Heating Equipment
High insulation ceramic terminal block has excellent insulation properties. The main reasons why it can provide high insulation properties are as follows.
Insulating properties of ceramic materials: Ceramic is a non-metallic material with excellent insulating properties. Its crystal structure is stable and does not contain conductive electrons inside, so it is not easy to conduct electricity under the action of an electric field. It has high resistivity, which can effectively prevent the flow of current, thereby achieving good insulation effect.
High temperature stability: Ceramic materials have good high temperature stability and can maintain their insulation properties unaffected in high temperature environments. Even at high temperatures, the crystal structure of ceramic materials does not change and can still effectively prevent the flow of electric current.
Surface smoothness: The surface of ceramic terminal blocks is usually smooth and flat, which is not easy to absorb dust and dirt, and maintains good insulation properties. A smooth surface can also reduce surface corona discharge and improve insulation performance.
Product Parameter
Ceramic terminals (porcelain) are electrical components used in various applications. They are made of ceramic materials, typically porcelain, and feature two or more terminals connected via screws or other fastening mechanisms. Designed to withstand high temperatures, they provide reliable and secure connections for power distribution, equipment control, and other purposes. These terminals are available in bi-directional, tri-directional, or quad-directional configurations, making them suitable for interconnecting multiple circuits. They exhibit exceptional heat resistance, insulating properties, and vibration resistance.
Ceramic terminals (porcelain) are electrical devices used for safely connecting electrical connections to each other. The purpose of using high-temperature terminal block connectors is to ensure that the current passing through the connector does not overheat or cause damage, thereby avoiding major safety issues.
Due to their durability, corrosion resistance, heat resistance, and ability to withstand other environmental factors, ceramic terminal blocks are commonly used in industrial facilities. Most standard terminal blocks are not suitable for high-temperature applications. You can easily find them in hot glue guns, furnaces, motors, heaters, and plastic injection machines.
Benefits of using high temperature terminal block connectors
Ceramic terminal blocks are made of high-quality ceramic and offer a wide range of advantages compared to traditional plastic terminal block connectors. They provide excellent insulation, fire safety, and resistance to vibration, impact, and extreme temperatures.
These terminal blocks are highly durable and require minimal maintenance, making them a cost-effective choice for many industrial applications. Ceramic terminal blocks come in various sizes and configurations, allowing them to be easily adapted to specific needs or requirements.
They serve as a low-cost alternative to traditional wire connectors, enabling secure wire connections through a single block. This helps reduce weight and cost compared to using multiple individual wire connectors. Moreover, these modules can be easily modified to accommodate different types of connection requirements.
Compared to standard plastic connectors, ceramic terminal blocks offer a higher level of safety, making them suitable for use in many hazardous environments.
In summary, ceramic terminal blocks provide a range of benefits, making them an excellent choice for use in the electrical industry. High-temperature terminal block connectors are a versatile and cost-effective solution for various industrial applications.
If you are working on a low-voltage, low-current application, a two-pole terminal block should be sufficient. However, if the voltage and current are high, you may need a three-pole or more terminal block.
Secondly, consider the size and shape of your project. Ceramic terminal blocks come in various sizes and shapes, so be sure to choose one that fits your project.
Third, ensure that the ceramic terminal block you select has an adequate current rating for your application. Generally, smaller ceramic terminal blocks have lower current ratings, while larger ones have higher current ratings. You can easily find ceramic terminal strips rated at 10A, 15A, 20A, 25A, 30A, 35A, 40A, 50A, and 60A.
You may also need to consider the rated voltage, wire size, mounting method, and type of electrical connection.
Finally, evaluate the quality of the product before purchasing, as this will determine its lifespan and performance.
TC-6XXXA Ceramic Terminal Block:
600V, 15A / 30A / 50A / 65A , 2P / 3P / 4P ( 2 way / 3 way / 4 way) .
TC-6151A / TC-6152A / TC-6153A / TC-6154A
TC-6301A / TC-6302A / TC-6303A / TC-6304A
TC-6501A / TC-6502A / TC-6503A / TC-6504A
TC-6651A / TC-6652A / TC-6653A / TC-6654A
TC-6XXXB Ceramic Terminal Block:
600V , 15A / 30A / 40A / 45A/ 60A / 100A , 2P / 3P / 4P (way) .
TC-6152B / TC-6153B / TC-6154B
TC-6302B / TC-6303B / TC-6304B
TC-6402B / TC-6403B / TC-6404B
TC-6452B / TC-6453B / TC-6454B
TC-6602B / TC-6603B / TC-6604B
TC-61002B
TC-6XXXC Ceramic Terminal Block:
600V , 15A / 30A / 40A / 45A / 60A / 100A , 2P / 3P / 4P (way) .
TC-6152C / TC-6153C / TC-6154C
TC-630
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