Bose Professional VIDEOBAR VB-S - Page 7

7 EN
REGULATORY INFORMATION
Product Power State Table
The product, in accordance with the Ecodesign Requirements for Energy Related Products Directive
2009/125/EC and the Ecodesign for Energy‑Related Products and Energy Information (Amendment)
(EU Exit) Regulations 2019, is in compliance with the following norm(s) or document(s): Regulation (EC)
No.1275/2008, as amended by Regulation (EU) No.801/2013.
Required Power State Information
Power Modes
Standby Networked Standby
Power consumption in specified power
mode, at 230V/50Hz input
< 0.5 W Wi‑Fi, Bluetooth < 2.0 W
Time after which equipment is
automatically switched into mode
< 2.5 hours < 20 minutes
Power consumption in networked
standby if all wired network ports are
connected and all wireless network ports
are activated, at 230V/50Hz input
< 2.0 W < 2.0 W
Network port deactivation/activation
procedures. Deactivating all networks
will enable standby mode.
Wi-Fi: Reactivate from networked standby via the Videobar
Mobile application. Deactivate by restoring the factory default
settings: Press and hold the Home and Autoframe buttons on
the remote control simultaneously for 5seconds.
Bluetooth : Reactivate from networked standby by restarting
audio from a Bluetooth source. Deactivate by restoring the
factory default settings: Press and hold the Home and Autoframe
buttons on the remote control simultaneously for 5seconds.
External Power Supply Technical Information
The external power supply provided with the product, in accordance with the Ecodesign Requirements
for Energy Related Products Directive 2009/125/EC, is in compliance with the following norms(s) or
documents(s): Commission Regulation (EU) 2019/1782.
Manufacturer Bose Products B.V.
Commercial registration number 36037901
Address Gorslaan 60
1441 RG Purmerend
The Netherlands
Model identifier DT24V‑1.8C‑DC
Input voltage 100V–240V
Input AC frequency 50Hz/60Hz
Output voltage 24VDC
Output current 1.9A
Output power 45W
Average active eciency 89.9%
Eciency at low load (10%) 87.0%
No-load power consumption 0.07W