Datasheet

3M
E-A-R
Ultrafit
X
Earplugs
Product description
The 3M
E-A-R
Ultrafit
X Earplugs are designed for insertion into
the ear canal to help reduce exposure to hazardous levels of noise
and loud sound. These products feature a specially designed grip
stem for easy insertion and removal.
The 3M
E-A-R
Ultrafit
X earplugs are reusable and may be used
for protection against high noise environments, providing effective
protection across all test frequencies.
Key features
Ŕ Patented tri-flange design helps fit majority of wearers
Ŕ Specially designed pistol grip stem for improved fingertip control
to aid insertion and removal
Ŕ Made from soft and durable material
Ŕ SNR 35dB – see full attenuation table
Ŕ Can be washed up to 50 times with mild detergent
Ŕ Earplugs are corded to allow you to store them around
your neck when not in use
Ŕ Supplied in re-closable plastic reusable container for
hygienic storage
Standard and approval
The 3M
E-A-R
Ultrafit
X earplugs are type approved against the
European Regulation (EU) 2016/425 by BSI Group, The Netherlands
B.V. Say Building, John M. Keynesplein 9, 1066 EP Amsterdam,
The Netherlands, Notified Body No. 2797.
These products meet the requirement of the Harmonised
European Standard EN 352-2:2002. The applicable Certificate(s)
and Declaration(s) of Conformity are available at
www.3M.com/Hearing/certs.
Materials
The following materials are used in the manufacture of this product.
Earplugs Thermoplastic elastomer
Stem Recycled PVC
Cord Recycled PVC
Attenuation values
f (Hz) 63 125 250 500 1000 2000 4000 8000
Mf (dB) 33.1 34.6 34.2 35.8 38.2 38.0 42.9 45.2
sf (dB) 4.7 5.6 6.7 5.7 5.7 5.3 4.5 6.0
APVf (dB) 28.4 29.0 27.5 30.1 32.5 32.7 38.4 39.2
SNR = 35dB, H = 35dB, M = 32dB, L = 30dB, APVf (dB) = Mf – sf (dB)
Key:
f = Test frequency
Mf = Mean attenuation value
sf = Standard deviation
APVf = Assumed Protection Value
H = High-frequency attenuation value (predicted noise level reduction
for noise with LC – LA = -2dB)
M = Medium-frequency attenuation value (predicted noise level
reduction for noise with LC – LA = +2dB)
L = Low-frequency attenuation value (predicted noise level reduction
for noise with LC – LA = +10dB)
SNR = Single Number Rating (the value that is subtracted from the
measured C-weighted sound pressure level, LC in order to estimate
the effective A-weighted sound pressure level inside the ear).
Technical datasheet
Version 3
This version is the sole document applicable
to the product(s) since its date of publication.
Important notice
The use of the 3M product described within this document assumes that the user has previous experience of this type of product and that it will be used by a competent professional.
Before any use of this product it is recommended to complete some trials to validate the performance of the product within its expected application.
All information and specification details contained within this document are inherent to this specific 3M product and would not be applied to other products or environment.
Any action or usage of this product made in violation of this document is at the risk of the user.
Compliance to the information and specification relative to the 3M product contained within this document does not exempt the user from compliance with additional guidelines
(safety rules, procedures). Compliance to operational requirements especially in respect to the environment and usage of tools with this product must be observed. The 3M group
(which cannot verify or control those elements) would not be held responsible for the consequences of any violation of these rules which remain external to its decision and control.
Warranty conditions for 3M products are determined with the sales contract documents and with the mandatory and applicable clause, excluding any other warranty or compensation.
Personal Safety Division
3M United Kingdom PLC
3M Centre
Cain Road, Bracknell
Berkshire RG12 8HT
t: 0870 60 800 60
www.3M.eu/PPEsafety
Please recycle. Printed in the UK. © 3M 2022. 3M, E-A-R, E-A-Rfit, E-A-Rsoft
and Ultrafit aretrademarks of3M Company. All rights reserved. OMG327814

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