弹簧触指连接器
New energy era, the current is unimpeded here
大电流簧中簧插孔
High Current SiS Socket
SiS Socket
电流 Current 5 – 7000 A 使用插针 0.80mm 到 900mm
Mated Pin 0.80mm to 900mm
SiSe
大电流连接解决方案
High Current Connecting Solutions
Pin Body
? 公司简介Company Profile …
簧中簧电子开发出一种新型的双向螺旋弹簧触指
（SiS ?），适用于大电流连接器，构成一个以上的列变形的接触点（160点或以上）。超过100,000次插拔，电流密度和温升接近于传送电缆或铜排，约10N 的插入力。
公司成立于2011年，专业生产SiS 插孔和微型弹性电子元器件，拥有数控加工中心，触指车间，实验室。2012年获得ISO9001质量体系认证。
公司拥有多项国家发明专利，并按照国际标准，产品测试。
高电流簧中簧插孔
High Current
Electronics Component
5 – 7000 A SiS Electronics has developed a new type of
Bidirectional-spiral Canted-Spring Touching-Finger (SiS ?) , constitute more than one column deformation point of contact (up to 160 points or more). More than 100,000 cycles, The current density and temperature of Touching-Finger close to the transmission cable or Copper Bar, the insertion force of about 10N.
Founded in 2011, SiSe professionally produced SiS Socket and the micro elastic Electronics components, the company has a CNC center, the Touching-Finger
workshop, laboratory. Obtained ISO9001 quality system certification in 2012,
The company has a number of national Invention patents, and product testing by international standards.
?主要技术参数 The main technical parameters ? 插入力和拔出力Insertion force and withdrawal force ： ? 使用材料 Use of materials
Body ：Copper or Brass, Ni or Ag or Au Touching-Finger: Copper, Ni or Ag or Au Cover: Brass, Ni
Bone_Spring: Stainless Steel Fixed_Spring: Stainless Steel
? 机械性能 Mechanical properties
? 震动 Vibration(GB-T2423.10-1995):
According to the MIL-STD-202G method 204D condition D: Condition: a) Maximum total amplitude ： 1.51mm or 50G b) Frequency: 10 to 2000Hz c) Test Condition:
10 to 2000to 10Hz ( a cycle), 1 cycle -20min
12cycls each direction; 36cycles in total (12H) Judgment: no intermittency more than 1us.
? 冲击 Shock (GB 2761-1994-4.16)： The mechanical shock:
According to the MIL-STD-202G method 213B Condition A Condition: a) Shock application: 490.3N(50G) b) Normal duration: 11ms c) Waveform: half-sine
d) Direction/Time: 3shocks each direction of 3 axes (18shock in all) Judgment: no intermittency more than 1us.
触摸手指的每个环的弹性变形，随插针的逐渐插入和拔出而逐渐变形，所以其插入力逐渐增加，拉出力逐渐减少，10N 左右。
Touching-Finger elastic deformation of each ring is followed by gradual insertion and gradually pull out gradually deformed, so the insertion force is gradually increased, pull out gradually reduced, single-core is probably about 10N with the plug. ? 寿命 Durability ：
双向螺旋弹簧触指，逐渐弹性变形可以有效地提高插头和插座插拔次数，高达10万次。
Bidirectional spiral spring gradually elastic deformation can effectively improve the plug and receptacle mating cycles (up to 100K cycles).
? 电气性能 Electrical properties
? 结构 Structure
Body
Touching-Finger Cover
SiS Socket
Touching Finger
额定电流 Rated current : 15 – 7000A
额定电压 Rated voltage: 设计定义 Customer-defined 接触阻抗 Contact Resistance: 0.20 m Ω
Fixed-Spring
SiSe
C1, C2, OS1, OS2, TH1,TH2,TH3,TH4
Touching-Finger can effectively enhance the cross-sectional area of the current, in order to ensure the current density of the cable, pins, finger touch and jack is basically the same.
Frequent bidirectional spiral spring and pin plug, surface coated with the wear resistance of the silver, while
adjusting with the size of the finger touch and pin to ensure that each ring spring pin inserted positive pressure in order to obtain less contact with the surface impedance RC and good insertion and extraction forces.
Calculated on the bidirectional-way spiral spring touch the great multi-touch contact (up to 400) and insertion and extraction forces, to achieve high current connector temperature rise, tens of thousands of mating cycles.
C1 Series
C2 Series
OS1 Series
OS2 Series
TH1 Series
TH2 Series
TH4 Series TH3 Series
簧中簧插孔种类
SiS Socket Type
弹簧触指可以有效地增强横截面面积，以确保电缆的电流密度下，插针、触摸和插孔基本上是相同的。触指和插针，表面电镀有耐磨损银，同时调整的触指和装置孔的尺寸，以确保每个环弹簧结于插入插针正压力，以获得较少的接触的表面阻抗RC 和良好的插入和拔出力。双向螺旋弹簧触指提供多触点接触（400个）。
铆线电源插孔 Crimping SiS Socket
焊接或螺纹电源插孔
Welding or threaded power Jack
穿孔式电源插孔
Through-Hole SiS Socket
单芯大电流航空接头
Single-core high current aviation connector
SiS3.60 Socket SAE J1772 EV Charger
SiS6.00 Socket GB EV Charger