Fitting Instructions - 3M STIHL G22 Bedienungsanleitung

variables will impact performance. To learn more about
hearing protection for impulse noise, visit www.3M.com/
hearing.
• Operating temperature range: –20 °C (–4 °F) to 55 °C
(131 °F)
• Storage temperature range: –20 °C (–4 °F) to 55 °C
(131 °F)
• Weight of Hearing Protector:
H510A = 181 g, H510B = 168 g, H510F = 201 g,
H510P3E = 205 g, H520A = 185 g, H520B = 213 g,
H520F = 199 g, H520P3E = 235 g, H540A = 276 g,
H540B = 263 g, H540P3E = 310 g, H31A = 186 g,
H31P3 = 285 g.
APPROVALS
Hereby, 3M Svenska AB declares that the PPE type
earmuff is in compliance with Regulation (EU) 2016/425
or Community Directive 89/686/EEC and other appropriate
directives to fulfill the requirements for the CE marking.
The applicable legislation can be determined by reviewing
the Declaration of Conformity (DoC) at www.3M.com/
PELTOR/doc. The DoC will also show if some other type-
approvals are also applicable. When retrieving your DoC,
please locate your part number. The part number of your
earmuffs can be found printed on the cup. A copy of the
DoC and additional information required in the Directives
can also be obtained by contacting 3M in the country of
purchase. For contact information, see last pages of this
user instruction.
The product has been tested and approved in accordance
with EN 352-1:2002/EN 352-3:2002. These PPE products
are audited annually (if Category III products) and type
approved by Finnish Institute of Occupational Health,
Notified Body No. 0403, Topeliuksenkatu 41 b, FI-00250
Helsinki, Finland.
LABORATORY ATTENUATION
Explanation of attenuation tables:
Research suggests that users may receive less noise
reduction than indicated by the attenuation value(s) on
the packaging, due to variation in fit, fitting skill, and
motivation of the user. Refer to your applicable
regulations for guidance on how to adjust label values
and estimate attenuation. In addition, 3M strongly
recommends fit testing of hearing protectors.
European Standard EN 352
A:1 Frequency (Hz)
A:2 Mean attenuation (dB)
A:3 Standard deviation (dB)
A:4 Assumed protection value, APV (dB)
A:5
H = Hearing protection estimation for high frequency
sounds (ƒ ≥ 2000 Hz).
M = Hearing protection estimation for medium frequency
sounds (500 Hz < ƒ < 2000 Hz).
L = Hearing protection estimation for low frequency
sounds (ƒ ≤ 500 Hz).
COMPATIBLE INDUSTRIAL SAFETY HELMETS
These earmuffs should be fitted to, and used only with, the
industrial safety helmets listed in Table C. These earmuffs
were tested in combination with the following industrial
safety helmets, and may give different levels of protection
if fitted to different helmets.
Explanation of the industrial safety helmet attachment table:
C:1 Helmet manufacturer
C:2 Helmet model
C:3 Helmet attachment
C:4 Head size: S = small, M = medium, L = large
COMPONENTS
Headband (PVC, PA)
Headband wire (stainless steel)
Two-point fastener (POM)
Cushion (PVC foil and PUR foam)
Foam liner (PUR foam)
Cup (ABS)

FITTING INSTRUCTIONS

Headband
B:1 Adjust the height of the cups by sliding them up or
down while holding the headband in place.
B:2 The headband should be positioned across the top of
the head as shown and should support the weight of the
earmuff.
Neckband
B:3 Place the cups in position over the ears.
B:4 Keep the cups in position, place the head strap on top
of your head and lock it tight in position.
B:5 The head strap should be positioned across the top of
your head and should support the weight of the headset.
Helmet Attachment
B:6 Insert the helmet attachment in the slot on the helmet
and snap it into place (B:7).
B:8 Work mode: Press the headband wires inwards until
you hear a click on both sides. Make sure that the cups
and the headband wires do not press on the edge of the
helmet when in work mode as this could reduce the noise
attenuation of the earmuff.
B:9 Ventilation mode: To switch the unit from work mode to
ventilation mode, pull outward on the ear cups until you
hear a click. Avoid placing the cups against the helmet
(B:10) as this prevents ventilation.
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