3M Peltor HT Series™ Listen Only Headset – HTM79P3E-CSA

Specifications:

  • Brand: PELTOR
  • Communication Type: Listen Only
  • Hearing Protection Type: Hard Hat Attached
  • Noise Reduction Rating: 23 Decibel
  • Product Series: HT Series
  • Product Type: Headset

Details:

  • Versatile hard hat model headsets designed with a wide selection of connectors, which enable them to be used with speaker microphones, VHF/UHF radios or personal entertainment devices in high-noise areas.
  • The HT Series listen only intrinsically safe communications headset also features:
  • Rated for use in Class I, Groups A, B, C, D; Class II, Groups F, G; Class III Motorola HT1000, MT2000, MTS2000, MTX838, MTX2000, MTX8000, MTX9000
  • Wide, padded headband with two-point suspension
  • Earcups with liquid and foam-filled comfort cushions for long wear and optimum seal
  • Adjustable, noise-canceling microphone
  • Flexible, insulated connection cords made from durable polyurethane
  • Possible industries include: heavy equipment operators, airports, manufacturing, construction, agricultural, racing, oil rigs, petroleum refineries
  • NRR 23 dB*
  • *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.
  • 3M is Leading the Advancement of Hearing Conservation™.

The HT listen-only intrinsically safe hard hat headset helps provide clear, concise sound reproduction and communication in high-noise environments. This comfortable and durable communications headset allows for long-term use under tough conditions.

With its carefully designed speaker system and excellent attenuation, the 3M Peltor HT Series listen-only intrinsically safe communications headset helps provide clear sound reproduction and communication in high-noise environments. These versatile hard hat model headsets are designed with a wide selection of connectors, which enable them to be used with speaker microphones, VHF/UHF radios or personal entertainment devices in high-noise areas.

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