Pro Co Sound MS-42A 4-Channel Microphone Splitter

Explore the unparalleled functionality of the Pro Co Sound MS-42A 4-Channel Microphone Splitter, a high-quality, professional-grade audio device designed for superior sound splitting. This durable and reliable splitter is engineered to divide signals from four low-impedance microphones or similar sources into two distinct outputs, facilitating the use of two microphone preamplifiers from a single source.

Ideal for stage monitor systems for musicians and remote or live recording applications, the MS-42A is a versatile solution for scenarios where P.A. system microphones need to be connected to a recording mixer. Its transformer isolation minimizes interference from EMI/RFI and ground loops, ensuring clean, clear audio.

The MS-42A boasts standard 3-pin XLR-type connectors for MIC IN, DIRECT, and ISO OUT, simplifying setup with the use of standard microphone cables. The inclusion of the Pro Co MBT-1 transformer allows the MS-42A to deliver floating, low-impedance outputs with a wide, flat frequency response, ultra-low distortion, and minimal ringing or overshoot that could degrade transient response.

Housed in a rugged 16-gauge steel and aluminum "Uni-box" enclosure with a durable black texture powder coat finish and black anodized aluminum side channels, the MS-42A is built to withstand even the most demanding environments. Its easy-to-read control graphics, incorporated into the Lexan front and back panel overlays, enhance user experience.

The MS-42A's specially designed transformers combine superb audio quality with unsurpassed noise rejection, making it an essential tool for any professional audio setup. Its rack-mountable design fits any standard 19" (482.6mm) rack, making it a convenient and cost-effective solution for live performances or recording sessions.

Experience the blend of top-quality audio performance, isolation, and an economical price with the Pro Co Sound MS-42A 4-Channel Microphone Splitter, designed to provide trouble-free service even in challenging situations such as remote broadcast and recording operations.