3M PELTOR X3 Earmuffs (#X3P3E)
Specifications
| Brand
|
PELTOR™
|
| Case Quantity
|
10
|
| Color
|
Black/Red
|
| Confined Space
|
No
|
| Corded
|
No
|
| CSA Class
|
CSA Class A
|
| Dielectric
|
No
|
| Electrically Insulated
|
No
|
| Hearing Protection Style
|
Hard Hat Attached
|
| Metal Detectable
|
No
|
| Moisture Resistant
|
No
|
| Noise Reduction Rating
|
25 Decibel
|
| Packaging
|
Box
|
| Product Series
|
X Series
|
| Product Type
|
Earmuffs
|
| Recommended Industry
|
Commercial buildings, Design & Construction, Heavy Infrastructure, Industrial Maintenance
|
| Shape
|
Earmuffs
|
| Size
|
One Size Fits Most
|
Details
- Hard hat attached hearing protection with Noise Reduction Rating (NRR) of 25 dB for moderate to high noise exposure
- Fits a wide range of industrial safety hard hats, including 3M™ H-700 Series Hard Hats (sold separately)
- Attaches directly to many hard hats without an adapter
- Earcups tilt to ensure a customized fit and comfort for individual users
- Adjustable earcups may be placed in three positions: 1) Usage position 2) Stand-by position, or 3) Storage position
3M™ Peltor™ X3P3E Cap-Attached Earmuffs, Hearing Conservation, 10 EA/Case
The X-Series earmuffs are 3M’s latest advancement in hearing conservation. New technologies in comfort, design and protection all come together in this groundbreaking earmuff line. The X3P3E utilizes a newly designed spacer to help improve attenuation without the need for a much larger cup or double cup design. This lightweight earmuff is designed for protection against hig H-level industrial noise and other loud sounds.
- A universal mounting attachment fits most hard hats
- Stainless steel band construction resists bending and warping to offer consistent pressure over prolonged wearing periods
- Earcup pivot points tilt for optimum comfort and efficiency
- Replaceable ear cushions and foam liners (hygiene kit HYX3)
- Noise Reduction Rating (NRR)a 25 dB. CSA Class AL
*The NRR may overestimate the hearing protection provided during typical use. 3M recommends reducing the NRR by 50% for estimating the amount of noise reduction provided.
