Products Description

Micro Ohm Manganin Welding Shunt Resistor

Product Profile

Copper Manganese Stamping presents a sleek and flat appearance, meticulously fabricated with precision cutting techniques. Its design is optimized for seamless integration into various electrical systems. The copper-manganese alloy composition, akin to that used in Manganin Shunt for Single Phase Latching Relay, endows it with remarkable electrical properties. It features a smooth surface finish, minimizing contact resistance and ensuring reliable electrical connections. This makes it suitable for applications where stable current flow is crucial.

Product Parameters

Resistance Tolerance

Maintains an extremely tight tolerance of within ±0.5% of the specified resistance value. This precision is vital for accurate current measurement and control, especially in applications like Electricity Meter Shunt. In a typical electricity meter installation, such accuracy ensures correct billing and efficient power management.

Temperature Coefficient

Exhibits a low-temperature coefficient, typically less than 50 ppm/°C. This means that Copper Manganin Shunts electrical resistance changes minimally with temperature fluctuations, guaranteeing stable performance across a wide range of operating conditions.

Current Carrying Capacity

Ranges from 1A to 50A, depending on the specific design and thickness of the stamping. Thicker sections can handle higher currents, making them suitable for diverse applications. For example, in a high-power industrial control system, a more robust Copper Manganese Stamping with a higher current carrying capacity can be employed to manage large electrical loads.

Dimensions

Available in a variety of standard sizes, with thicknesses ranging from 0.1mm to 2mm and lengths and widths customizable to meet specific project requirements. This flexibility in sizing allows for easy adaptation to different device layouts.

Manganese Copper Stamping Parts

Specific Applications of Magnetic Latching Manganese Copper Shunts

In Latching Relay Manganin Shunt applications, they play a critical role in providing a stable current path when the relay is latched. This ensures that the relay remains desired without any current fluctuations disrupting its operation. In industrial automation systems, where relays control various processes, the reliable performance of these shunts is essential for seamless operation.

For electricity meters, the use of Energy Meter Shunts as a shunt enables accurate measurement of electrical consumption. The stable resistance and low-temperature sensitivity ensure that the meter readings are precise, regardless of ambient conditions. This is crucial for utility companies and end-users alike to ensure fair billing and energy management.

In power electronics, such as inverters and converters, these Magnetic Shunt Customized are used to monitor and control current. Their ability to handle dynamic current changes and provide accurate feedback helps in optimizing the performance of these devices, enhancing overall efficiency.

Manganin Shunts for Latching Relays Electricity Meter

Customizable Magnetic Latching Manganese Copper Shunts

Shape Customization

We offer the flexibility to produce Copper Manganese Stampings in custom shapes to fit unique device designs. Whether it's a circular cutout for a particular sensor housing or an irregular shape for a specialized circuit, our advanced stamping technology can accommodate it.

Resistance Customization

Based on specific application requirements, we can adjust the resistance of the stamping. This is particularly useful in applications where a precise current division or measurement is needed. For example, in a research laboratory setting working on a novel electrical experiment, a custom resistance Shunt Assembly can be fabricated.

Connection Options

Provide various connection methods, such as soldering tabs, screw terminals, or wire leads. This allows for easy integration into different electrical assemblies, saving installation time and effort.

Material Composition Tweaking

While maintaining the core copper-manganese alloy, we can slightly modify the alloy ratio to enhance specific properties, like further reducing temperature sensitivity or increasing corrosion resistance for particular environments.

Customizable Manganin copper Shunt Terminal of Latching Relay