Audio-Technica ATW-CHG6/8620 - D50 Handheld and Body-Pack Charger with Rack Tray

Audio Technica
SKU:
ATW-CHG6/8620
$748.00
$880.00
(You save $132.00 )
Current Stock:

Audio-Technica ATW-CHG6/8620 - D50 Handheld and Body-Pack Charger with Rack Tray

The Audio-Technica ATW-CHG6 two-bay charging station is used to charge D50 wireless system body-pack (ATW-DT3201) and handheld (ATW-DT3202) transmitters. The charger can also accept the ATW-CHGA6 single battery charger. Up to three ATW-CHG6 charging stations can be installed in a single 2U rack space by using the included AT8620 rack-mount tray. Up to four charging stations can be linked with Cat5e cable and powered by a single AC adapter; up to three stations can be linked and powered by PoE+.

Indicator lamps on the front of the station allow users to easily monitor charging status and battery level, which can also be viewed in the Wireless Manager software. Transmitter firmware can be updated while transmitters are docked in the charging station.

The included AT8620 rack-mount tray allows three ATW-CHG6 charging stations to be mounted in a 2U space.

Features

• Up to 4 charging stations can be linked with Cat5e and powered by 1 AC adapter
• Up to 3 charging stations can be linked and powered by PoE+
• Charging status and battery level can be monitored locally or remotely
• Two microphone hangers are included for convenient lavalier mic storage
• Transmitter firmware can be updated while docked in the charging station
• Charging station can be mounted vertically or horizontally
• Includes: ATW-CHG6 charger, mounting plate, two lavalier mic hangers, link cables to connect multiple chargers, and AT8620 rack-mount tray

Specifications

Overall System
Operating Frequencies DF2: 470.125 to 607.875 MHz
Modulation Mode Standard: 8-PSK
HD mode: 16QAM
Occupied Bandwidth Standard: 192 kHz
HD mode: 96 kHz
Frequency Response Standard: 20 to 20,000 Hz
HD mode: 20 to 20,000 Hz
Depending on attached microphone element.
Operating Range 100 m (328′)
Open range environment with no interfering signals.