Audio-Technica AT8314-30

Regular price $27.80 $27.25

Availability: Available Unavailable

Product Type: Pro Audio

Product Vendor: Audio-Technica

Product SKU: AT-AT8314-30

OverviewXLRF - XLRM balanced microphone cable. 30' (9.1 m) length.Audio-Technica Premium Microphone Cables are engineered for maximum signal transfer and minimum loss. Designed for low-impedance operation, these balanced cables feature heavy-duty construction and professional Neutrik® connectors. To protect signal quality,...


DISCLAIMER

ATTENTION! TARIFFS AND INDUSTRY IMPACT: All Pricing is subject to change without notice due to industry wide Tariff increases with several major manufacturers. Please check with your sales rep for current and updated pricing information prior to ordering. Quotes are only valid for the day they are provided. Returns for credit - New product may be approved to be returned for credit within 30 days of original packaging. Product must be new, unopened and in original packaging Returns and canceled orders are subject to a 25% restocking fee. -MANY ITEMS ARE CURRENTLY ON BACKORDER. PLEASE VERIFY PRICING AND AVAILABILITY ON ALL PRODUCTS WITH YOUR SALES REP VIA CHAT, EMAIL, OR PHONE BEFORE PLACING AN ORDER

Product Details

Overview

XLRF - XLRM balanced microphone cable. 30' (9.1 m) length.

Audio-Technica Premium Microphone Cables are engineered for maximum signal transfer and minimum loss. Designed for low-impedance operation, these balanced cables feature heavy-duty construction and professional Neutrik® connectors. To protect signal quality, each conductor has an individual spiral shield inside the molded insulating sheath. A conductive PVC layer inside each shield dissipates static buildup during flexing.

Features

  • Dual copper outer shields and twin conductive PVC inner shields protect cable signal quality with 100% coverage
  • Professional Neutrik® connectors ensure superior signal integrity and outstanding strain relief
  • Heavy-duty PVC jacket stands up to tough use
  • Heavy-duty 24-gauge stranded copper conductors offer optimal signal transfer
  • Extra flexibility and low memory for ease of use/storage
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