Product Profile of Magnetic Shunt Customized

Product Profile

The Magnetic Shunt Customized is a precision-engineered component designed to measure electrical currents, primarily in energy metering applications accurately. It is specifically tailored to meet the needs of advanced metering systems such as prepayment meters and energy measurement devices. Constructed using high-quality manganin, this shunt resistor is ideal for applications requiring stability, reliability, and high accuracy, such as single-phase latching relays.

Main Functional Characteristics

High Precision

With its Micro Ohm Manganin Welding Shunt Resistor technology, the shunt offers excellent measurement accuracy, crucial for applications in metering systems like prepayment meters and latching relays.

Temperature Stability

The use of manganin material ensures low-temperature dependency, maintaining consistent performance across a wide temperature range. This feature is essential for ensuring reliable readings in fluctuating environmental conditions.

Shunt Terminal for Magnetic Latching Ralay 100A

Versatile Application

The shunt is adaptable for use in single-phase latching relays and other systems requiring precise current control. Its versatility makes it suitable for both industrial and residential applications where accurate current metering is necessary.

Low Thermal EMF

Designed to minimize the effects of thermal electromotive forces, this shunt delivers stable performance even under varying thermal conditions, thus reducing measurement errors.

Product Properties

Material Composition

The primary material used is manganin, a copper-based alloy renowned for its low-temperature coefficient of resistance, stability, and precision. Manganin is chosen for its excellent properties in reducing error margins in resistance measurements, making it ideal for sensitive applications.

Electrical Properties

The manganin composition provides the shunt with low resistance, typically in the micro-ohm range, ensuring minimal voltage drop and accurate current measurement. Its low thermal electromotive force (EMF) guarantees that temperature fluctuations have minimal impact on performance.

Mechanical Properties

The robust build of the Magnetic Shunt Customized ensures durability and longevity. Its design is optimized for welding and easy integration with circuit components, allowing for stable connections and seamless assembly in electronic devices.

Manganese Copper Stamping

Production Process

Material Selection	High-purity manganin is sourced and prepared for the manufacturing process. The purity of the material is critical to achieving the desired electrical properties.
Cutting and Forming	The manganin alloy is cut into precise shapes using automated machinery, ensuring uniformity and accuracy in each shunt resistor produced.
Welding	Advanced welding techniques are used to assemble the shunt, forming secure connections that are vital for low-resistance performance. This step is crucial for the Micro Ohm Manganin Welding Shunt Resistor applications.
Calibration	Each shunt undergoes precise calibration to fine-tune its resistance value. This process ensures that every product meets stringent accuracy standards required for use in prepayment meter shunt applications.
Quality Assurance	The shunt is subjected to a thorough inspection process to detect any material defects or inconsistencies that could affect performance.

Packaging and Transportation

Packaging	Each shunt is individually packed in anti-static materials to prevent damage from electrostatic discharge. The packaging is designed to cushion the product, reducing the risk of physical damage during handling and transit.
Batch Packing	For bulk orders, multiple shunts are grouped in sturdy boxes with compartments that prevent movement during shipping. These boxes are labeled with detailed product information, including model number, batch number, and handling instructions.
Transportation	Products are shipped using reliable logistics partners to ensure prompt and secure delivery. Special care is taken to maintain a controlled environment during transportation to prevent exposure to moisture or extreme temperatures.
Documentation	Comprehensive documentation, including quality control certificates and inspection reports, is included with each shipment. This ensures transparency and traceability from production to end-user delivery.