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Im trying to get the voltage between phases, the line current and the aparent, real and reactive power of the next circuit: enter image description here

but there are a few things dazzling me, but the most important ist why the line current is so low?

I was expecting someting like 10A based on the next calcs:
V_{ab}=219.97V

I_{an}=frac{V_{an}}{Z_{T}}

V_{an}=127angle0,V

Z_{T}=10,Omega+Z_{L}||Z_{C}

f=60,Hz

Z_{L}||Z_{C}=frac{1}{|frac{1}{omega L}-omega C|}=frac{1}{|frac{1}{2pi(60)(0.796)}-2pi(60)(8.84mu F)|}=0.3000angle-90Omega

Z_{T}=10,Omega+0.3000angle-90=10.0044angle-1.7183Omega

I_{an}=frac{V_{an}}{Z_{T}}=frac{127angle0}{10.0044angle-1.7183}=12.6944angle1.7183,A

But then why the current registered is so low? (and then the power and the strange power factor). I don’t get the reason, the circuit has been double checked to avoid misfits in the connections; the system is balanced. I was expecting the inductance and capacitance impedance cancel each other and only gets a real charge with a power factor of 1 (+90-90).