0~12V 0~12KA Zinc Electroplating Rectifier

Input parameters: Three phase, AC380V±10% ,50HZ

Output parameters: DC 0~12V 0~12KA

Output mode: Common DC output

Cooling method: Water cooling

Power supply type: IGBT-based power supply

Application Industry: Plating industry, such as chrome, zinc, nickel plating

Copper plating: priming, enhance the ability to adhere to the plating layer, and the ability to resist corrosion. (Copper is easy to oxidation, oxidation, copper green no longer conductive, so copper-plated products must do copper protection)
Nickel plating: priming or appearance, to enhance the corrosion resistance and wear resistance, (where the chemical nickel for the modern process of wear resistance than chrome plating). (Note that many electronic products, such as DIN head, N head, no longer use nickel priming, mainly because nickel is magnetic, will affect the electrical properties inside the passive intermodulation)
Gold plating: improve the conductive contact impedance, enhance signal transmission. （Gold is the most stable, but also the most expensive.)
Palladium-nickel plating: improve the conductive contact impedance, enhance signal transmission, wear resistance than gold.
Tin-lead plating: improve soldering ability, soon to be replaced by other substitutes (because of the lead content is now mostly changed to bright tin and mist tin plating).
Silver plating: improve the conductive contact impedance, improve signal transmission. (Silver performance is the best, easy to oxidation, oxidation also conductive)

Elements of electroplating:

Cathode: the plated object, referring to various connector terminals.
Anode: If it is soluble anode, it is the metal to be plated. If it is insoluble anode, most of them are precious metals (white gold, iridium oxide).
Plating solution: plating solution containing ions of the metal to be plated.
Plating tank: The tank that can bear and store the plating solution, generally considering strength, corrosion resistance, temperature resistance, etc.
Rectifier: The equipment to provide DC power supply.

Characteristic Types	Parameter Items	Technical Requirements
Power Types	Power types	High-frequency Power Supply
	Model and specifications	TBSB-12KA/12V
	Cooling mode	Air-cooled
	Switch tube type	IGBT
Input Characteristics	Rated Input Voltage	Single phase, AC220V±10% ,50HZ
	Rated Input Power	1.8 KVA
	Rated Input Current	AC 8.0A
	Input Power Factor	COSΦ≥0.95
Output Characteristics	Output Voltage	DC 0～12V
	Output Current	DC 0～12KA
	Stabilized Current Precision	≤1%（Rated Current)
	According to accuracy	0.1A，0.01V
	Rated Output efficiency	≥91%
Environmental Conditions	Installation site	Indoor installations
	Altitude	≤2000 meters
	Ambient temperature	-20℃～40℃
	Relative humidity	≤90％
Control Mode	Operating mode	PLC, ADDA, Ethernet, RS485 and RS232
Weight	Net weight	About 75KG
External Dimension	HeightWidthDepth	H1880mm×W680mm×D1200mm
Protection Characteristics	With over voltage, over current, overload, short circuit, overheating and other abnormal self-protection function

Application	Model	Output Parameters
Surface treatment industry: Hard chrome plating, Copper plating, Zinc plating, Nickel plating, Gold plating, Silver plating, Metal plating, Jewelry plating.	TBFB-500A/5V	5Vdc/500A
	TBFB-600A/10V	10Vdc/600A
	TBFB-1000A/10V	10Vdc/1000A
	TBFB-1500A/10V	10Vdc/1500A
	TBFB-5000A/15V	15Vdc/5000A
	HISB-200A12V	12Vdc/200A
	HISB-300A12V	12Vdc/300A
	HISB-500A12V	12Vdc/500A
	HISB-1000A8V	8Vdc/1000A
	HISB-1000A12V	12Vdc/1000A
	HISB-1500A12V	12Vdc/1500A
	HISB-2500A12V	12Vdc/2500A
	HISB-3000A12V	12Vdc/3000A
	HISB-4000A12V	12Vdc/4000A
	HISB-5000A12V	12Vdc/5000A
	HISB-7000A12V	12Vdc/7000A
	TBSB-8000A/12V	12Vdc/8000A
	TBSB-4000A/12V	12Vdc/4000A
	TBSB-8000A/12V	12Vdc/8000A
	TBSB-3000A/12V	12Vdc/3000A
	TBSB-400A/4V	4Vdc/400A
	TBSB-800A/12V	12Vdc/800A
	TBFA-4000A/12V	±12Vdc/4000A
	HMFB-10A5V	5Vdc/10A
	TBFA-2000A/12V	±12Vdc/2000A
	TBFBZ-300A/5V	5Vdc/300A
	TBFBZ-800A/5V	5Vdc/800A
	TBFBZ-600A/6V	6Vdc/600A
	TBSB-12KA/12V	12Vdc/12KA
	TBSB-6000A/12V	12Vdc/6000A
	TDSB-10KA100V	100Vdc/10KA