DLC7000 electroplating power supply series

Series:

The DLC7000 series electroplating power supply is a new generation of environmentally friendly rectifier power supply independently designed and produced by our company, based on the introduction of advanced technologies from Europe and America and targeting China's electroplating industry.

Product Inquiry

Details

The DLC7000 series electroplating power supply is a new generation of environmentally friendly rectifier power supply independently designed and produced by our company, incorporating advanced technologies from Europe and America and targeting China's electroplating industry. This power supply features small size, light weight, high efficiency, low ripple, high frequency, high control precision, stable performance, simple operation, low noise, and significant energy saving, making it the preferred product for electroplating manufacturers. During electroplating, the power supply's pulse commutation function is used to strongly dissolve the convex parts of the coating for leveling. The dual-pulse electroplating power supply is applied to the electroplating of some special workpieces with precise tolerance requirements, and occasions where ideal results cannot be obtained with DC power supplies or single-pulse power supply electroplating, such as connectors and their pins, precision patterns, circuit board vias, microwave circuit boards, and multi-layer boards, etc., achieving very ideal results, and its application fields are constantly expanding.

Product Applications

Electroplating electrolytic power supplies are widely used in the metallurgical industry, such as extracting metals from ores or compounds (electrometallurgy) or purifying metals (electrorefining), and depositing metals from solutions (electroplating). Metallic sodium and chlorine are generated by the electrolysis of molten sodium chloride; electrolysis of an aqueous solution of sodium chloride produces sodium hydroxide and chlorine. Electrolysis of water produces hydrogen and oxygen. The electrolysis of water is the decomposition of water into H2(g) and O2(g) under the action of an external electric field. DC power supply electrolysis is a very powerful means of promoting redox reactions. Many redox reactions that are difficult to carry out can be achieved through DC power supply electrolysis. For example, molten fluorides can be oxidized into elemental fluorine at the anode, and molten lithium salts can be reduced into metallic lithium at the cathode. The electrolytic industry plays an important role in the national economy. The smelting of many non-ferrous metals (such as sodium, potassium, magnesium, aluminum, etc.) and rare metals (such as zirconium, hafnium, etc.), the refining of metals (such as copper, zinc, lead, etc.), the preparation of basic chemical products (such as hydrogen, oxygen, caustic soda, potassium chlorate, hydrogen peroxide, succinonitrile, etc.), and electroplating, electropolishing, anodizing, etc., are all achieved through DC power supply electrolysis.

Product Specifications

Model		DLC7000 Electroplating Power Supply
Manufacturing Method		SPWM
Constant Voltage Constant Current		Constant Voltage Constant Current Switchable
Constant Voltage		Current Variation Value at Constant Voltage
Constant Current		Voltage Variation Value at Constant Current
Input	Phase	1φ2W≤5K（3φ4W）≥5K
	Voltage	220V±10%(380V±10%)
	Frequency	47Hz - 63Hz
Output	Voltage	0-3000V selectable Vrms
	Current	0-20000A selectable Arms
	Control Method	Potentiometer Adjustment
	Output Method	Continuously adjustable or one-button start and segmented output
LED Display		Voltage, Current
Power Supply Regulation Rate		0.10%
Load Regulation Rate		1%
Efficiency		>92%
Ripple		Rectification
Voltage Resolution		0.01 V
Current Resolution		0.001/0.01/0.1/1 (A)
Setting Accuracy	Voltage	0-100% voltage adjustable
	Current	0-100% current adjustable
Measurement Accuracy	Voltage	0.5%FS
	Frequency	0.5%FS
Protection		Overcurrent, Overtemperature, Overload, Short Circuit
Electromagnetic Compatibility		Input EMC Filtering
Input Method		Terminal Block
Output Method		Terminal Block (Busbar)
Operating Environment		Temperature: 0-45°C, Relative Humidity 0-90%RH (non-condensing), Altitude 1500m
Insulation Resistance		500Vdc 20MQ or more
Dielectric Strength		1800Vac/5mA/1 minute
Cooling Method		Forced Fan Cooling
Communication Interface		RS232C/485 communication protocol available (optional)
Analog Interface		Analog 0-10V/5V/4-20mA control and feedback signals available (optional)
Customizable Functions		Voltage, current, and appearance can be customized
Volume		Inquiry factory
Weight (Kg)		15kg~900kg

Product Selection Table:

Output Voltage	Output Current	Output Voltage	Output Current	Output Voltage	Output Current	Output Voltage	Output Current
0-12	0-500	0-15	0-500	0-20	0-500	0-24	0-500
	0-1000		0-1000		0-1000		0-1000
	0-1500		0-1500		0-1500		0-1500
	0-2000		0-2000		0-2000		0-2000
	0-3000		0-3000		0-3000		0-3000
	0-5000		0-5000		0-5000		0-5000
	0-10000		0-10000		0-10000		0-10000
0-30	0-500	0-36	0-500	0-48	0-500	0-60	0-500
	0-1000		0-1000		0-1000		0-1000
	0-2000		0-2000		0-2000		0-2000
	0-3000		0-3000		0-3000		0-3000
	0-5000		0-5000		0-5000		0-5000
	0-10000		0-10000		0-10000		0-10000
0-80	0-300	0-100	0-300	0-150	0-300	0-200	0-300
	0-500		0-500		0-500		0-500
	0-1000		0-1000		0-1000		0-1000
	0-2000		0-2000		0-2000		0-2000
	0-3000		0-3000		0-3000		0-3000
	0-5000		0-5000		0-5000		0-5000
0-300	0-100	0-500	0-100	0-800	0-50	0-1000	0-50
	0-200		0-200		0-100		0-100
	0-500		0-500		0-200		0-200
	0-1000		0-1000		0-500		0-500
	0-2000		0-2000		0-1000		0-1000

Voltage and current values can be customized according to user needs

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