MXR100060BL-DC 60KW liquid cooling dc dc silicon carbide power modules
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Product Introduction
The MXR100060BL-DC is a high-performance 60kW liquid-cooled DC-DC power module built with advanced silicon carbide (SiC) technology. Designed for electric vehicle (EV) fast charging and energy storage applications, it features ultra-wide voltage input/output ranges, high constant power operation, and peak efficiency exceeding 97.5%. With a noise-free liquid cooling system and robust anti-condensation design, this module is ideal for demanding environments requiring efficient and reliable high-voltage DC conversion.
Module Features
◆ Liquid cooling, glue-filling
Zero noise, high protection.
◆ Ultra-wide input voltage range
Input voltage range: 450Vac~920Vdc.
◆ Ultra-wide output voltage range
Output voltage range: 200~1000Vdc.
◆ Ultra-wide constant power range
Output constant power range: 300~1000Vdc.
◆ Super high working efficiency
The peak working efficiency is greater than 97.5%.
◆ Anti-condensation designPerformance curve
Output Characteristic Curve
Temperature derating curve
DC input voltage derating curve
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Input Voltage450Vdc~920Vdc, +/- wiring harness+PE
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Input Current<100A
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Input current ripple<7 Arms
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Output Power60kw
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Output Voltage Range200VDC～1000VDC
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Output Current Range0~200A
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Voltage stabilized accuracy<±0.5%
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Current stabilized accuracy<±1%
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Liquid Flow≥8L/min
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Water pressure drop<50kPa @10LPM
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Maximum inlet pressure500kPa
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CoolantA 1:1 mixture of ethylene glycol and water, or pure (deionized) water.
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Inlet temperature-40~70℃ (-40~50℃, can operate at full power, 50~70℃ derating operation)
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AltitudeFull load output below 2000m
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Operating TemperatueTemperature: -40~70℃ Humidity: <95%
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Storage TemperatureTemperature: -40~70℃ Humidity: <95%
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Size(W×D×H)410×500×132mm
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Weight<47kg
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Efficiency(full load)>97.5%
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Cooling ModeLiquid cooling
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Communication MethodCAN
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Parallel Module Quantity≤60 pieces
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Standby Power consumption<12W
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Emergency Stop SignalWhen there is no external signal or a 0V external signal, the module operates normally. When a 12V external signal is applied, the module shuts down
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