BTMM-110-01-T-S

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Shunts and jumpers are types of electrical connectors, used to interconnect two or more conductors in an electrical circuit. The BTMM-110-01-T-S is one type of shunt and has multiple applications and working principles.

Applications

The BTMM-110-01-T-S has both general and specialized applications in the electrical industry. It is typically used to create a connection between two conductors connected to a single device, such as a pressure transducer, or between a conductor connected to two different devices, such as a current transformer and an indicator. These devices are commonly found in industrial automation applications, where high current, low voltage and high accuracy of measurement are required.

Construction and Features

The BTMM-110-01-T-S is constructed from a combination of heat-treated aluminum and copper. It is intentionally designed to be effective and reliable in high-temperature and low-temperature environments, as well as in high-humidity environments. Low contact resistance and high current carrying capability are among its features. It also possesses immunity to electromagnetic interference (EMI).

Working Principle

The BTMM-110-01-T-S shunt works based on electrical principles. When electrically connected, the negative side of one conductor becomes the positive side of the other conductor and vice-versa. This connection is known as a “common ground” or “earth ground”, which eliminates any residual charges between the conductors. The BTMM-110-01-T-S is an insulated shunt, meaning that it also prevents the flow of electricity between the two conductors, while allowing the current to flow freely in one direction. As the current passes through the shunt, it creates a minute amount of heat, which is dissipated through the aluminum and copper components.

Conclusion

The BTMM-110-01-T-S shunt is a well-engineered, reliable, and efficient connector, designed for the specialized applications of industrial automation. It is constructed of materials that are resistant to high-temperature and low temperature environments, as well as high-humidity environments. Its low contact resistance and high-current carrying capability also adds to its effectiveness. The working principle of the shunt is based on electrical principles, where the negative side of one conductor becomes the positive side of the other conductor and vice-versa. It also prevents any electric flow between the conductors while allowing current to flow freely in one direction.

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