heat exchangers to the “Heat Max P.T.I” where it
is channeled through a series of stainless steel
tubing. The exhaust heat from the vacuum blower
is transferred to the stainless steel tubing,
boosting the temperature of the cleaning solution.
Step 4
The hot cleaning solution passes to the outlet
manifold, this manifold serves as a temperature
sensing point and connecting point for the high
pressure solution hoses. The cleaning solution
then passes through high pressure hoses and is
distributed by the cleaning tool to the surface that
is being cleaned.
Operating System
Step 1
Arriving at the job site, same routine applies: pre-
inspection, precondition, run hoses and tools
required into the site.
Step 2
Turn unit power on, then turn on pump, set
chemical meter and enter the site to begin
cleaning.
Step 3
Clean as normal using the recommended orifice
sizes listed below for the wand and stair tool.
Step 4
It will take approximately 15 minutes of normal
cleaning for the vacuum blower to generate
desired temperatures of 230ºF - 240ºF. As the
carpet wand vacuums the carpet it generates a
“load” on the vacuum blower, this in turn then
reaches and maintains optimum temperature for
maximizing the “HEAT MAX P.T.I.” heat transfer.
DO NOT FREEZE! UNIT IS IRREPARABLE IF
FROZEN.
HOTTER WATER TEMPERATURES WILL
CAUSE PREMATURE DETERIORATION OF
HIGH PRESSURE HOSE, VALVES, ORINGS,
ETC.
JET SIZING
For maximum heat and overall unit performance,
the recommended floor tool jet sizing not to
exceed a total of “.045”. Using larger jet sizes on
your cleaning unit may reduce cleaning
temperatures.
Example: Dual-jet wand uses two 110015 jets
(110º spray angle with 015 orifice).
015 x 2 = .03
Stair tool jet size: 11003
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