描述
ABB 5SND0800M170100产品详情
5SND0800M170100是ABB集团生产的一款中高压绝缘栅双极型晶体管（IGBT）模块，属于半导体功率器件领域，专为中压工业驱动、电力电子及可再生能源系统设计。以下是详细的产品解析：
一、产品定位与核心作用
定位
**5SND0800M170100是ABB中高压IGBT模块系列中的中功率型产品，采用第5代IGBT芯片技术，结合低损耗、高短路耐受、高可靠性设计，适用于中压（如3.3kV、4.16kV）工业驱动、电力电子设备等场景。
设计特点：针对中电压（1700V~3300V）、中电流（800A）、中高频开关（5kHz~20kHz）需求优化，具备低导通压降、低开关损耗、高抗电磁干扰（EMI）能力。
典型应用场景
工业驱动：
中压电机调速：如压缩机、风机、泵类负载（功率范围500kW~2MW），常见于化工、冶金、水泥等行业。
轨道交通牵引：如地铁、轻轨车辆的辅助逆变器（将直流1500V转换为交流380V）。
电力电子：
中压静止无功发生器（SVG）：用于电网电压稳定、功率因数校正（容量范围1Mvar~10Mvar）。
有源滤波器（APF）：补偿电网中的谐波电流，提升电能质量。
可再生能源：
风力发电变流器：如双馈式风电机组的网侧/机侧变流器（额定电压690V，通过变压器升压至中压）。
光伏逆变器：如中压集中式光伏电站的1000V逆变系统（部分项目采用1500V系统，需选配更高电压等级模块）。
核心作用
功率转换：实现直流电（DC）与交流电（AC）的高效双向转换，支持电机调速、电网功率调节。
节能降耗：通过低损耗设计，减少开关过程中的能量损耗，提升系统效率（如变频器效率提升2%~4%）。
系统保护：内置过温、过压、过流保护电路，防止器件损坏或系统故障，延长设备寿命。
二、技术规格与性能参数
1.电气参数
额定电压（V_CES）：1700V（典型值，适用于3.3kV系统，可定制2200V/3300V版本）。
额定电流（I_C）：800A（壳温80℃时的连续导通电流，支持1.2倍过载1分钟）。
短路耐受时间（T_sc）：≥10μs（符合IEC 60747-9标准，可承受8倍额定电流的短路冲击）。
开关频率：5kHz~20kHz（典型值，高频应用下需优化散热设计）。
导通压降（V_CE(sat)）：≤2.2V（ I_C=800A,T_j=125℃），低导通损耗设计。
开关损耗（E_on+E_off）：≤15mJ（ V_CC=1700V,I_C=800A,T_j=125℃），降低高频开关损耗。
2.机械结构
封装形式：压接式（Press-Pack），采用无引线、无焊接连接，通过弹簧压力实现电气与热接触，具备高抗震性、低热阻特性。
外壳材料：高导热铝合金（6061-T6），表面阳极氧化处理，耐腐蚀性符合IEC 60529 IP65标准。
尺寸（长×宽×高）：约200mm×150mm×50mm（具体以ABB官方数据为准），紧凑设计节省安装空间。
重量：约5kg（含内部芯片、散热基板等）。
3.热性能
热阻（R_th(j-c)）：≤0.05K/W（芯片到外壳的热阻，低热阻设计提升散热效率）。
最高结温（T_jmax）：150℃（短期过载可承受175℃，但需降额使用）。
冷却方式：水冷或强制风冷，推荐水冷散热（流速≥3L/min，水温≤35℃）以实现800A连续电流运行。
ABB 5SND0800M170100 Product Details
The 5SND0800M170100 is a medium-and high-voltage insulated-gate bipolar transistor(IGBT)module manufactured by ABB.It belongs to the semiconductor power device category and is designed for medium-voltage industrial drives,power electronics,and renewable energy systems.The following is a detailed product overview:
I.Product Positioning and Core Function
Positioning
**The 5SND0800M170100 is a medium-power product in ABB’s medium-and high-voltage IGBT module series.Utilizing fifth-generation IGBT chip technology,it combines low losses,high short-circuit withstand,and high reliability.It is suitable for medium-voltage(e.g.,3.3kV and 4.16kV)industrial drives and power electronics applications.
Design Features:Optimized for medium voltage(1700V-3300V),medium current(800A),and medium-high frequency switching(5kHz-20kHz),it features low on-state voltage drop,low switching losses,and high electromagnetic interference(EMI)immunity.
Typical Applications:
Industrial Drives:
Medium-voltage motor speed control:Loads such as compressors,fans,and pumps(power range 500kW-2MW),commonly found in the chemical,metallurgical,and cement industries.
Rail Transit Traction:Auxiliary inverters for subways and light rail vehicles(converting 1500V DC to 380V AC).
Power Electronics:
Medium-voltage Static Var Generators(SVGs):Used for grid voltage stabilization and power factor correction(capacity range 1Mvar-10Mvar).
Active Power Filters(APFs):Compensate for harmonic currents in the grid and improve power quality.Renewable Energy:
Wind turbine converters:such as the grid-side/generator-side converters of doubly-fed wind turbines(rated voltage 690V,boosted to medium voltage via a transformer).
Photovoltaic inverters:such as the 1000V inverter systems of medium-voltage centralized photovoltaic power plants(some projects use 1500V systems,requiring optional modules with higher voltage ratings).
Core Functions
Power Conversion:Enables efficient bidirectional conversion between direct current(DC)and alternating current(AC),supporting motor speed regulation and grid power regulation.
Energy Saving and Consumption Reduction:Low-loss design reduces energy loss during switching,improving system efficiency(e.g.,increasing inverter efficiency by 2%-4%).
System Protection:Built-in over-temperature,over-voltage,and over-current protection circuits prevent component damage or system failure,extending equipment life.II.Technical Specifications and Performance Parameters
1.Electrical Parameters
Rated voltage(V_CES):1700V(typical,suitable for 3.3kV systems,2200V/3300V versions available).
Rated current(I_C):800A(continuous conduction current at a case temperature of 80°C,supporting 1.2 times the rated current for 1 minute).
Short-circuit withstand time(T_sc):≥10μs(compliant with IEC 60747-9 standard,can withstand short-circuit surges of 8 times the rated current).
Switching frequency:5kHz-20kHz(typical;optimized heat dissipation design is required for high-frequency applications).
On-state voltage drop(V_CE(sat)):≤2.2V( I_C=800A,T_j=125°C),low conduction loss design.Switching losses(E_on+E_off):≤15mJ( V_CC=1700V,I_C=800A,T_j=125°C),reducing high-frequency switching losses.
2.Mechanical Structure
Package:Press-Pack,featuring leadless,solderless connections.Spring pressure ensures electrical and thermal contact,resulting in high vibration resistance and low thermal resistance.
Casing Material:High-thermal-conductivity aluminum alloy(6061-T6),anodized surface,corrosion resistance meets IEC 60529 IP65 standards.
Dimensions(L×W×H):Approximately 200mm×150mm×50mm(specifications subject to ABB official data).Compact design saves installation space.
Weight:Approximately 5kg(including internal chip,heat sink,etc.).3.Thermal Performance
Thermal Resistance(R_th(j-c)):≤0.05K/W(chip-to-case thermal resistance;low thermal resistance design improves heat dissipation efficiency).
Maximum Junction Temperature(T_jmax):150°C(can withstand 175°C for short-term overload,but with derating).
Cooling Method:Water cooling or forced air cooling.Water cooling(flow rate≥3L/min,water temperature≤35°C)is recommended to achieve 800A continuous current operation.
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