The electrolytic hydrogen fluoride to fluorine gas power supply is a power supply device specifically designed for the electrolysis of hydrogen fluoride. It can provide stable and adjustable DC current to promote the generation of fluorine gas. This type of power supply usually has high reliability, can operate continuously for a long time, and also has energy-saving characteristics. Compared to traditional thyristor power supplies, it can save more energy.
The main characteristics of the power supply for electrolyzing hydrogen fluoride to produce fluorine gas include:
-High purity fluorine gas generation: By electrolyzing hydrogen fluoride to produce fluorine gas, fluorine gas with a purity of over 99% can be obtained, which is suitable for the semiconductor industry, polymer material surface treatment, inorganic fluoride synthesis and other fields.
-High efficiency and low ripple: Adopting high-frequency switching power supply technology improves the efficiency of the power supply while maintaining low ripple output, ensuring the stability of the fluorine gas generation process.
-Modular design: Easy to maintain and upgrade, single module failure will not affect the overall system operation.
-Digital control: Adopting a fully digital control system improves control accuracy and stability.
-Multiple cooling methods: Depending on different application requirements, you can choose between air-cooled or water-cooled systems.
-Multiple communication interfaces: Supports multiple remote control communication interfaces, facilitating integration with other devices and remote monitoring.
These characteristics make the electrolysis of hydrogen fluoride to produce fluorine gas power supply play an important role in multiple industrial fields such as chemical vapor deposition, surface fluorination treatment, and fluoride synthesis. The electrolytic hydrogen fluoride gas production power supply developed by our company can provide stable current for the hydrogen fluoride electrolysis process. According to the requirements of the electrolysis process, the output DC current and DC voltage are designed to improve electrolysis efficiency and reduce energy consumption.
1. High stability: Advanced technology, imported core components, strict quality control, and improved protection functions comprehensively enhance product stability.
2. Modular structure: composed of multiple module units. If any module unit is damaged, it can be individually removed for maintenance and replaced with a new module unit, making maintenance and installation convenient.
2. High precision control: The output control accuracy can reach 0.5% throughout the entire process.
3. Good energy-saving effect: Low voltage thyristor reduces the efficiency of the rectifier power supply.
4. Complete protection function: with input phase loss, overvoltage, and undervoltage; Output current limiting and voltage limiting protection, providing comprehensive protection for equipment.
5. The rectifier transformer made of high-quality oriented and high magnetic density imported silicon steel sheets has higher efficiency.
6. Advanced cooling design concept, multiple cooling methods complement each other, ensuring the high efficiency and stability of the product.
7. Fully digital design, intelligent control for more precision. Supports bus control and can form a central control power supply system, facilitating management and improving efficiency.
enter | ac three-phase 380 v+/-10%,60 hz plus or minus 10% | |
the highest voltage:customer specified voltage the highest current:Customer specified current | ||
voltage regulation accuracy(within the scope of the rating of 10%-100%) | source effect:1%rating when drift:1%rating temperature drift.1%rating load effect:1%rating | |
accuracy of steady flow(within the scope of the rating of 10%-100%) | source effect:1%rating when drift:1%rating Temperature drift:1%rating Load effect:1%rating | |
ripple voltage(R.M.S.) | 2%or less rating(under full load output) | |
input protection | power input overvoltage,undervoltage,short of equal; | |
output protection | output power over current,short circuit,overload,etc; | |
communication interface | RS485 | the MODBUS protocol open |
filter way | filter reactor filter | |
control mode | constant current/constant voltage conversion | |
the machine adjustment way | potentiometer adjustment | |
work | tolerance long-term continuous full load operation | |
the output voltage and current display mode | digital display | |
the output voltage and current display resolution | 0.1 V,0.1 A | |
ammeter display precision | 0.1% | |
the machine efficiency | 90%p | |
cooling | air/water cooling | |
