
18 Instructions for use | Dräger HPS SafeGuard
Cleaning and disinfecting
6 Cleaning and disinfecting
6.1 Manual cleaning and disinfecting
Generally, cleaning the fire helmet after use will suffice. The
internal helmet components can be disinfected if the fire
helmet has been used in contaminated areas.
NOTICE
Risk of damaging the material!
For cleaning and disinfecting, do not use any solvents (e.g.
acetone or alcohol) or cleaning agents with scouring particles.
► Only follow the specified procedure and use the specified
cleaning and disinfecting agents. Other agents, dosages
and application times may cause damage to the product.
6.1.1 Cleaning
NOTICE
If the fire helmet is to be cleaned in an immersion bath, only
submerge the helmet briefly in order to prevent the anti-fog
coating of the visors from dissolving.
1. Remove electronic components from the fire helmet and
clean separately.
2. Prepare a cleaning solution consisting of water and a
detergent. Alternatively, lukewarm soapy water or water
can be used.
3. Clean the helmet components as follows:
● Helmet shell:
Clean using a soft cloth and the cleaning solution.
Rinse with clear water and wipe dry.
● Visors with multiple coatings (anti-fog and anti-scratch
coating):
Clean with lukewarm soapy water or water. Rinse off
with clear water. The outside of the visors can be
wiped dry. Allow the inside of the visor to air-dry.
● Textiles:
Clean with the cleaning solution. Rinse with clear
water. Allow to air-dry.
6.1.2 Disinfection
1. Prepare a disinfectant bath containing water and a
disinfectant.
2. Place all parts to be disinfected into the disinfectant bath
(duration: 15 minutes).
3. Thoroughly rinse all parts under running water.
4. Dry all parts in the air or in a drying cabinet (temperature:
max. 60 °C). Do not expose to direct sunlight.
6.2 Automatic cleaning and disinfecting
Dräger has approved two cleaning procedures for
automatically cleaning and disinfecting the fire helmet:
Reprocessing in a drum washing machine or in a machine
using a spray method.
In most cases, cleaning the fire helmet is enough to safely
remove soiling and contamination. Performing disinfection to
safely remove 99.999 % of germs is necessary only in very
few cases. Disinfectants cause the surface of all parts and
components of the helmet to deteriorate considerably,
especially the coatings on the visors, and can thus result in
damage.
During machine reprocessing, fire helmets are subject to
considerably greater mechanical stress than they are during
manual cleaning. The mechanical stress during reprocessing
in a drum washing machine is greater on the whole than it is
during reprocessing using the spray procedure. Machine
cleaning can have a negative impact on the life span of the
fire helmet.
Coated visors, especially visors with a permanent anti-fog
coating, are subject to particularly high stresses during
machine cleaning with longer contact times with the result that
the coating may come off or be permanently damaged.
Coated visors must be thoroughly air-dried or be dried in the
drying cabinet. After drying, coated visors should be aired out
for at least one day in normal climatic conditions according to
DIN EN ISO 291 so that the coating can regenerate and an
optimum service life can be achieved. The helmet, and the
textile components in particular, must be dried very thoroughly
to prevent mould formation.
The helmet might get damaged if the following specifications
are not taken into account.
6.2.1 Machine reprocessing the fire helmet in a
drum washing machine
6.2.1.1 Reprocessing instructions
1. Remove electronic accessories (e.g. helmet lamp,
HPS BuddyLight rear light) from the fire helmet and clean
them separately.
2. Fold up the face protector.
3. Load the washing machine in such a way that only one
additional helmet would fit into the washing machine.
4. Place the fire helmet in a wash bag.
5. Start the washing programme.
6. Rinse thoroughly at least six times.
7. Dry all parts in the air or in a drying cabinet (temperature:
max. 60 °C) very thoroughly and sufficiently. Do not
expose to direct sunlight.
6.2.1.2 Parameters for cleaning and disinfecting
– Allowed and approved agents:
– Suma Jade Pur-Eco L8 (cleaning agent)
– neodisher MediClean Forte (cleaning agent)
– neodisher Dekonta AF (cleaning agent and
disinfectant)
– Eltra (cleaning agent and disinfectant)
– Sekumatic FDR (cleaning agent and disinfectant)
– Precleaning phase (depends on the type of machine)
– Duration: until the operating temperature has been
reached, depending on the machine type
– Temperature: 55 °C (Suma Jade); 50 °C to 55 °C
(neodisher), 60 °C (Eltra, Sekumatik FDR)
– Cleaning phase or cleaning and disinfection phase:
– Duration: 5.0 min
– Temperature: 55 °C (Suma Jade); 50 °C to 55 °C
(neodisher)
– Concentrations of the agents used:
Suma Jade Pur-Eco L8: 0.4 %
neodisher MediClean Forte: 0.5 % to 1.0 %
neodisher Dekonta AF: 1 %
For information on suitable cleaning agents and disin-
fectants and their specifications, see document
9100081 at www.draeger.com/IFU.