Heat Transfer for Air-Liquid Coil With Dry Fin Surface
by S.Gabel and M. J. Brandemuehl, revised for TRNSYS by
N.Blair and R.Schwarz

      This model was adapted strictly for use with the TRNSYS Program by
the Solar Energy Laboratory.

The subroutine calculates the leaving liquid and air conditions
and the rate of heat transfer between the liquid and the air fluid
streams for a sensible heat exchanger.  In HAVAC applications,a sen-
sible heat exchanger is identified as a heat exchanger in which there
is no mass transfer or moisture removal.  The steady state transfer
performance and the leaving liquid and air conditions can be determined
using standard heat exchanger effectiveness relationships, described
in the section on HEATEX.


Developed by S.Gabel and M. J.Brandemuehl for the secondory TOOLKIT
for the AESHRAE. 25 May, 1992