Quad Channel Wireless Microphone System for Professionals

About this item

• WIRELESS EXCELLENCE: 4 channel UHF wireless microphone & system with selectable frequencies. Channel 1: 538.3 - 550Mhz (40 channels). Channel 2: 554.8 - 566.5MHz. Channel 3: 571.3 - 583MHz. Channel 4: 587.8 - 599.5MHz. Employs hassle-free IR synchronization to pair up the receiver and cordless mics smoothly within seconds, with minimum dropouts, and maximum feedback rejection. Long-range operation for wireless DJ microphone system of 290ft – 328ft line of sight.
• DURABLE CONSTRUCTION, MULTI-FREQUENCY MULTISET OPTION: The wireless receiver and dynamic microphones are constructed from resilient metal materials. The handheld microphone is equipped with a cardioid dynamic cartridge, ensuring clear, powerful, and accurate audio quality. Its 4x40 multichannel capability allows users to choose various frequencies in case of preset frequency malfunctions, ensuring dependable operation and enabling simultaneous use of up to four systems without signal interference. Perfect for events such as church services, weddings, karaoke nights, DJ performances, public speaking engagements, and more.
• DEVOTED SERVICE: Genuine Phenyx Pro audio products come with 12-month manufacturer assurance and supportive customer service. Welcome to come to us for troubleshooting or replacement of discontinuous/defective parts.
• BOX CONTENTS: quad channel wireless metal receiver for long-range operation, 4 x UHF wireless handheld microphone, 1/4’’ audio cable, power adapter, 4 x antenna, 4 x anti-rolling ring, 8 x AA battery for 16hrs long hour use, user manual
• AUTO SCAN FOR ANTI-INTERFERENCE FEATURE: The UHF wireless karaoke microphone system is equipped with the auto scan function, which enables the karaoke microphone wireless to search for the least interference channel to pair up with transmitters. The microfono inalambrico also has one 1/4’’ mixed output and 4 XLR separate outputs. 4 antenna design increases anti-interference ability and decreases interference between each channel.