Component Specifications
AXT910, AXT920 Rechargeable Batteries
Overview
The AXT910 and AXT920 Axient Rechargeable Batteries are advanced lithium-ion, high-efficiency, rechargeable batteries for Axient transmitters. They
provide extended performance, zero memory effect and real-time metering of remaining charge and other battery status parameters. They integrate
seamlessly into transmitters and offer a sustainable, powerful, and reliable alternative to disposable batteries.
• AXT910 rechargeable battery powers AXT100 Bodypack Transmitters
• AXT920 rechargeable battery powers AXT200 Handheld Transmitters
• Advanced lithium-ion batteries provide reliable, rechargeable power with up to 8 hours of run time.
• Real-time metering reports remaining battery power in hours and minutes to receivers and WWB6, to within 15 minutes of accuracy.
• Zero memory effect through lithium-ion chemistry eliminates the memory effect problems inherent in previous generations of rechargeable
batteries.
• Rapid charging brings batteries to 50% capacity within 1 hour.
• Integrated battery design seamlessly and securely locks the rechargeable battery into transmitter body.
• Practical, sustainable design provides an efficient, systematic power management alternative to disposable batteries.
Product Specifications (subject to change)
Battery Type Up to 2 rechargeable Li-Ion batteries (AXT910/AXT920/920SL)
Nominal Capacity AXT910: 1900 mAh (7.03 Wh)
Nominal Voltage AXT910: 3.7 V
Dimensions AXT910: 17 mm x 69 mm x 43 mm, H x W x D
Weight AXT910: 74 g (2.6 oz.)
Housing AXT910: Molded ABS, Cast Aluminum
Charging Temperature Range 0°C (32°F) to 60°C (140°F)
Discharging Temperature Range -18°C (0°F) to 60°C (140°F)
Recommended Storage
Temperature Range
AXT920/920SL: 2450 mAh (8.82 Wh)
AXT920/920SL: 3.6 V
AXT920/920SL: 21 mm x 76 mm x 26 mm, H x W x D
AXT920/920SL: 63 g (2.2 oz.)
AXT920/920SL: Molded ABS
10°C (50°F) to 25°C (77°F)
AXT910
Bodypack Rechargeable Battery
AXT920
Handheld Rechargeable Battery
www.axient.net
www.shure.com
©2015 Shure Incorporated