60V 300A 18KW Plating Rectifier with 4~20mA Analog Interface Rectifier for Electroplating

Product Description:

The GKD60-300CVC customized dc power supply is with local panel control. It can be adjusted by the buttons on the surface of the case. Using air cooling to cool down the equipment. The input voltage is 415V 3 P. The output power is 18kw. The power supply has CC functions.

Product size: 55*46*25.5cm

Net weight: 34kg

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Specification
Faucet Type	Bathroom Sink Faucets,
Installation Type	Centerset,
Installation Holes	One Hole,
Number of Handles	Single Handle,
Finish	Ti-PVD,
Style	Country,
Flow Rate	1.5 GPM (5.7 L/min) max,
Valve Type	Ceramic Valve,
Cold and Hot Switch	Yes,
Dimensions
Overall Height	240 mm ( 9.5 " ),
Spout Height	155 mm ( 6.1 " ),
Spout Length	160 mm ( 6.3 " ),
Faucet center	Single Hole,
Material
Faucet Body Material	Brass,
Faucet Spout Material	Brass,
Faucet Handle Material	Brass,
Accessories Information
Valve included	Yes,
Drain included	No,
Weights
Net Weight (kg)	0.99,
Shipping Weight (kg)	1.17,

feature

Input Parameters

AC Input 415V Three Phase
Output Parameters

DC 0~60V 0~300A continuously adjustable
Output Power

18KW
Cooling Method

Forced air cooling
Control Mode

Local panel control
Screen Display

Digital display
Multiple Protections

OVP, OCP, OTP, SCP, lack phase, short circuit protections
Tailored Design

Support OEM &ODM
Output Efficiency

≥90%
Load Regulation

≤±1% FS

Model & Data

Model number	Output ripple	Current display precision	Volt display precision	CC/CV Precision	Ramp-up and ramp-down	Over-shoot
GKD60-300CVC	VPP≤0.5%	≤10mA	≤10mV	≤10mA/10mV	0~99S	No

Product Applications

The rectifier can be used in electroplating processes to provide a stable and controlled DC power supply for depositing a layer of metal onto a conductive surface.

Electrolysis: The rectifier can be used in electrolysis processes for producing hydrogen, chlorine, or other chemicals by passing an electric current through a liquid or solution.

Other applications

Industries utilize the power supply for quality control purposes to ensure the performance and reliability of electronic products during the manufacturing process.

The main reasons for using DC power supply for copper electroplating include promoting electrolysis reaction, improving coating quality and stability, and controlling coating thickness and uniformity

Copper plating
Gold plating has excellent conductivity, reflectivity, and corrosion resistance. Using a DC power supply can ensure that the gold coating is uniform and firm, improving the overall performance and aesthetics of the product

Gold plating
The waveform of the DC power supply has a significant impact on the quality of electroplating. For example, during the chrome plating process, the stable output of the DC power supply can ensure the uniformity and density of the coating

Chrome plating
Under the action of current, nickel ions are reduced to elemental form and deposited on the cathode plating, forming a uniform and dense nickel coating, which plays a role in preventing corrosion, improving the physical and chemical properties of the substrate material, and enhancing aesthetics.

Nickel plating

Hard chrome plating, also known as industrial chrome plating or engineered chrome plating, is a electroplating process used to apply a layer of chromium onto a metal substrate. This process is known for providing enhanced surface properties such as hardness, wear resistance, and corrosion resistance to the coated material.