SCR Anodizing Rectifier for Aluminum Profile Oxidize
  • SCR Anodizing Rectifier for Aluminum Profile Oxidize
  • SCR Anodizing Rectifier for Aluminum Profile Oxidize
  • SCR Anodizing Rectifier for Aluminum Profile Oxidize
  • SCR Anodizing Rectifier for Aluminum Profile Oxidize

SCR Anodizing Rectifier for Aluminum Profile Oxidize

SCR anodizing rectifier for aluminum profile oxidize ;
1,stable working
2, water cooling and air cooling are optional
3,with harmonic filter
4, one anodizing tank with one set of rectifier

SCR Anodizing Rectifier for Aluminum Profile Oxidize

Silicon Controlled Anodizing Rectifier for Aluminum profile anodizing machine is the first generation of anodizing rectifier, simply called SCR rectifier


Parameters of silicon controlled anodizing (SCR)rectifier:

Input AC voltage and frequency :380V,50Hz (customized)

Rated DC output voltage: 8~60V(customized)

Rated DC output current: 1000~30000A

Output adjustable range: 5~100% rated continuous adjustable

Output stable precision is less than +-1%

have soft up and soft down adjusting

set limit current, limit voltage, voltage miss phrase,over temperature protection, water lack protection etc.

voltage fixing running(CV), curring fixing running(CC) transfer

cooling method:water and air cooling


anodizing rectifier

rectifier

SCR Rectifier

SCR oxidize anodizing rectifier advantage:

stable working, less maintenance
if have maintenance, easy to handle
water cooling and air cooling are optional
water cooling is more better
with harmonic filter, reduce loading of voltage

Anodizing rectifier manufacture site workshop:

anodizing rectifier

rectifier

SCR Rectifier

anodizing rectifier

Contact us for more information:

Ms Melody Li
Email:melody@chanjeou.com
Whats app:+86 13450531604

What is SCR anodizing rectifier?

1、 The principle of thyristor power supply(SCR anodizing rectifier)

Controllable silicon power supply is a type of regulating power supply. Due to the use of controllable silicon semiconductor devices, its output current and voltage can be adjusted according to requirements. In a thyristor power supply, the DC power supply is stepped down by a transformer to form a low voltage, high current DC power supply, which is then regulated by the thyristor to output the required DC voltage and current.

2、 The working mode of thyristor power supply(SCR anodizing rectifier)

The main working mode of a thyristor power supply is to control the output current by changing the conduction angle of the thyristor. Before the thyristor conducts, the output voltage is 0V; When the thyristor is turned on, the output voltage will gradually increase until it reaches the set value. If it is necessary to adjust the output voltage, simply change the conduction angle of the thyristor.

Another characteristic of thyristor power supply is its stability. During the use of the power supply, if the output load changes, the thyristor will automatically adjust to maintain the output voltage at the set value.

3、 Application scenarios of thyristor power supply(SCR anodizing rectifier)

Due to the adjustable voltage and current of thyristor power supply, its application scenarios are very wide. Here are a few common application scenarios:

1. Electronic devices in the laboratory require a wide range of voltage and current variations, which can be well met by thyristor power supplies.

In the field of industrial control, high current equipment requires precise control of current intensity and voltage magnitude, and thyristor power supplies can perform this task well.

3. Control of LED light strips, light-emitting diodes, and other products. Due to the high requirements for current and voltage in these products, thyristor power supplies can more accurately control the output values.

In summary, thyristor power supply(SCR anodizing rectifier) is a type of power supply with adjustable output voltage and current, widely used in laboratories, industrial control and other fields. Meanwhile, due to the stable performance of thyristor power supplies, they are also capable of handling high voltage and current requirements in some scenarios


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