BTMM-104-01-G-S

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Shunts and Jumpers are typically used in electrical systems, mainly as conductors, and enable reliable connections between two components or short-circuit routes for current flow. The BTMM-104-01-G-S is a Shunt and Jumper intended for a wide variety of industrial and commercial applications, including low and medium voltage systems.

Based on the combination of materials, these shunts and jumpers can be applied on either AC or DC circuits. The design of these products focuses not only on performance but also on considerable economic and ergonomic advantage. The clean, smooth surfaces of BTMM-104-01-G-S shunts and jumpers help to reduce wiring costs, and by utilizing digital technologies, they facilitate connections in a variety of electrical equipments.

The BTMM-104-01-G-S shunts and jumpers are available in a wide range of sizes, with the size chosen based on the application. The typical range of sizes begins with the smallest BTMM-104-01-G-S model, which is designed for light loads and ends with the largest for high-load applications. Being copper-based, these shunts and jumpers have several advantages over other shunts and jumpers available on the market, from a performance and cost-effectiveness perspective.

When installing BTMM-104-01-G-S shunts and jumpers, there are no specific tools or procedures required since all the components used are standardized. However, it’s vital to follow the manufacturer’s instructions in order to ensure the best possible performance. In order to ensure reliability, these products must be installed using proper connection methods, including proper assembly of the contact components. The contact force should also be sufficient for the intended application.

When it comes to their working principle, BTMM-104-01-G-S shunts and jumpers feature two basic functions - to provide a way for the current to travel and an efficient path for electricity to flow through. A Shunt generally consists of two wires with a resistance between them. One end of the shunt connects to the hot side of the load, while the other end attaches to the neutral side. The current will then travel through the shunt, resulting in a portion of the current being diverted through the shunt, increasing the voltage drop in the load side of the circuit.

Jumpers, on the other hand, provide an alternate path for the current so that it does not complete its path in the main circuit and thus avoids damaging sensitive components. They may be of two types—temporary and permanent. The BTMM-104-01-G-S models are typically designed for permanent applications. Jumpers can also be made of several different materials, but copper is generally the preferred material as it is very efficient and durable. In addition, copper-based jumpers are typically easier to install, since they can easily be profiled to fit different pathways.

In conclusion, the BTMM-104-01-G-S shunts and jumpers are a reliable and cost-effective way to create a reliable connection between two components or short-circuit routes for current flow. It is important to pay attention to the appropriate connection methods to maintain reliability and follow the manufacturer’s instructions in order to ensure proper assembly of the contact components for the best possible performance. Through the combination of materials, these products can be applied on either AC or DC circuits.

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