Zenith 2 - Long distance

Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}
Fotografie {Zenith 2 - Long distance}

Description

The Pillard radio-phonograph housed in the Zenith Long Distance cabinet is an exceptionally rare and unique combination. Only a handful of these units have survived, making it nearly impossible to find another like it.
For its time, this model was remarkably modern, featuring a polished ashwood cabinet that concealed cutting-edge technology. Equipped with the latest high-performance vacuum tubes and a large speaker, it delivered outstanding reception across both short and long distances—true to its name. Complementing the radio is the premium Pillard electric gramophone, a brand renowned for its commitment to innovation, design, and top-tier quality, particularly during the transition from mechanical to electric turntables.
This particular piece remains in its original, well-preserved condition and is fully functional, making it a true gem for collectors and enthusiasts alike.

Details

ID
CH 0100
Object
radio and record player
Type
cabinet, combined
Classification
- sound technology
- electric
- tube-based
Technical specification
Tube Configuration: Electron tubes
Reception Principle: Luxury superheterodyne for long-distance reception
Wave Bands: Shortwave (SW), Mediumwave (MW), Longwave (LW)
Power Supply: 127V AC
Cabinet Type: Music cabinet—veneered wooden casing with a hinged lid, circular glass dial, and an integrated Paillard electric gramophone
Manufacturer
Zenith Radio Corp.; Chicago, IL
Manufactured in
USA
Dated
1931 - 1932
Collection relationship (age)
jazz
Format
540 x 390 x 990 mm
Material: Wooden case
Condition
Original, well preserved. Functional.
Location
MB-F