3M PELTOR LiteCom Bedienungsanleitung Seite 9

2.2. CAUTION
• Risk of explosion if battery is replaced by an incorrect type.
• Do not charge batteries in temperatures above
45°C (113°F).
• Only use the 3M™ PELTOR™ Power Supply FR08
when recharging the battery.
2.3. NOTE
• When worn according to these user instructions, this
hearing protector helps reduce exposure to both continuous
noises, such as industrial noises and noises from vehicles
and aircraft, as well as very loud impulse noises, such as
gunfire. It is difficult to predict the required and/or actual
hearing protection obtained during exposure to impulse
noises. For gunfire, the weapon type, number of rounds
fired, proper selection, fit and use of hearing protection,
proper care of hearing protection, and other variables will
impact performance. To learn more about hearing protection
for impulse noise, visit www.3M.com/hearing.
• This hearing protector is provided with safety-related audio
input. The user should check correct operation before use. If
distortion or failure is detected, the user should refer to the
manufacturer's advice for maintenance.
• Operating temperature range:
–20°C (–4°F) to 50°C (122°F).
• Do not mix old and new batteries.
• Do not mix alkaline, standard, or rechargeable batteries.
• To properly dispose of the battery, follow local solid waste
disposal regulations.
• Only use AA non-rechargeable or 3M
rechargeable LR6NM batteries.
3. APPROVALS
3.1. EU
Hereby, 3M Svenska AB declares that the radio
communication is in compliance with Directive 2014/53/EU
and other appropriate directives to fulfill the requirements for
the CE marking. 3M Svenska AB also declares that the PPE
type headset is in compliance with Regulation (EU) 2016/425.
The PPE is audited annually and type approved by SGS
Fimko Ltd., Takomotie 8, FI-00380 Helsinki, Finland, Notified
Body No. 0598.
The product has been tested and approved in accordance
with EN 352-1:2020, EN 352-3:2020 and EN 352-6:2020.
3.2. GB
Hereby, 3M Svenska AB declares that the radio
communication is in compliance with Radio Equipment
Regulations 2017 and other appropriate Regulations to fulfill
the requirements for the UKCA marking.
3M Svenska AB also declares that the PPE type hearing
protector is in compliance with Personal Protective Equipment
Regulations (Regulation 2016/425 as brought into UK law
and amended).
The PPE is audited annually, and type approved by SGS
United Kingdom Limited, Rossmore Business Park, Ellesmere
Port, Cheshire CH65 3EN, UK, Approved Body No. 0120.
The product has been tested and approved in accordance
with EN 352-1:2020, EN 352-3:2020 and EN 352-6:2020.
3.3. EU AND GB
The applicable legislation can be determined by reviewing the
Declaration of Conformity (DoC) at www.3M.com/peltor/doc.
The DoC will 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 at
the bottom of one cup. An example can be seen in the picture
below.
A copy of the DoC and additional information required
in the Regulations and Directives can also be obtained
by contacting 3M in the country of purchase. For contact
information, see the last pages of this user instruction.
4.
The attenuation rating was obtained with the device powered
off.
4.1. EU
3M strongly recommends personal fit testing of hearing
PELTOR Ni-MH
™ ™
protectors. Research suggests that users may receive less
noise reduction than indicated by the attenuation label
value(s) on the packaging due to variation in fit, fitting skill,
and motivation of the user. Refer to applicable regulations
and guidance on how to adjust attenuation label value(s). In
the absence of applicable regulations, it is recommended that
the attenuation label value(s) be reduced to better estimate
typical protection.
4.2. EUROPEAN STANDARD EN 352
EN 352-1, EN 352-3 Sound attenuation and sizing
0120
EXPLANATION OF STANDARD TABLES
Table Description
ref.
G:A
Headband
G:B Neckband
G:C
Carrier attachment
G:1 f = Octave-band centre frequency (Hz)
G:2
MV = Mean Value (dB)
G:3 SD = Standard Deviation (dB)
G:4
APV* = MV - SD (dB)
*Assumed Protection Value
EN
2