Bi-22l2 tubes for fault current limiter (FCL) were fabricated by centrifugal melting process. $SrSO_4$ ($10;wt.;\%$) was added to Bi-2212 powder to lower the melting point of Bi-22l2 and to improve the mechanical properties. The BSCCO powder was completely melted at $1300;^{circ}C$ using the RF furnace and then poured into rotating steel mold. The steel mold, preheated at $450;{circ}C{sim}550^{circ}C$ for 2 hour was rotated at $1020{sim}2520;RPM$. The solidified BSCCO tube was cooled down to room temperature in the furnace for 48 hours and separated from the mold between Bi-2212 and the mold. $ZrO_2$ solution was used to separate it easily from the mold and Ag tape was attached in the mold inner wall of the mold to analysis electrical property. Bi-22l2 tube was often cracked when the cooling rate was high. BSCCO tubes with $70{Phi}{ imes}100;mm,;50{Phi}{ imes}100;mm$ and $30{Phi}{ imes}150;mm$ size were fabricated by centrifugal melting process. The $J_{c}s$ of tubes with $50{Phi}{ imes}100;mm{ imes}4.0;t$ and $50{Phi}{ imes}100;mm{ imes}4.l;t$ were 178 and $74.2;A/cm^2$ at 77K, respectively. The processing condition for Bi-2212 tube fabrication was investigated using XRD and SEM analyses.