A $30\%$ glycol solution $(=67\mathrm{.}2l\frac{b_m}{f}{t}^3,v=6\mathrm{.}28{10}^{-5}f\frac{t^2}{sec})$ flows out of a centrifugal chiller at $285ga\frac{l}{m}in.$ The glycol solution flows through $50$ ft of $2-in.$ I.D$.$ steel pipe before reaching a plate heat exchanger. The pipeline contains a swing check valve, three fully opened globe valves, and four $90$ standard elbows. All fittings are soldered $($similar to flanged$).$ Find the pressure loss between the chiller and the plate heat exchanger.

$p_L=$ psi