Oasis Concepts Diesel and AC Heating System for Recreational Vehicles and Yachts - Manual (Page 53)

Section 8, Operating the Heating Module
8.5 Activating the Burner (Primary) and
AC Heat (Secondary) from the
Remote Operating Panel
Activating the Burner (Primary Heat Source)
• The burner switch on the Remote Operating Panel controls the
ON/OFF of the diesel burner (primary heat source). When the
burner switch is turned ON, the diesel portion of the Oasis™
Heating Module will turn ON after ten seconds. The Burner
LED will turn ON when the diesel burner has been activated.
The burner will continue to operate until the coolant in the
Oasis™ Heating Module reaches the set operating
temperature range. At this point, the diesel burner will turn
OFF. If the Oasis™ Heating Module coolant should cool down
below this temperature range, the burner will again
commence firing and will continue until either the burner
switch on the remote panel is turned OFF or the temperature
range is again achieved. If the burner switch on the remote
panel is turned OFF, the burner stops and the Oasis™ Heating
Module enters a two minute cool down stage prior to
completely shutting down.
Activating the AC Immersion Element(s) (Secondary Heat
Source)
• Place the AC power switch on the Remote Operating Panel to
either the one element or two element position. The AC Heat
(green) LED will turn ON indicating the AC element(s) are
energized and the coolant is being electrically heated. They
will continue to operate until the coolant in the Oasis™
Heating Module reaches the set operating temperature range.
At this point, the elements will turn OFF. If the Oasis™
Heating Module coolant should cool down below this
temperature range, the AC elements will again be energized
and will continue until either the AC switch on the remote
panel is placed in the OFF position or the temperature range
is again achieved. If the AC element switch on the remote
panel is turned OFF, the AC elements are de-energized and
the AC Heat (green) LED turns OFF.
International Thermal Research 8-5