Sound Town 200 Channels UHF Wireless Microphone System with Metal Rack Mountable Receiver, 4 Lavalier Mics, 4 Bodypack Transmitters and Auto Scan, for Church, School, Meeting (NESO-SU4LL)

Overview

• Recommended Uses For Product : Karaoke
• Brand : Sound Town
• Connectivity Technology : XLR
• Connector Type : XLR
• Special Feature : Volume Control, Wireless, XLR
• Compatible Devices : Home Theater, Personal Computer, Smartphone, Speaker, Tablet
• Included Components : microphone
• Polar Pattern : Unidirectional
• Item Weight : 2.9 Kilograms
• Microphone Form Factor : Microphone System

About this item

• INTERFERENCE FREE: the wireless microphone system comes with Ultra-High Frequency (UHF, 510-560 MHz) which is less likely subject to interference from other equipment compared with a VHF system. It has 200 selectable frequencies (50 frequencies each channel) and is compliant with the latest FCC regulations
• AUTO-SCAN: the system comes with AUTO-SCAN function which automatically locates a clear channel to avoid frequency interference. Once an open frequency is located, turn on the transmitter (handheld or lavalier microphone) and set to the same frequency with the receiver. Even with multiple existing systems in use, this function ensures a consistent microphone signal with minimal dropout and noise interference
• FULL COMPATIBILITY, EASY TO SET UP: the receiver comes with both 1/4” mix out and XLR outputs for professional use. With four detachable antennas, independent volume controls and 2 large LCD displays, this wireless microphone system can be easily set up with your PA system. It has up to 200 feet line-of-sight operation range with stellar sound quality and is ideal for conferences, weddings, parties, karaoke and any small to medium-sized venues such as meeting rooms, schools, churches and stages
• SUPERB QUALITY: the built-in pop filter reduces potential popping sound and helps deliver consistent and superb sound quality. The standard 19” x 1U rack mountable receiver in rugged metal housing stands heavy use and deliver optimal UHF performance