The standard gunstock walnut laminate Providence 25" Floor Lectern from Da-Lite comes with a sound system from Amplivox Sound Systems. The system provides up to 120W of RMS output. The lectern features a clean, modern design with 1/4" reveals that accent the basic lines of this lectern. Additionally, it features an oversized reading surface that holds a 3-ring binder, heavy-duty industrial casters for easy mobility, and a spacious storage shelf. This 25" floor lectern incorporates a high-intensity reading light and an LED digital clock / timer with countdown capability.
Note:
Power interruptions will cause the clock to flash until reset. Power supply and amplifier can be accessed internally.
Controls can be accessed by removing the dash panel.
Controls can be accessed by removing the dash panel.
Lectern
Flush panels with square corners and decorative reveals
Features a key-locked storage area below the reading surface
Standard gunstock walnut laminate
Sound System
Up to 120W RMS power output
6.5" Neodymium woofer with high-output tweeter
Auxiliary microphone (XLR jack) input located under the reading surface for use with a second mic or wireless microphone input
Balanced, phantom-powered auxiliary mic input with low impedance (600Ω) for use with condenser-type microphones
Auxiliary line input (1/4" phone jack) used for playback of tape players, musical instruments, VCRs, or audio feeds from other sound systems
Volume control located on the dash panel
A composite auxiliary signal line output (1/4" phone jack) can be fed directly to an audio or video tape recorder
You can combine the sound system with an external one via the line output for a greater sound output, or the line output may be fed to the input of an assisted listening device for persons with special needs
External speaker output (1/4" phone jack) can be used to drive external speakers in lieu of the internal lectern speaker
Note:
Inserting a plug into external speaker jacks will disconnect internal speaker.
Output of amplifier is self-protecting against overload
Note:
Low impedance (<2Ω) will cause excessive heating, thereby reducing amplifier output.