BTMM-104-01-G-D

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Shunts and jumpers come in many varieties, but few products offer the versatility and features as the BTMM-104-01-G-D. This versatile terminated shunt and jumper performance monitor offers numerous different applications and features. Let\'s go over the various applications and working principles of this useful product.

Applications

The BTMM-104-01-G-D is used for I/O, networking, and analog-to-digital (A/D) applications. It is used for bi-directional currents ranging from 0-100 A, and comes in both standard and variable voltage models. In most applications, the current flow is monitored and the voltage drop across the shunt is measured through resistance. This is then used to calculate the current’s amplitude and direction.

This shunt and jumper performance monitor is also used for power systems applications like wiring a random number of meters by connecting the shunt between the load and the bus bar. Its ability to read both the voltage and current make it an ideal choice for a variety of applications that require precise and accurate measurements.

Working Principle

The BTMM-104-01-G-D utilizes a basic principle of electrical circuit analysis known as Ohm’s law, which states that the current flowing through a circuit is directly proportional to the applied voltage and inversely proportional to the resistance of the circuit. This shunt and jumper performance monitor uses a series of integrated sensors to measure both the voltage and current, allowing it to accurately measure the resistance and direction of current flow.

The resin-filled housing of the shunt and jumper module makes it corrosion-resistant, which increases its durability in high humidity and temperature applications. This protection also extends the life of the module and maintains accuracy so that it is better able to serve its purpose.

This shunt and jumper performance monitor utilizes a built-in indicator and alarm system to notify operators of problems related to power and temperature. For example, if the current goes over or under a predetermined threshold, the alarm system will sound and alert personnel. This added layer of safety prevents circuit overload and other electrical faults.

Conclusion

The BTMM-104-01-G-D is a highly versatile and feature-rich shunt and jumper performance monitor. Its many different applications, dependability, and safety make it an ideal choice for a wide variety of applications. Its ability to accurately measure the voltage and current, along with its corrosion-resistant housing, makes it a dependable and reliable component for both industrial and residential applications.

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