Capacitor vacuum drying and oil filling equipment

Detection standards:

Amorphous alloy core transformer vacuum oil filling equipment national standard (JB/T 12010-2014).

High-voltage transformer vacuum drying and oil filling equipment national standard (JB/T 12011-2014).

Integrated vacuum oil filling equipment national standard (JB/T 12012-2014).

IEC 60384-24: This standard specifies the performance requirements, test methods, safety requirements, and other aspects of the capacitor vacuum drying and oil filling equipment, and it is one of the commonly used standards in the capacitor manufacturing industry.

IEC 60384-25: This standard specifies the performance requirements and test methods of various equipment used in the capacitor manufacturing process, including the relevant requirements of the capacitor vacuum drying and oil filling equipment.

The ANSI C261 standard in the United States.

The EN 60384-24 standard in Europe.

Detection items:
Performance testing: It includes tests in aspects such as oil filling accuracy, vacuum degree, and drying effect, to ensure that the performance of the equipment meets the requirements.
Safety testing: It includes tests in aspects such as the safety, stability, and reliability of the equipment, to ensure that the equipment will not cause harm to the operators and the surrounding environment during use.
Appearance and structure inspection: It includes inspection in aspects such as the appearance, structure, and material of the equipment, to ensure that the quality and stability of the equipment meet the requirements.
Environmental adaptability testing: It includes tests in aspects such as the adaptability and stability of the equipment under different environmental conditions, to ensure that the equipment can work normally in various environments.

Detection objects:
Capacitor: The capacitor is the core component in the equipment, and its performance and quality directly affect the operating effect of the entire equipment. It is necessary to detect the appearance, electrical performance, dielectric material, etc. of the capacitor to ensure that it meets the relevant standards and design requirements.
Vacuum system: The vacuum system is an important component in the capacitor vacuum drying and oil filling equipment, which is used to create a vacuum environment during the drying and oil filling process. It is necessary to detect the vacuum degree, sealing performance, mechanical motion parts, etc. of the vacuum system to ensure that it can reach the designed vacuum degree and working stability.
Drying system: The drying system is used to remove the moisture and other impurities in the capacitor, usually using methods such as heating and desiccant. It is necessary to detect the temperature control, humidity control, ventilation, etc. of the drying system to ensure that it can achieve the designed drying effect and stability.
Oil filling system: The oil filling system is used to inject the specified insulating oil or other liquids into the capacitor, and it is necessary to detect the flow control, pressure control, oil quality, etc. of the oil filling system to ensure that it can accurately and uniformly inject the oil into the capacitor.
Control system: The control system is the "brain" of the capacitor vacuum drying and oil filling equipment, which is used to coordinate the operation of the entire equipment. It is necessary to detect the logical control, human-machine interface, safety protection, etc. of the control system to ensure that it can achieve stable, safe, and reliable equipment control.