Aerial tuning inductor from the Rugby Radio Station, 1943-1966

Made:
1943-1966 in United Kingdom
Part of aerial tuning inductor Aerial tuning inductor Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz) Images for Information Age Wispering Gallery signs. Aerial tuning inductor from the of the very-low-frequency (16 Aerial tuning inductor from the of the very-low-frequency (16 Images for Information Age Wispering Gallery signs. Aerial tuning inductor from the very-low-frequency (16 kHz) Aerial tuning inductor from the very-low-frequency (16 kHz)

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Part of aerial tuning inductor
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Images for Information Age Wispering Gallery signs.
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the of the very-low-frequency (16
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the of the very-low-frequency (16
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Images for Information Age Wispering Gallery signs.
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Aerial tuning inductor from the very-low-frequency (16 kHz)
Science Museum Group Collection
© The Board of Trustees of the Science Museum

Variable inductance coil for tuning the aerial of the very-low-frequency (16 kHz) transmitter (callsign GBR) installed at Rugby Radio Station, unknown maker, British, 1943-1966. Constructed in 1943 to the original 1926 design, and as modified in 1966, together with separate transformer and variometer with supporting framework.

1. Former or framework - made of wood (Sitka Spruce). 2. Fixings - made of wooden doweling and nylon nuts & bolts. 3. Wedges to keep coil in place - made of wood. 4. Tap point connections and cable terminals - made of metal. 5. Outer support tubing/casing of coil windings - made of synthetic-resin-bonded-paper. 6. Inner of Litz cable - made of enamelled copper wire.

Aerial tuning inductor from the very-low-frequency (16 kHz) transmitter (callsign GBR) installed at Rugby Radio Station, unknown maker, British, 1943-1966. Constructed in 1943 to the original 1926 design, and as modified in 1966, together with separate transformer and variometer with supporting framework.

The Rugby Tuning Coil was used to tune antenna to the right frequency at the Rugby Radio Station. When it began service on 1 January 1926 the Rugby station was the most powerful in the world. In 1926, the Rugby tuning coil transmitted the "British Official Wireless News Messages" to the Empire and to ships on all the seas. This was the first time this have been possible. In 1928, it was used to send a message to Mars at the request of Dr Mansfield Robinson, a London lawyer, who believed that he had been in contact with Mars. The Post Office accepted it as a commercial transaction – Dr Robinson was charged 1s 6p per word, the same as a standard message. The coil was also used to transmit secret information to ships and submarines during the Cold War. The coil was decommissioned in 2003.

Details

Category:
Radio Communication
Object Number:
2005-733
Materials:
metal (unknown), synthetic-resin-bonded-paper, copper (metal), Sitka spruce (wood), nylon and wood (unidentified)
Measurements:
: 393.7008 x 393.7008 x 236.2205 in.; 10 x 10 x 6 m
type:
radio transmitter
credit:
Donated by BT Heritage and Archives

Parts

Aerial tuning inductor from the Rugby Radio Station, 1943-1966

Aerial tuning inductor from the Rugby Radio Station, 1943-1966

Variable inductance coil for tuning the aerial of the very-low-frequency (16 kHz) transmitter (callsign GBR) installed at Rugby Radio Station, unknown maker, British, 1943-1966. Constructed in 1943 to the original 1926 design, and as modified in 1966, together with separate transformer and variometer with supporting framework.

1. Former or framework - made of wood (Sitka Spruce). 2. Fixings - made of wooden doweling and nylon nuts & bolts. 3. Wedges to keep coil in place - made of wood. 4. Tap point connections and cable terminals - made of metal. 5. Outer support tubing/casing of coil windings - made of synthetic-resin-bonded-paper. 6. Inner of Litz cable - made of enamelled copper wire.

Measurements:
overall: 10000 mm x 10000 mm x 6000 mm, ,
Materials:
metal (unknown) , synthetic-resin-bonded-paper , copper (metal) , Sitka spruce (wood) , nylon and wood (unidentified)
Object Number:
2005-733/1
type:
radio transmitter