Out of Stock

EPOS ADAPT 160 USB-C II Binaural Headset EOL

Name: EPOS ADAPT 160 USB-C II Binaural Headset *EOL*
Brand: EPOS
SKU: SH25-1234
Price: 40.65 GBP
Availability: OutOfStock

£40.65 GBP

£40.65 GBP ~~Regular price:~~

(VAT Excl.)

Shipping calculated at checkout.

Connectivity USB-C
Headset Weight

Out of stock

EAN: 5714708007203

SKU: SH25-1234

Vendor: EPOS

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Product Specification

Weight: 135.8g
Headset connection: Corded
Compatibility: For Desk phones
Corded or cordless: Corded
Connectivity: For USB-C
Mono/duo: Duo headsets
Wearing style: Headband
Ear cushions: With foam ear cushions
Microphone Boom: With long microphone boom
Noise Cancelling: Without noise cancelling
Mute: With mute key
Volume control: On headset volume control

Box Content

EPOS | SENNHEISER ADAPT 160 USB II Headset
Acoustic Foam Ear Pads
Call Control USB (A or C)
Quick Guide
Safety Guide
Compliance Sheet

Documents

Datasheet

Technical Features

Type: Binaural USB-C Headset
Microphone frequency range: 100 - 8000 Hz
Speaker frequency response: 20 - 20,000 Hz
Sound pressure: 115 dB
Speaker Type: Dynamic Neodymium Magnet
Microphone and headset features: Noise limiter switch
Controls: Call answering, volume control, mute/unmute function
Technology: EPOS Voice technology
Noise limiter compliance: EU regulation (protection against acoustic shocks)
Optimised for: UC
Connectivity: USB-C
Easy connection: Plug & Play
Headset weight: 135.8 g
Warranty: 2 years

EPOS ADAPT 160 USB-C II Binaural Headset EOL

£40.65 GBP

£40.65 GBP ~~Regular price:~~

(VAT Excl.)

Overview

The large earphones and the noise-cancelling microphone will allow you to carry out smooth, clear and distinct calls, no matter what. Whether you are in a quiet or noisy environment, your communications will always be perfectly intelligible.

Because hearing is essential, it must be protected effectively. The ADAPT 100 series of EPOS headsets have been designed according to the European Noise at Work Regulations. This means that it protects customers' hearing against acoustic shocks caused by noise peaks during your communications.