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The only issue with FPH is that outdoor air and exhaust fans may not be
simulated.<br><br>
<br><br>
<blockquote type=cite class=cite cite="">System type FPH meets your
needs.<br><br>
<a href="inputtemplateforastandardfphunit.htm"> </a><br>
Floor Panel <font color="#FFFFFF">Heating</font> System<br><br>
The Floor Panel <font color="#FFFFFF">Heating</font> System provides
<font color="#FFFFFF">heating</font> for one or more zones by circulation
of <font color="#FFFFFF">heated</font> fluid through a network of pipes
embedded in the floor or ceiling. A single pump, rather than the
primary-secondary pumping arrangement shown in the schematic, is
installed for single-zone systems. Space temperature in each zone is
controlled by varying the temperature of the fluid circulating in that
zone. Hourly head addition rate is determined for this system exactly as
for other types of systems. Pumping energy associated with this system is
accounted for by the PUMP attached to the CIRCULATION-LOOP. The ratio of
panel <font color="#FFFFFF">heat</font> losses to panel
<font color="#FFFFFF">heating</font> output must be estimated by you and
entered; see the keyword PANEL-<font color="#FFFFFF">HEAT</font>-LOSS in
the ZONE command). The program assumes that this ratio of
<font color="#FFFFFF">heat</font> loss to
<font color="#FFFFFF">heat</font> output remains constant over the full
range of panel output.<br><br>
<img src="../ImagesExt/image14_57.png" alt="[]"><br><br>
Figure 59 Floor panel <font color="#FFFFFF">heating</font>
system<br><br>
Other names and/or applications for FPH<br><br>
None. Note that the simulation does not account for the
<font color="#FFFFFF">radiant</font> comfort aspects of panel
<font color="#FFFFFF">heating</font>; therefore, a lower
<font color="#FFFFFF">heating</font> setpoint is appropriate.<br>
<br>
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<br>
Chris Jones<br>
14 Oneida Avenue<br>
Toronto, ON M5J 2E3.<br>
Tel. 416-203-7465<br>
Fax. 416-946-1005<br><br>
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