MDX-L12M 二极管固态整流模块

Description

MDX-L12M 二极管固态整流模块

参数

MDC, MDA, MDK, MDX 系列
负载电流: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A, 300A, 400A, 500A, 800A, 1000A
尺寸和安装: 带塑料盖的面板安装固态模块，金属底座和螺钉端子；可根据“外形编号”获取相应“产品尺寸”获得相应的整体尺寸 （单击此处）

功能
● 芯片与背板之间的电绝缘，绝缘电压为2500VAC
● 国际标准包装
● “真空+加氢保护”焊接技术
● 压接式结构，出色的热循环和功率循环能力
● 如果电流低于350A，则通过强制风冷冷却模块；如果电流大于400A，则冷却方法可以是空冷或水冷
● 易于安装，易于应用和维护
● 体积小，重量轻

应用
● 交直流电动机控制系统
● 各种整流电源
● 工业加热控制系统
● 照明系统
● 非接触式开关
● 电机软启动
● 静态无功补偿器
● 电焊机
● 变频器
● UPS电源
● 电池充放电

注意事项和常见问题解答
● VDSM/VRSM=VDRM/VRRM+200V
● 除非另有说明，否则IGT, VGT, IH, VTM, 和 VISO 均在25°C下测试，表中的其他参数均在 Tjm下测试。
● I2t=I2TSM×tw/2式中, tw=正弦电流的一半。如果频率为50Hz，则 I2t=0.005I2TSM (平方安·秒)。

MDX-L12M

MDX-L12M 二极管固态整流模块

argument

MDC, MDA, MDK, MDX series
Load current: 25A, 55A, 70A, 90A, 110A, 130A, 160A, 200A, 250A, 300A, 400A, 500A, 800A, 1000A
Dimensions and mounting: Panel with plastic cover mounted solid state module, metal base and screw terminal; The corresponding “Product size” can be obtained according to the “Shape number” to obtain the corresponding overall size (click here)

Feature
● Electrical insulation between the chip and the backplane, the insulation voltage is 2500VAC
● International standard packaging
● “vacuum + hydrogen protection” welding technology
● Crimped structure, excellent thermal cycle and power cycle capability
● If the current is lower than 350A, the module is cooled by forced air cooling; If the current is greater than 400A, the cooling method can be air-cooled or water-cooled
● Easy to install, easy to apply and maintain
● Small size, light weight

Apply
● AC and DC motor control system
● Various rectifier power supplies
● Industrial heating control system
● Lighting system
● Non-contact switch
● Motor soft start
● Static reactive power compensator
● Electric welding machine
● Frequency converter
● UPS power supply
● Battery charging and discharging

Notes and frequently asked questions
● VDSM/VRSM=VDRM/VRRM+200V
Unless otherwise stated, IGT, VGT, IH, VTM, and VISO are all tested at 25°C, and other parameters in the table are tested at Tjm.
I2t=I2TSM×tw/2, tw= half of the sinusoidal current. If the frequency is 50Hz, then I2t=0.005I2TSM (square amperes · second).