Product Profile of ETP Copper Shunt Terminal for Power Magnetic Latching Relay
The ETP Copper Shunt Terminal for Power Magnetic Latching Relay is a high-performance component designed for precise current measurement and control in energy meters, relays, and other electrical systems.
Constructed from Electrolytic Tough Pitch (ETP) copper, the terminal ensures optimal electrical conductivity, making it suitable for high-precision applications in the power sector.

Product Features
Product Features
High-Quality ETP Copper
The shunt terminal is made from ETP copper, known for its excellent conductivity, corrosion resistance, and long service life.
Low-Resistance Material
Incorporates Manganese Copper Shunts to ensure a low and stable resistance, minimizing energy loss and improving measurement accuracy.


Stable Performance
The use of manganin alloy provides a low-temperature coefficient, ensuring stable performance across varying environmental conditions.
Customizable Design
The shunt terminal can be customized to fit specific application needs, such as varying resistance values, dimensions, and connection types.
Main Functional Characteristics
Main Functional Characteristics
Low Temperature Coefficient
The manganin material ensures that resistance changes minimally with temperature variations, maintaining accuracy in power monitoring and billing systems.
Durability and Longevity
ETP copper construction provides superior mechanical strength and corrosion resistance, ensuring long-term reliability even in harsh environments.
Easy Integration
Compatible with standard terminal blocks and electrical systems, the shunt terminal is easy to install and maintain, making it ideal for retrofitting existing systems.

Technological Innovations
| Optimized Shunt Geometry | The bar shape shunt resistor is engineered to offer maximum current measurement precision while minimizing material usage, resulting in cost-effective and space-efficient designs. |
| Innovative Terminal Block Integration | By incorporating a terminal block manganin shunt, the design simplifies the installation process, offering flexible connection options and reducing the complexity of electrical wiring systems. |
| Customization Options | The ETP copper shunt terminal can be tailored to meet specific electrical parameters, such as varying current ratings, resistance levels, and physical dimensions, catering to a wide range of applications. |
| Thermal Compensation Features | The shunt's low-temperature coefficient ensures that it compensates for environmental temperature variations, maintaining resistance stability and system accuracy without frequent recalibration. |
Reasons for Choosing Us
| High-Quality Materials | Our shunt terminals are made from premium ETP copper and Manganese Copper Shunts, ensuring long-term reliability, excellent conductivity, and minimal resistance variation, which are essential for high-precision power measurement. |
| Proven Expertise | With extensive experience in designing and manufacturing shunt resistors and terminals, we provide tailored solutions that meet the unique needs of our customers in various industries, from prepayment meters to power relays. |
| Advanced Manufacturing Techniques | Our production process incorporates cutting-edge technologies, ensuring precise manufacturing of bar shape shunt resistors and terminal block manganin shunts, resulting in consistent product quality. |
| Custom Solutions | We offer customizable options for our ETP Copper Shunt Terminals, allowing customers to specify resistance values, dimensions, and other key parameters to match their application requirements. |
| Focus on Accuracy and Efficiency | Our products are designed to deliver accurate current sensing and efficient power distribution, making them ideal for energy metering, power monitoring, and control applications. |

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