63429-132LF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Shunts and Jumpers are components that play an important role in the electrical engineering system. From the identification, we can see that the 63429-132LF component belongs to the Shunts and Jumpers family. This article mainly introduces the application field and working principle of 63429-132LF.

Application Field

The 63429-132LF is mainly used for load sharing in dual redundant systems and for current sensing applications. It includes a high quality, UL recognized, UL508 power contact components. It provides 1/8” quick connect picabond terminals. It provides excellent conductivity and features stainless steel construction.

The 63429-132LF component can also be used for high voltage potential applications. This component is rated up to 600 volts AC and 1200 volts DC, and is capable of handling inductive, capacitive, and resistive loads. It also features excellent insulation resistance and dielectric strength, making it ideal for high voltage applications.

In addition, this component is ideal for use in safety-critical applications due to its corrosion resistant, flame retardant, and impact resistant properties. It is UL recognized and is UL supported, making it reliable for use in UL 508A systems.

Working Principle

The 63429-132LF component is a shunt or a jumper whose core working principle is to reduce the voltage and current to safely allow power to flow. In a dual redundant system, the component offers load sharing capabilities by allowing power to be evenly distributed along two separate circuits, which reduces the risk of circuit overloads and damages related to unequal power distribution. In current sensing applications, the shunt allows the voltage and current to be safely monitored and measured.

The component works by using a shunt strip, which is a thin plastic or metal strip that is placed between the two circuits. When power is applied, a voltage and current drop occurs at the shunt, which reduces the voltage and current along the two circuits. This allows the electricity to travel across both circuits safely, without damage or any risk of overload.

The 63429-132LF component also features integrated safety features that make it safe to use in high voltage potential applications. It has an integrated safety circuit that prevents arcing when power is applied to the two circuits. Additionally, it features an incorporated thermal overload protector that cuts off power if the system exceeds its rated current threshold.

Conclusion

The 63429-132LF component is a shunt or a jumper that is designed for use in both dual redundant systems and current sensing applications. It is rated up to 600 volts AC and 1200 volts DC, and is capable of handling inductive, capacitive, and resistive loads. It is UL recognized and is UL supported, making it reliable for use in UL 508A systems. The core working principle of the component is to reduce the voltage and current to safely allow power to flow in a dual redundant system, and it features integrated safety features, such as an integrated safety circuit and an incorporated thermal overload protector, that make it safe to use in high voltage potential applications.

The specific data is subject to PDF, and the above content is for reference