Product Profile of Static Copper Plate with Manganese

Product Profile

The Static Copper Plate with Manganese, commonly used in high-precision applications such as electricity meters and relays, is a specialized conductive component. It is made from high-quality materials, primarily Manganin Copper, which is known for its exceptional resistance properties and thermal stability.

Product Features

Material Composition

Made from Manganin Copper Shunt, which is a copper alloy with manganese and nickel, this plate offers excellent electrical conductivity, low thermal EMF, and high stability over a wide temperature range.

High Precision

Due to the properties of Manganin Copper, the static copper plate offers precise current measurement capabilities, making it ideal for integration into electricity meter shunt systems.

Customized Design

Available as a Magnetic Shunt Customized, the product can be tailored to fit the specific electrical and mechanical requirements of different systems, such as voltage regulation or current limiting in magnetic latching relays.

Durability

The copper plate's resistance to corrosion and thermal stress ensures a long operational life, reducing the need for frequent replacements.

Main Functions

Current Measurement

The primary function of the Static Copper Plate with Manganese is to serve as a shunt, allowing precise measurement of electrical currents in systems such as electricity meters. The electricity meter shunt function is achieved through the high-precision resistance offered by the Manganin alloy.

Magnetic Compensation

With Magnetic Shunt Customized designs, these plates can be used in applications where magnetic compensation is needed, especially in devices like magnetic latching relays. The material helps divert excess magnetic fields to ensure stable operation.

System Protection

By acting as a controlled conductor, the copper plate protects electrical systems from current surges and thermal overload, particularly in devices like relays and meters where precise current control is critical.

Electricity Meter Shunt

Inspection Methods

Visual Inspection	The plates are inspected for surface defects such as cracks, corrosion, and dimensional irregularities. This helps ensure that the physical integrity of the product meets industrial standards.
Magnetic Field Testing	In applications that involve magnetic fields, especially in Magnetic Shunt Customized products, magnetic field testing is done to check the plate's ability to perform under varying magnetic environments.
Dimensional Accuracy	The copper plate is measured for dimensional accuracy, ensuring that the product can be correctly integrated into systems like relays and meters without causing mechanical failures or misalignments.
Lifecycle Testing	To confirm durability, the product undergoes lifecycle testing to simulate long-term operational conditions. This ensures that the Shunt Terminal for Magnetic Latching Relay maintains its functionality over extended periods.

Transportation and Packaging

Packaging Materials	The copper plates are packed in protective layers of foam or bubble wrap to cushion them from shocks or vibrations during transportation. Additional padding is used for large shipments to prevent any physical damage.
Moisture Protection	To prevent corrosion during transport, the products are sealed in moisture-resistant bags or plastic coverings. This is particularly important for Manganin Copper Shunt components that are sensitive to humidity.
Labeling and Documentation	Each shipment is carefully labeled with detailed product information, including material specifications, batch numbers, and inspection certificates. This ensures traceability and easy identification upon delivery.
Shipping	For long-distance transportation, the plates are typically shipped in reinforced crates or pallets to ensure they arrive intact. Air or sea freight is used depending on the destination, with considerations for speed and cost-efficiency.