3M Peltor X1A Over-the-Head Ear Muffs Noise Protection NRR 22 dB Constructi..

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 X1A is a lightweight low-profile ear muff designed for protection against low-to-moderate level industrial noise. The X1A utilizes a newly designed spacer specially formulated foam liners and innovative ear cushions to help improve attenuation. It features an electrically insulated wire headband often referred to as “dielectric”. When correctly selected and worn these products help reduce exposure to hazardous levels of noise. 3M PELTOR HYX1 Hygiene Kit offer replaceable ear cushions and foam liners to help keep your earmuffs clean and extend the service life. The 3M PELTOR X Series earmuffs are ideal for protection against noise arising from a wide range of applications in the workplace. Examples of typical applications include: metal processing automotive airports construction textile manufacturing chemical and pharmaceutical manufacturing cement manufacturing printing woodworking heavy engineering foundry steelworks and mining and quarrying. Also available in hard hat attached model: 3M PELTOR XSeries CapMount Ear Muffs X1P3E. NOTE: The X-Series (over-the-head) headband version is electrically insulated -sometimes referred to as “dielectric”. The metal components of the headband have been covered by non-conductive material for use in a low voltage electrical hazard (less than 440 V ac). As there are no applicable standards for testing ear muffs against electrical insulating properties the product has been evaluated at an external laboratory against a modified test method based on EN397:1995. During assessment the leakage current did not exceed 1.2mA when the external surface of the product made contact with an electrical source. The user must determine the overall suitability of this product for the intended application taking into account all relevant hazards. Di