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E-mail
dianyuan-sale@qq.com
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Phone
18899764805
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Address
5th Floor, No.1 Second Lane, Dalang Industrial Zone, Songgang Town, Bao'an District, Shenzhen City, Guangdong Province
Product Categories
Shenzhen Shicheng Electronic Technology Co., Ltd
Low temperature iron plating power supply
NegotiableUpdate on 11/03
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Overview
Product Name: Low Temperature Iron Plating Power Supply Model: GKP-FB4-50A/15V Product Usage: Widely used in various iron plating processes, for iron plating on different metal substrates such as steel
Product Details
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Product Name: Low temperature iron plating power supply
Model: GKP-FB4-50A/15V
Product application: Widely used in various iron plating processes, for iron plating on different metal substrates such as steel. Easy to use, uniform and smooth coating, high hardness, good wear resistance, and high bonding strength.
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Low temperature iron plating technology is an iron plating process that uses asymmetric AC/DC electricity at lower temperatures. The principle is that the two half waves of the power source used for electroplating are not equal. After being energized, the larger half wave makes the workpiece cathodic and plated with a layer of iron; The smaller half wave causes the workpiece to exhibit anodic polarity, dissolving some of the coating by electrolysis. But overall, more iron is deposited than dissolved, and the coating gradually thickens. The low-temperature iron plating power supply equipment is simple, with a uniform, smooth coating, high hardness, good wear resistance, high bonding strength, and a coating thickness of up to 2mm. The temperature of the plating solution is generally between 20-50 ℃.
The low-temperature iron plating power supply produced by Shenzhen Shicheng Electronic Technology Co., Ltd. is the latest generation of iron plating power supply products (asymmetric AC/DC)Electroplating power supply）, also known asFlat wave/bidirectional pulse adjustable power supplyIt rectifies AC power into DC high voltage power supply, generates low voltage high current power supply through high-frequency voltage conversion and high-frequency rectification, and then filters it into pure DC power supply through LC, and then sends it to an asymmetric full bridge conversion circuit (also known as chopper circuit) to generate an artificial flat wave (i.e. pure DC) or bidirectional pulse square wave output. Due to the advanced working principle, dual core microcomputer control, and large screen LCD display, our low-temperature iron plating power supply has a series of advantages that ordinary power supplies do not have, such as beautiful appearance, intuitive display, fast control speed, energy saving, lightweight, adjustable output frequency, adjustable output waveform, adjustable waveform duty cycle, and easy operation.
【Product Usage】
Widely used in various iron plating processes to coat iron on different metal substrates such as steel. Easy to use, uniform and smooth coating, high hardness, good wear resistance, and high bonding strength.
Low temperature iron plating power supplyHas the following characteristics:
1. Strong reliability, ensuring safe operation of equipment and reducing the occurrence of failures.
2. Comprehensive protection functions, including input overvoltage protection, undervoltage protection, short circuit protection, output overheating, overcurrent and phase loss protection, etc.
3. Small size, light weight, high efficiency, high control accuracy, saving electricity and space.
4. High technical content, strong stability, and improved work efficiency.
5. Digital display, intuitive and clear.
6. The control methods are divided into local control or remote control (PLC split type), and multi cluster control, with simple and convenient operation.
7. The box is made of galvanized sheet baked powder, and the internal design of the equipment is a sealed structure, which is resistant to acid and alkali, and corrosion-resistant, increasing the service life of power products in harsh environments.
【Working principle of power supply】
【Technical Parameters
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output waveform
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Flat wave, forward and backward pulse square wave adjustable
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Adjustable pulse frequency range
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3～1200Hz
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How many combinations of positive and negative pulse waves are there?
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Exactly 10?? Negative 10? 121 in total
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Adjustment range of positive and negative pulse duty cycle
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0～100%?
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Maximum power setting
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999999
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Maximum timing duration
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9999? S
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Ripple coefficient during flat wave operation
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≤5%
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Conversion efficiency?
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≥90%
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control accuracy
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≤0.1A/V
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Voltage stability value
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≤0.5%
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Stable current value?
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≤1%
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output voltage
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0～15V
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output current
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0～50A
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Output control method?
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Voltage stabilization/current stabilization convertible
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Output protection method?
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Voltage limiting, current limiting, and overheat protection within rated limits
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Input protection method
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Undervoltage protection
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working method
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Can work continuously at full load without interruption
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cooling method
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forced air cooling
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【Naming of Conventional Power Supply Models】
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Model code |
GK:???High frequency switching power supply |
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GKP:?? Microcomputer controlled high-frequency switching power supply |
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GKRS:?? 485 bus communication control high-frequency switching power supply |
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cooling method |
F: Air cooling?? S: Water cooling?? Y: Oil immersed water cooling |
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output waveform |
B1:? Standard pulse square wave (frequency has been set and cannot be adjusted) |
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B2:? Flat wave (also known as pure DC) |
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B3:? Unidirectional adjustable pulse (output frequency, duty cycle, pulse number adjustable) |
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B4:? Flat wave/bidirectional adjustable pulse wave |
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B5:? Flat wave/mixed wave bidirectional adjustable pulse wave |
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Rated output current |
20:? 20A????500:? 500A????1000:? 1000A |
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Rated output voltage |
06:? 6V?????12:? 12V?????24:? 24V |
Note: Special customized power supply models are provided separately
【Product Specifications】
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Type? ? ? number
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Specification/MM
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cooling method
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Output current/DC. A
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Output voltage/DC. V
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GKP-FB4-20A/15V
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430×410×150
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air cooling
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20A
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15V
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GKP-FB4-30A/15V
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430×410×150
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air cooling
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30A
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15V
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GKP-FB4-100A/20V
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430×410×150
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air cooling
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100A
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20V
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Our company can quickly customize various special specifications of power products for different functional purposes according to customer requirements, with current ranging from 1 to 10000A and voltage ranging from 1 to 500V.
