HydraMaster CDS 4.8 - Cleaning Precautions

Chemicals and Cleaning: 2-2
CLEANING PRECAUTIONS
There are no short cuts to good carpet cleaning. It requires time, cleaning knowledge and
the use of good chemicals. Therefore, the manufacturer recommends the use of spotting
agents and tra󰀩c lane cleaners, as required, prior to the actual cleaning of carpeting.
HydraMaster also recommends only the use of chemicals containing rust and corrosion
inhibitors, and water softening agents to prevent chemical build-up which may lead to
component failure and warranty invalidation.
Some acid rinse products can cause damage to internal machine components.
Failure to take appropriate measures to prevent acidic corrosion can result in
system failure and loss of warranty on a󰀨ected parts.
HydraMaster will not warranty parts that have been damaged from using acid products
that have obviously caused failures.
Avoid using detergents and chemicals which create foam when those products are
agitated because foam passing through the blower could lead to serious mechanical
failures. To ensure proper cleaning, use HydraMaster detergents and chemicals which
are formulated with built in anti-foaming agents. When cleaning surfaces with excessive
foaming residue, use HydraMaster de-foamer products as directed.
CLEANING STROKE PROCEDURE
To eliminate excess moisture remaining in the carpet ber and eliminate the sawtooth
appearance which results from diagonal movement of the cleaning tool, follow these
steps.
1. Always move the cleaning tool in smooth, forward and backward stroke
2. Apply slight pressure to the forward stroke while the solution is injected into the
carpet.
3. When extracting (drying), apply rm pressure on the forward stroke to ensure a
positive “lock” for the vacuum and minimize the “hopping” e󰀨ect resulting on carpet
that is not smooth.
4. During the forward and reverse strokes, movement to the right or left should only be
done at the extreme rear of the stroke.
5. Overlapping is also important to ensure even application of solution and prevent
saturation when the cleaning tool is stopped twice at the same point at the rear of
the cleaning stroke Figure 2-2.