CFT-19

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Terminal Blocks - Barrier Blocks are an important component of electrical control systems due to their ability to effectively separate, wire and terminate electrical motors or circuits. The CFT-19 series of barrier blocks have many advantages that make them particularly well suited for a variety of applications. In this article, we will discuss the application field and working principle of CFT-19 barrier blocks.

CFT-19 barrier blocks are generally used in low-voltage industrial control circuits, such as electrical motor and pump controllers, alarm systems, electronic switches and more. The barrier blocks feature contact and non-contact components that can be set up to support a wide range of functions. The terminals within the CFT-19 system allow for a higher current capacity than standard terminal blocks, which makes them suitable for applications where high current is required. Additionally, the CFT-19 system can accommodate various pin configurations, enabling it to be used in different applications that require specific pin configurations.

The CFT-19 system design is based on a modular layout, which allows for the easy assembly and maintenance of multiple control circuits. The blocks can be quickly and easily snapped together, depending on the specific requirements of the application. Furthermore, the CFT-19 system can be supplied with terminal strips or thermal insulation strips to ensure optimal protection against short-circuiting and current overloads. The contactless design also prevents corrosion, making it a desirable component in a variety of applications.

The working principle of the CFT-19 system is based on a vertical, pressure fit terminal design. This design enables the terminal blocks to be quickly and easily assembled. The terminals in the CFT-19 system feature an adjustable contact pressure that allows for a precise fit and a secure terminal connection. Furthermore, the terminal pins are designed to ensure an optimal contact patch, which helps to prevent current leakage, sparking and other electrical issues.

In addition to the modular design, the CFT-19 system also features a unique locking mechanism that prevents the terminal block from being pulled away from the enclosure. This locking mechanism ensures that the terminal blocks remain in place even when exposed to shock or vibration. Furthermore, the CFT-19 system also utilizes a high-grade thermoplastic material to construct the terminal blocks, which provides additional protection from mechanical, thermal and chemical stress.

Overall, the CFT-19 series of barrier blocks provide a high-performance solution for a variety of applications. The modular design, adjustable contact pressure and unique locking mechanism make the CFT-19 system an ideal choice for use in low-voltage control circuits. Additionally, the thermoplastic materials used to construct the blocks provide enhanced protection from mechanical, thermal and chemical stresses. As such, the CFT-19 series of barrier blocks are well suited for a wide range of applications.

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