Industrial-grade 6.3M tubular symmetrical stator

KD16095D precision CT tube stator is one of the key components ensuring high-precision imaging and stable operation of the equipment. This model, KD16095D, is a high-power drive stator adapted for large 6.3M tube housings. Its development was initially aimed at solving the mechanical deformation problem of large-size X-ray tubes under high instantaneous current. The stator structure design fully considers the uniform distribution of electromagnetic torque, with the resistance of both the main and auxiliary windings precisely set at 8.27Ω±10%. This highly symmetrical design greatly improves electromagnetic efficiency and reduces uneven temperature rise. Its withstand voltage to ground is improved to 1750VAS-60S-5mA, and its inter-turn test capability reaches 2100Vrms, ensuring insulation redundancy under complex operating modes. Specific inductance parameters are: main winding 55mH±10%, auxiliary winding 51mH±10%. Strict quality control is implemented throughout the manufacturing process, including rigorous testing such as centrifugal force simulation, to ensure the stator maintains absolute stability of its physical shape and position even under ultra-high speed loads. You can customize a consulting solution to meet your specific needs.