Supply 475V1000UF High Energy Storage Quick Charge and Discharge Capacitor Capsun Quality Assurance Avx Samsung Capacitor

Custom-made products with charge-discharge temperature greater than 30 million times supply genuine 475V1000uf Qinghao electronic charge-discharge capacitors LHD/CD13A series of charge-discharge capacitors Price capacitor diameter 76mm capacitor height (excluding connection post) 145mm foot pitch 32mm bolt connection post height 6.5mm bolt connection post diameter 10mm M5 bolt inside and outside cross hexagonal red rubber tube black font capacitor fixing method Using three-hole binding can also choose the bottom with bolts, that is, double-head bolts to capacitor company's development of more than 30 million times of charging and discharging to ensure the actual use of the LHD series for more than five years, not only to ensure the rapid charging and discharging function of energy storage spot welding machine, but also suitable for high AC ripple occasions or power factor adjustment circuit. This one is designed on the basis of imported capacitors, with special ion conduction and heat dissipation technology, Panasonic branch chain ammonia salts and nano-material surface complexing agent electrolyte. The overall parameters of the electrolytic capacitor exceed the imported discharge capacitor. The manufacturer of the aluminium electrolytic capacitor can discharge instantaneously or completely in an instant. The pulse width of the special customized product can exceed 0.3ms. The magnitude of the pulse current can be adjusted automatically.
Product voltage: 475V

Product capacity: 1000 mF

Product size: 76mm*145mm

Product service temperature: 105 degrees

Product life: up to 30 million life cycles

Voltage Capacity Dimension Loss Angle Tangent Value

Tangent value of loss angle (tan_ delta) of 1000UF475V 76x143 at 20 C 0.15

The LHD series developed by our company is suitable for fast discharge and stud welding of energy storage spot welding machine. It adopts foreign capacitance design concepts and electrolytes of branched chain ammonia salts and surface complexing agents of nanomaterials. The overall parameters are identical with those of similar products abroad.