Skip to product information
1 of 2

Sennheiser

Sennheiser 511717 Ultra-Thin Cable

Sennheiser 511717 Ultra-Thin Cable

Regular price $91.65 USD
Regular price Sale price $91.65 USD
Sale Sold out
Shipping calculated at checkout.

Sennheiser 511717 Ultra-Thin Cable

Reliable Replacement Cable for Sennheiser HSP Microphones The Sennheiser 511717 spare cable is a black ultra-thin replacement designed for seamless compatibility with the HSP 2 and HSP 4 head-worn microphones. Featuring a Lemo 3-pin connector, this cable provides a secure and reliable connection to compatible transmitters and adapters, ensuring uninterrupted performance for professional audio applications. Designed for Compatibility with HSP 2 and HSP 4 This replacement cable is specifically designed to work with Sennheiser's HSP 2 and HSP 4 head-worn microphones, making it an essential accessory for professionals who rely on these microphones for live sound, broadcast, and stage performances. The Lemo 3-pin connector ensures secure attachment to compatible devices, maintaining the integrity of your audio system. Lightweight and Durable for Professional Use Constructed with a lightweight design, the 511717 cable weighs just 9 grams, ensuring it doesn’t add unnecessary bulk to your setup. Despite its ultra-thin profile, this cable is built to withstand the demands of professional environments, providing a durable and long-lasting solution for frequent use. Enhanced Audio Transmission for Clear Sound The cable is engineered to deliver pristine audio transmission, maintaining the high-quality performance that Sennheiser microphones are known for. Its precision design ensures minimal signal loss, allowing for clear and reliable sound reproduction in any setting. Perfect for Spare or Replacement Needs Whether you’re replacing a damaged cable or keeping a spare on hand, the 511717 is a practical addition to your professional audio toolkit. Its compatibility with HSP microphones and ease of installation make it a hassle-free solution for maintaining your system’s reliability.
View full details