2023-08

The current that various terminal blocks can withstand during use!

The terminal blocks may not reach the required power level due to the different components selected, or the specifications of the selected components may far exceed the design requirements. The current that terminal blocks can withstand is related to these factors. In Europe, the current rating of components is determined by monitoring the temperature of the metal conductor as the current increases. When the temperature of the metal pin exceeds the ambient temperature by 45°C, the measured current at that time is taken as the rated current value (or maximum current value) of the component. Another specification of the IEC is the allowable current value, which is 80% of the maximum current. In contrast, the UL standard considers 90% of the current value when the temperature of the metal conductor exceeds the ambient temperature by 30°C as the nominal current value of the component. It is evident that the temperature of the metal conductor is a very important factor in all applications, and it is even more critical for industrial equipment. This is because industrial equipment often needs to operate in environments with temperatures up to 80°C. If the temperature of the terminal block exceeds this temperature by another 30°C to 45°C, then the temperature of the terminal block will exceed 100°C. Depending on the type of nominal value and insulation material used for the selected components, terminal block products must operate at currents below the rated value to ensure they can reliably function within the desired temperature range. Sometimes, materials suitable for compact packaged components may not adequately meet the heat dissipation requirements, so the current for such terminal block components must be significantly lower than the rated value during use.

2023-08-18

The current that various terminal blocks can withstand during use!

2023-08

The difference between low voltage connectors and high voltage connectors.

2023-08-18

2023-08

What are the processing methods for connector pins?

The structure of the connector pins is designed based on the assumption that the connector is in a stationary or low-speed environment. Therefore, the position of the connector pins remains fixed during connection. However, the operating speed of high-speed trains or subways is very high, resulting in significant vibrations. The original connector pin structure, designed for stationary or low-speed environments, cannot adapt to this high-speed environment. When high-speed trains or subways operate, radial and axial displacement deviations occur at the connection points of the connectors, which can easily lead to poor contact. The connector pins include: 1. The outer part of the dynamic contact housing has no grooves, and a sealing ring is assembled in the groove. This design allows the dynamic contact part to be well positioned at the required installation location. The top of the dynamic contact is spherical, ensuring good contact even when there is non-coaxial contact with the static contact part. 2. The top of the static contact has a mesh structure, which increases the surface roughness of the static contact, thereby increasing the friction at the contact surface and making the connection between the two parts more stable. 3. The connection card is realized through the positioning part of the contact pin, which integrates the limiting device of the connection card with the contact pin, making the limitation more reliable and the installation more convenient. 4. The spring is in a compressed state when the dynamic and static contact parts are not in contact. This design provides reliable clamping force for the dynamic contact, eliminating gaps, so that as long as the dynamic contact part touches the static contact part, electrical conductivity and signal transmission can be achieved. This design adapts to high-speed operation and vibration conditions, and the connector has multi-position adaptation settings, maintaining stable contact at different positions.

2023-08-18

What are the processing methods for connector pins?

2023-08

Common Types of Connectors

Connectors are the bridges for transmitting signals and conducting current in electronic devices, and they can be divided into many types. Depending on the application environment, frequency, and objects, the choice of connectors varies. Common connectors include BTB connectors, FPC connectors, FFC connectors, RF connectors, etc. 1. BTB Connectors. BTB connectors are currently the strongest in terms of transmission capability among all types of connector products. They can be used to connect PCB boards, achieving both mechanical and electrical connections. They are mainly applied in various fields such as networking, communications, power, medical, industrial, finance, and office. BTB connectors typically use a narrow strip contact method and are characterized by pairing male and female sockets. They have three main basic performances: electrical performance, mechanical performance, and environmental performance. With the development of BTB connectors, the current market trend is towards lightweight, thin, small pitch, and high performance. 2. FPC Connectors. FPC connectors, also known as flexible printed circuit boards, are made from foldable and bendable materials, used for connecting displays to driver circuits. They play an important role in various fields such as portable electronic products, communication electronic products, LCD screens, and measuring instruments. 3. The micro, compact, and high-density characteristics of FPC connectors can effectively save space, simplify wiring procedures, and reduce labor costs. They have the advantage of being foldable, making them lightweight and flexible in application.

2023-08-18

2019-10

The company has successfully completed the relocation.

The company relocated to the Daxing Industrial Park in the urban area of Taixing City in October 2019, and the relocation work has now been successfully completed. The new production and office environment has laid a solid foundation for the company's next step in scaling up production.

2019-10-10

The company has successfully completed the relocation.

< 1 2 >

COOKIES

Our website uses cookies and similar technologies to personalize the advertising shown to you and to help you get the best experience on our website. For more information, see our Privacy & Cookie Policy

COOKIES

required

These cookies are necessary for basic functions such as payment. Standard cookies cannot be turned off and do not store any of your information.

analyze

These cookies collect information, such as how many people are using our site or which pages are popular, to help us improve the customer experience. Turning these cookies off will mean we can't collect information to improve your experience.

Feature

These cookies enable the website to provide enhanced functionality and personalization. They may be set by us or by third-party providers whose services we have added to our pages. If you do not allow these cookies, some or all of these services may not function properly.

advertise

These cookies help us understand what you are interested in so that we can show you relevant advertising on other websites. Turning these cookies off will mean we are unable to show you any personalized advertising.

Jiangsu Mingke Photoelectric Technology Co.,Ltd.

Address: Da Sheng Industrial Park, Zhenxing North Road, Urban Area, Taixing City, Jiangsu Province

Phone:0523-87591866、0523-87591266

Mobile:18796784030

Fax: 0523-87591288

Website:www.mkwell.com.cn

Email:jiangsumk@163.com