Audix AP62OM2 Wireless Microphone System, R62 Diversity Receiver with (2) H60/OM2 Handheld Transmitters, 522MHz-586MHz

Deliver dependable, professional wireless audio for live sound, AV installations, and security monitoring with the Audix AP62OM2 Wireless Microphone System. This two-channel system pairs the best-selling OM2 dynamic vocal capsule with a true-diversity R62 receiver to deliver low-noise, consistent RF performance across a wide 522–586 MHz tuning range. Performers and technicians benefit from up to 450' of operating range and generous 14-hour AA battery life, reducing downtime during long events or continuous monitoring tasks.

Engineered for real-world use, the OM2 handheld transmitters feature a rugged metal housing and hyper-cardioid pickup for superior on-stage isolation and feedback rejection—especially useful in security, surveillance, and conference environments where clarity and intelligibility matter. The receiver includes one-touch auto-scan and infrared sync for fast frequency coordination and rackmount hardware for easy integration into PA or monitoring racks. XLR outputs enable straightforward connection to mixers, recorders, or surveillance audio inputs.

Choose the AP62OM2 for reliable wireless coverage and pro-grade vocal performance—perfect for houses of worship, corporate AV, broadcast, and security applications. Add to cart or contact us for multi-system setups and antenna distribution options.

• Reliable, stage-ready wireless audio with Audix OM2 capsule for clear vocal reproduction and excellent feedback rejection
• True diversity R62 receiver and 522–586 MHz tuning provide stable RF performance and minimal dropouts across crowded venues
• Up to 450' operating range and 14-hour AA battery life keep events, meetings, and monitoring operations running longer with fewer interruptions
• Rackmount kit, included antennas and XLR outputs simplify integration into PA, AV, security, or surveillance systems
• Rugged metal transmitters and hypercardioid dynamic pickup reduce bleed and handle high SPLs—ideal for live sound, broadcasts, and monitoring applications