MIPRO ACT300/ACT30T Wireless Lavalier System

The MIPRO's ACT300/ACT30T is a wireless microphone system that comes with ACT300 dual channel UHF diversity receiver and ACT30T UHF bodypack transmitter. ACT300 is a EIA standard 1U rack mountable design wireless microphone receiver with up to 16 preset compatible channels per bandwidth. It comes with One-touch Scan & ACT sync channel setup technology that can sync the transmitter and receiver frequency automatically.

ACT300 Dual Channel UHF Diversity Receiver

• EIA standard 1U rack mountable design wireless microphone receiver.
• Diversity technology for optimum reception
• Up to 16 preset compatible channels per bandwidth
• One-touch Scan & ACT sync channel setup technology
• Advanced multi-function backlit LCD displays all parameters on the same screen
• Dual "Pilotone & NoiseLock" circuits minimize interference
• Industry’s only interference “warning” indicator
• Adjustable squelch for managing interferences
• RF & audio level indicators
• Transmitter battery level indicator
• Innovative Wireless Microphone Receiver provides bias for booster
• Up to 100m (330 ft.) operating range (line-of-sight)
• Matching ACT-30H handheld and ACT-30T bodypack transmitters.

ACT30T UHF Bodypack Transmitter

• Miniature, compact design
• Top features mute switch, mini-XLR connector and antenna
• Backlit LCD displays various parameters and indicators
• Unique battery cover design provides easy access to operational controls and protects against accidental change of settings
• Connector for optional MJ-70 remote mute switch cable
• Low-spurious PLL-synthesized technology enhances frequency stability and reliability.  One-touch ACT syncs the transmitter and receiver frequency automatically
• Selectable impedance for microphone or guitar/line inputs
• 4-pin mini XLR connector is compatible with all MIPRO lavalier, headworn microphones and instrument cable
• Highly efficient power consumption circuitry ensures long operating hours from 2 AA batteries
• Adjustable belt clip allows wearing transmitter in up or down position