Performance Comparison Between Traditional Terminal Blocks And New Terminal Blocks

In the field of electrical connections, terminal blocks play a crucial role. There are significant differences in performance between traditional terminal blocks and new terminal blocks.

Traditional terminal block operation is relatively simple and cost-effective, but there are many shortcomings. Its connection reliability is poor, and the wires are prone to loosening or falling off, resulting in poor contact and causing safety hazards such as circuit interruption or short circuit. In terms of maintenance, replacement or repair operations are relatively cumbersome and require a lot of time and effort. Moreover, traditional wiring terminals have poor compatibility with different types of wires, making it difficult to meet diverse connection needs.

The new type of terminal block exhibits significant advantages. It has high reliability, and through advanced design and high-quality materials, it can firmly fix the wire head, effectively prevent the wire from falling off or loosening, and reduce the failure rate. The new type of terminal block is easy to operate, without the need to strip or twist wire ends, reducing operation steps and time, and improving work efficiency. For example, Wanke's rail mounted wiring terminals with operating handles can connect or disconnect various types of wires without the need for tools, reducing the operational skills and tool requirements for on-site personnel. In addition, the new type of terminal block also has better insulation protection function, which can prevent safety issues such as short circuit and leakage. At the same time, it has strong compatibility and is suitable for different types of wires, including single stranded wires, multi stranded wires, shielded wires, etc., meeting diverse usage scenarios and connection needs. In terms of maintenance, the new type of terminal block is also more convenient for daily maintenance and replacement.

Overall, the new type of terminal block is superior to traditional terminal blocks in terms of connection reliability, ease of operation, insulation protection, compatibility, and maintenance convenience, and can better meet the needs of modern electrical connections.