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
How It Works
Ceramic Terminal Blocks provide safety not only at the time of connecting but also at the time of disconnection of electrical wire without the necessity that one would have to hold the wire ends bare-handed. The ceramic body provides insulation to the body, while the metal screws or terminals secure the wire in place.
Product Function
The terminal blocks were connected with heater elements and thermocouples. These terminal blocks connect to the heater elements and thermocouples, giving safe connections for high-temperature terminations that could degrade standard terminal blocks to withstand temperatures without losing electrical integrity.
Heater Mounting Options
Direct mounting on panels or with additional accessories like the insjson bushing and screw terminal covers for safety and durability.
Considerations When Selecting Ceramic Terminal Block
Other considerations of importance would include the temperature rating, voltage and current capacity, wire-gauge compatibility, and environmental conditions the block would be used in.
Design Advantages
Sinton's Ceramic Terminal Block — Long-lasting performance, specifically meant for use in a hot temperature surrounding, these terminal blocks come with the following:
●High temperature stability up to 450°C (842°F)
●Excellent electrical insulation
●Resistance to corrosion and thermal shock
●Customizable configurations to meet specific application needs
Sinton Ceramic Terminal Blocks are of great features in high temperature, mechanical ruggedness, and customization capability, hence a good solution in industrial applications required to meet standard terminal blocks.
This Application
The temperature rating of the terminal block has to be the overriding factor over and above that of the operating temperature of the application.Therefore, be more suitable for furnaces, kilns, and catering equipment, and places where connections are made with high-temperature wires, other than the connections of the heater and thermocouple.
Customized Options
Sinton offers complete families of whole configurations with a different pole configuration, mounting method, and terminal type to fit in the application that is unique.
Features and Benefits
●High-Temperature Resistance: Suitable for use in environments with temperatures up to 450°C (842°F).
●Durability: Made from high-quality ceramics for long-term reliability.
●Electrical Insulation: Offers good insulation to prevent electrical hazards.
●Customization: Available in various configurations to suit specific needs.
●Ease of Use: Designed for easy installation and wire connection.
Sinton Ceramic Terminal Blocks are of great features in high temperature, mechanical ruggedness, and customization capability, hence a good solution in industrial applications required to meet standard terminal blocks.
PRODUCT CATEGORY
Shipment
provides customers with quality and safe transportation.
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