Airwave AT-4250 Handheld / Bodypack Wireless Microphone System

144 Channel UHF Dual Channel Wireless Microphone System with Handheld and Lavalier

• 144 Digital switchable UHF Channels
• Choice of 514-542 MHz or 470-489 MHz Frequency Range
• Infrared Frequency Sync
• Auto Button for fast Frequency Sweep
• Digital Adjustable volume, squelch and gain control
• Battery Indicators on Body Packs and Base Station
• Uses 2 AA batteries for up to 10 Hours of continuous use
• System uses one rack space
• 1/4" and XLR mix outputs
• Separate XLR channel outputs
• FCC Tested and Approved: FCC ID  2AINTAT-4200

AT-4200 WIRELESS MICROPHONE RECEIVER SPECIFICATIONS

• Frequency Range: 470~489MHz / 514~542 MHZ
  Modulation : FM
  Working Range: 328’
  Optional Frequency: 192
  Frequency Response: 50Hz ~ 15KHz (±3dB)
  Dynamic Range: > 105dB
  THD: < 0.5%
  S/N Ratio: > 102dB(A)
  RF Sensitivity: < -95dBm
  Image Rejection: > 60dB
  Output Connectors: XLR×1/ 1/4-inch connector×1
  Audio Output Level: XLR: +10dBV / 1/4-inch connector: +8dBV
  Impedance: XLR: 3KΩ / 1/4-inch connector: 3KΩ
  Pilot Tone: 32.768KHz
  Display: LCD
  Power Requirements:  12V/0.5A DC
  Operating Temperature Range: 32°F - 122°F
  Dimensions: 6.299” (W) x 16.142” (L) x 1.732” (H)
  Weight: 3.858 lb.
  FCC ID: 2AINTAT-4200

AT-U41 HANDHELD MICROPHONE TRANSMITTER SPECIFICATIONS

• Capsule Sensitivity: -50dB ± 2dB V/PA@1KHz
  Capsule Frequency Response: 50Hz ~ 16KHz
  Gain Adjustment Range: 0/3/6dB
  Input Impedance: 5KΩ
  Output Power: 2mW / 10mW / 30mW
  Spurious: >dB
  Pilot Tone: 32.768KHz
  Display: LCD
  Power Requirements: 1.5V x 2(AA)
  Battery Life: >8H/1300mAH
  Dimensions: 9.84” x 1.97”
  Weight: 12.7oz

If using up to 2 units (up to 4 channels) the system does not require an antenna combiner under normal conditions.  If using 3 to 5 units (6 to 10 channels) the use of an approved antenna combiner is highly recommended. The official Antenna distribution partner of Airwave Technologies is RF Venue.   They are without question, the leaders of antenna distribution.