A neutral connecting piece manganese copper shunt is a device that is used to measure electrical current in high-power applications, specifically in the electrical distribution system. It typically consists of a manganese copper alloy, which has a low electrical resistance. This allows for accurate measurement of high current levels while generating minimal heat. The shunt is connected in parallel with the load being measured, and the voltage across the shunt is used to calculate the current flowing through the load.
A neutral connecting piece is used to connect the shunt to the neutral point of the electrical distribution system, allowing for measurement of the current flowing through the neutral conductor. It is a key component of the current measurement setup, ensuring a safe and secure connection to the distribution system.
In summary, a neutral connecting piece manganese copper shunt is a device to measure the current flowing in an electrical distribution system and made of manganese copper alloy with low resistance also is designed with a neutral connecting piece that connects to the neutral point for accurate current measurement.
Product: | Manganese copper shunt |
Material: | Copper, manganese copper |
Accuracy: | ± 5% |
Process: | Electron beam welding, brazing |
Production: | Production and processing |