2P 125A Manual Changeover Switch

The YRO 2P + 2P manual switch is specially designed for electrical systems, that require manual switching of two sets of two pole circuits. It has an advantage in price, saving costs for users. It is suitable for 35 square millimeter wiring, facilitating users to lay out the circuits reasonably according to the requirements. The product is strictly manufactured in accordance with the IEC 60947 - 3 standard, meeting the requirements of norms in terms of electrical safety, performance indicators and other aspects. It has an electrical life of 8,000 times, and can stably play its role within the ambient temperature range of -20℃ to +70℃, meeting the usage needs in different environments.

1.High Cost performance Ratio: It provides reliable manual switching functions for two sets of two pole circuits at a relatively low price, reducing the overall equipment investment cost. It has strong price competitiveness in the market and is suitable for various electrical projects with requirements for cost control.
2.Compliance with Standards: Following the IEC 60947 - 3 standard reflects the standardization and high quality in the production and manufacturing process of the product. It has undergone strict testing and verification and can meet the requirements for safety and performance of various complex electrical systems, with strong universality and a wide range of applications.
3.Wide Temperature Adaptability: It can adapt to the ambient temperature changes within the range of -20℃ to +70℃. Whether in a cold outdoor environment in winter or a hot indoor high temperature environment, it can perform the circuit switching task normally, showing good environmental adaptability and ensuring that the stable operation of the electrical system is not overly affected by temperature factors.

Wiring Adaptation Considerations: The reason why it is suitable for 35 square millimeter wiring is based on the comprehensive consideration of its 125A rated current, the current carrying capacity of the wire and heat dissipation and other factors. Through such adaptation, when the circuit runs for a long time, the wire can carry the corresponding current and maintain a reasonable temperature, preventing electrical safety accidents caused by overheating and ensuring the safe and reliable operation of the entire electrical system.