U-Type Electron Beam Welding High Current Precision Manganin Shunts is a type of precision electrical current measurement device. It is used to measure high electrical current levels in electron beam welding applications. These shunts are typically made of a manganin alloy which has a low electrical resistance and high thermal stability. These properties make it suitable for high precision and long-term accuracy measurements of high electrical currents, specifically the high current generated by electron beam welding.
The U-shape design of the shunt allows it to be placed in tight spaces, making it more flexible to use in various welding setups. Additionally, its precision is high, allowing for accurate measurement of currents and high-quality welding. Since the process of electron beam welding requires high current and thus U-Type Manganin shunts can handle high current levels with minimal heat generation making them an ideal choice for this kind of application.
Product: | Manganese copper shunt |
Material: | Copper, manganese copper |
Accuracy: | ± 5% |
Process: | Electron beam welding, brazing |
Production: | Production and processing |
Features :
High precision, Low TCR (Temperature Coefficient of Resistance Value).
Low resistance, low inductance, Low watt loss, and Long-term stability.
High power electron beam welding technology
Applications :
Electric power distribution, battery management frequency convertors.
Applied for functional low inductance power supply applications, load test.
Applied for current limiting, current balance or sampling test of power supply.