Primary Wire Manganin Shunt
Primary Wire Manganin Shunt

Primary Wire Manganin Shunt

The Primary Wire Manganin Shunt is a precision component commonly used in energy meters and prepayment meters. It is typically made from manganese copper alloy, known for its low thermal EMF and stable electrical resistance over varying temperatures. The shunt features a bar shape and is manufactured using stamping technology, ensuring accurate dimensions and performance.
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Product Profile of Primary Wire Manganin Shunt

 

Product Profile
 

The Primary Wire Manganin Shunt is an essential component in energy measurement systems, specifically designed for energy meters and prepayment meters. It serves as a shunt resistor, allowing for accurate current measurement and control. With its unique bar shape, the shunt is fabricated using high-quality manganese copper stampings, ensuring durability and precise performance.

Static Copper Plate with Manganese
 

 

Product Features
Key Features

 

High Accuracy

The manganese copper composition provides exceptional accuracy in current measurement, making it ideal for energy meters.

Low Temperature Coefficient

The shunt has a minimal temperature coefficient, ensuring stable performance across varying environmental conditions.

Electricity Meter Shunt
Magnetic Shunt Customized

Durability

Constructed from high-quality materials, the shunt exhibits excellent mechanical and thermal stability.

Compact Design

The bar shape design allows for easy integration into various energy meter systems, optimizing space without compromising performance.

Technical Features
Technical Features

 

 
 

Resistance Value

Customizable resistance values tailored to specific applications in energy measurement.

 
 
 

Welding Method

Utilizing braze welding techniques for enhanced electrical connections and mechanical stability.

 
 
 

Environmental Resistance

Designed to withstand harsh environmental conditions, ensuring longevity and reliability.

 
Production Process

 

Material Selection High-grade manganese copper alloys are chosen for their excellent conductivity and resistance characteristics.
Stamping The alloys are stamped into the desired bar shape, ensuring uniformity in thickness and dimensions.
Machining Precision machining processes refine the shape, enabling exact resistance values and surface finish.
Welding The bar is then subjected to braze welding, creating a robust connection that enhances electrical performance.
Testing Each shunt undergoes rigorous testing for electrical performance, including resistance, current handling, and temperature stability.
Quality Control A final quality control check ensures that all products meet industry standards and specifications.

 

Dust-free Workshop of Metal Stamping

 

 

 

Packaging and Transportation

 

Packaging
The Primary Wire Manganin Shunt is packaged carefully to prevent any damage during transportation:


Individual Packaging: Each shunt is wrapped in anti-static materials and cushioned to avoid physical impacts.
Labeling: Clear labeling on each package provides essential information such as resistance values, current ratings, and safety instructions.
Bulk Packaging: For larger orders, shunts are packaged in sturdy boxes to facilitate safe handling and storage.

 

Transportation


Shipping Methods: The shunts can be transported via road, air, or sea, depending on the urgency and destination of the order.
Tracking: Each shipment is accompanied by tracking information, ensuring customers can monitor the delivery status.
Timely Delivery: Our logistics partners are selected for their reliability, guaranteeing timely delivery of products to clients worldwide.

 

Packing Delivery by Express Sea China Railway Express

 

Terry from Xiamen Apollo

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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