Triton PRA001 Consignes D'utilisation Et De Sécurité page 6

The Triton Powered Respirator uses one cleanable pre-filter and two disposable filter
cartridges. A spare pre-filter is also supplied.
Reduced airflow will result from dirty filters -
maintenance should be carried out as detailed
below.
THE PRE-FILTER
The pre-filter clicks into place in the the base of the
air filter unit. Use the finger tab near the on/off
switch to aid removal. Fig. 12.
Clean the pre-filter by:
1. Brushing the outside (ribbed) face. Fig. 13; or
2. Vacuuming the outside (ribbed) face; or
3. Washing it under running water from the inside
(unribbed) face - allowing it to dry completely
before use.
If damaged or misplaced, replacement Pre-filters
can be ordered through your local Triton outlet by
quoting part no. PRA009.
FILTER CARTRIDGES
The Triton Powered Respirator uses commonly available Protector RC 64 Filter
Cartridges (supplied as standard) and CIGWELD 455481 Filter Cartridges.
When used in the Triton Powered Respirator, Protector cartridges meet with the
requirements of Performance Class PAPR P1 in AS/NZS 1716 "Respiratory Protective
Devices" while CIGWELD meet with Class PAPR P2 requirements. Defined as follows:
Class P1 (relevant for Protector Cartridges) - intended for use against
mechanically generated particulates of sizes most commonly encountered in
industry, e.g. silica (ie. suitable for woodwork); and
Class P2 (relevant for CIGWELD Cartridges) - intended for use against both
mechanically and thermally generated particulates, e.g. metal fume. (ie. Suitable for
woodwork and welding).
The filter cartridges are located in the top of the air filter unit. They are removed by
unclipping the lid of the air filter unit via the 4 hinged catches (if tight, push down on the
lid whilst releasing the catches). Fig. 14.
Fitting Protector RC 64
Filter Cartridges
Fit the filters, black face
down onto the foam seal in
the filter unit (note that flow
is in the opposite direction
to the arrows marked on
the filter, this is intentional
and has no effect on filter
performance). Fig. 15.
FILTERS
Fig. 14
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Fig. 13
Fig. 15
Fig. 12