IDT-HM1-530
Loading
inDESIGN Handheld microphone transmitter. 530-580 Mhz. Cardioid dynamic capsule. Accepts 2 x AA batt
inDESIGN Wireless Handheld Microphone Transmitter Specifications Transmitting Mode: CPU+Pilot Nominal/Peak Deviation: ñ24KHz/ñ48KHz Max Input Sound Pressure: -10dBu(deviationñ48KHz) Power Supply: 2 x 1.5V AA alkaline Transmit Power: 10mW/High 3mW/Low Current Consumption: 180mA/High,155mA/Low(ñ5mA)
Login for Dealer Pricing
- Brand
- inDESIGN
- Product Group
- IDRT Series
inDESIGN Wireless Handheld Microphone Transmitter
Specifications
- Transmitting Mode: CPU+Pilot
- Nominal/Peak Deviation: ñ24KHz/ñ48KHz
- Max Input Sound Pressure: -10dBu(deviationñ48KHz)
- Power Supply: 2 x 1.5V AA alkaline
- Transmit Power: 10mW/High 3mW/Low
- Current Consumption: 180mA/High,155mA/Low(ñ5mA)
- Battery Life: 8 hours High RF mode. 10 Hours Low RF mode
- Display: LCD
- Microphone Capsule: Cardioid dynamic moving coil
* Disclaimer: Instructions and specifications are correct at time of printing. Information within may be subject to change without notice.
inDESIGN Handheld microphone transmitter. 530-580 Mhz. Cardioid dynamic capsule. Accepts 2 x AA batt
inDESIGN Wireless Handheld Microphone Transmitter Specifications Transmitting Mode: CPU+Pilot Nominal/Peak Deviation: ñ24KHz/ñ48KHz Max Input Sound Pressure: -10dBu(deviationñ48KHz) Power Supply: 2 x 1.5V AA alkaline Transmit Power: 10mW/High 3mW/Low Current Consumption: 180mA/High,155mA/Low(ñ5mA)
Login for Dealer Pricing
Loading
IDT-HM1-530
- Brand
- inDESIGN
- Product Group
- IDRT Series
inDESIGN Wireless Handheld Microphone Transmitter
Specifications
- Transmitting Mode: CPU+Pilot
- Nominal/Peak Deviation: ñ24KHz/ñ48KHz
- Max Input Sound Pressure: -10dBu(deviationñ48KHz)
- Power Supply: 2 x 1.5V AA alkaline
- Transmit Power: 10mW/High 3mW/Low
- Current Consumption: 180mA/High,155mA/Low(ñ5mA)
- Battery Life: 8 hours High RF mode. 10 Hours Low RF mode
- Display: LCD
- Microphone Capsule: Cardioid dynamic moving coil
* Disclaimer: Instructions and specifications are correct at time of printing. Information within may be subject to change without notice.