4-D1 IEB-63H/4-D2 IEB-63H/4-D3 IEB-63H/4-D4 IEB-63H/4-D6 IEB-63H/4-D10 IEB-63H/4-D13 IEB-63H/4-D16 IEB-63H/4-D20 IEB-63H/4-D25 IEB-63H/4-D32 IEB-63H/4-D40 IEB-63H/4-D50 IEB-63H/4-D63 <!-- source-page:6 --> IEB-63M/H Series Miniature Circuit Breaker Curves Overcurrent protecting characteristics Rated current of release(A) NO. Initial state Test current Specified time Result to be obtained Remarks 1 1-63 cold state upon the previous test 1.13In t≤1h Non-trip Setting current up to specified value steadily in 5s 2 1-63 1.45In t<1h trip In≤32 1s<t<60s 3 2.55In cold state trip In>32 1s<t<120s B type B type 5ln 5In 10ln 10In 20ln 3In t≤0.1s Non-trip t<0.1s trip t≤0.1s Non-trip C type C type t<0.1s trip t≤0.1s Non-trip D type D type t<0.1s trip 4 1-63 cold state Endurance(operations) Category Operations Operation frequency Rated current Electrical endurance 4000 240/h 1-32 120/h 40-63 Mechanical endurance 10000 240/h 1-63 Features Much higher short circuit breaking capacity, Dual-connection convenient for both standard busbar and conductor connection. Improved safety of operators offered by special design from terminals. Much longer service life thanks to energy-storage operating mechanism.Enclosure and functional parts made from imported plastics with flame-retardant, heat-resistant, and impulse-proof properties.Higher current-limiting capacity ensuring a cost-effective range of products. Different handle color for different rated current with contactor condition indicator. Overall and mounting dimensions 73±0.5 17.8±0.2 35.6±0.4 53.4±0.6 71.2±0.8 50.2±0.5 81.5±0.5 81.5±0.5 81.5±0.5 81.5±0.5 35.7±0.5 84.7±0.5 45±0.5 IEB-63M/IEB-63H 10 <!-- source-page:7 --> IEB-63M/H Series Miniature Circuit Breaker Core Advantages Fast Clip Design Improve installation efficiency and adapt to mass production Overload Protection Adoption of thermal bimetal mechanical structure, stable and reliable Performance Optimization 1.Increase riveting hole design -reinforced shell construction. 2.Increased flywire spring design - for automated assembly 3.Increase energy storage mechanism design - fast closing, extend contact life, improve breaking performance. 4.Tesla valve" design - prevents airflow backflow. 5.Full torque boost - ultimate torque 4N·m 6.Electromagnetic system - the use of three sides surrounded by the yoke design to increase the electromagnetic force output by 30%, to improve the operating speed of the mechanism 11 Energy Storage Adoption of fast closing mechanism to enhance contact life Short-circuit Protection Short-circuit breaking capacity is 6000A Current limitation level 3
编辑：IEB-63H-M · MAXGE Markdown 工作台