Description

Sennheiser MZH 3015 Overview

Product Description:

The Sennheiser MZH 3015 is a high-quality, white gooseneck microphone designed for use with the ME 34, ME 35, and ME 36 microphone capsules. This sturdy and elegant gooseneck microphone is ideal for professional installed sound applications where unobtrusive, yet effective, microphone placement is needed.

Key Features:

• Sturdy Metal Construction: Built from durable metal, the gooseneck provides reliable and long-lasting performance while maintaining an elegant appearance.
• Flexible Gooseneck Design: Allows for precise positioning of the microphone to ensure optimal audio capture while remaining unobtrusive in various settings.
• Balanced XLR-3 Output: Equipped with a balanced XLR-3 output, the microphone can be easily integrated into professional audio systems. It supports phantom power ranging from 12 to 48V.
• RF Shielding: Provides protection against intermodulation interference from wireless equipment and devices, ensuring clear and uninterrupted audio.

Why Choose Sennheiser MZH 3015?

The Sennheiser MZH 3015 is perfect for environments where both aesthetics and performance are crucial. Its flexible gooseneck design and robust construction make it an ideal choice for installed sound systems in conference rooms, auditoriums, and other professional settings.

Applications:

• Conference Rooms: Provides a discreet and reliable microphone solution for capturing clear audio without drawing attention.
• Auditoriums and Theaters: Ensures precise microphone placement for high-quality sound capture in large spaces.
• Public Addresses: Ideal for installations where unobtrusive yet effective audio pickup is necessary.

Technical Specifications:

• Color: White
• Microphone Type: Gooseneck microphone
• Compatibility: ME 34, ME 35, ME 36 microphone capsules
• Output: Balanced XLR-3
• Phantom Power: 12 to 48V
• RF Shielding: Yes

The Sennheiser MZH 3015 offers a reliable and elegant solution for professional audio installations, combining flexibility, durability, and effective RF shielding to meet demanding sound capture needs.