12V Water-cooled 1000A high frequency rectifier
| Model | 12V-1000A（50~5000A） | Cooling method | Water-cooded |
| Water pressure | 0.25Mpa | Water supply | 1.5M³/H |
| Output voltage | DC0-12V（0~1000V） | Output Current | 0-1000A |
| Rated power | 0~12KW | Power factor | 0.89 |
| Input voltage | 380V3P/50~60Hz | %THD | 2.97 |
| Output mode | CV&CC conversion | Load rate | ≤90% |
| Conductor | T2 red copper, copper enamelled wire | Output frequency | 20~ 35KHz |
| Protection technology | Over current , over voltage, lack of phase, 70℃ automatic protection | ||
| Working mode | Remote control box to operate V/A or timing, cable length 5M | ||
| Main components | German Infineon driver chip, Infineon IGBT, Chinese SL schottky, rectifier bridge | ||
High frequency rectifier
1000A available from stock, supporting customized higher power
Configuration of overcurrent, overpressure, overheat, short circuit, phase loss protection mode
Customizable for various power models ranging from
50~50000A
Circuit board
Self produced main control circuit board and drive circuit board with split structure; using high-end components;
The port is connected by a computer cable. Accurate control.
Module
Adopting high-performance IGBT imported driver chips ensuring stable operation and quality assurance.
Low-temperature signal acquisition design
Localized Conductive Temperature Drop Reduce Conductive Impedance
Heavy-duty radiator
The integrated cooling structure effectively reduces the risk of water leakage.
Continuous full load operation
Moisture-proof, acid and alkali resistant, fast heat dissipation
Durable oxidation-resistant tinned copper conductive sheet
Large cross-sectionconductor
The conductive board adopts T2 purple copper bars with higher conductivity coefficient.
High-Precision Oscilloscope Inspection
Comprehensive pre-production testing eliminates potential quality risks,
ensuring every piece of equipment meets specifications.
Infrared Thermal Imaging Camera Inspection
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| Ordinary thermal grease poor thermal conductivity | | | High quality heat dissipation paste with a thermal conductivity of 6.0W | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Insulation layer of ordinary transformers is relatively simple | | | New transformer adopts a double-layer insulation process | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Old style absorption leads are prone to corrosion and have a service life of approximately 1-2 years | | | Copper lead, titanium shell absorption, service life 10-20 years | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| Fast recovery diode voltage drop 0.8~1.1V, recovery time 35-85ns | | | Schottky diode, voltage drop 0.3~0.6V, recovery time<10ns | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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