Driving clock by Cooke for telescope in fitted box (RAS No.524, Allen No.18b). Presented to the Royal Astronomical Society in 1945 by Miss G.R. Allen. — view 1 of 1
View 1 of 1 · Image: Science Museum Group · original image source

Clocks · Components; telescope drives (mechanical)

Driving clock by Cooke for telescope in fitted box (RAS No.524, Allen No.18b). Presented to the Royal Astronomical Society in 1945 by Miss G.R. Allen.

DocumentedDocumented from the holding institution's catalogue record.
Maker / attribution
T. Cooke & Sons (maker)
Date
1868-1880
Country of origin
England
Place
York, North Yorkshire, England, United Kingdom, York
Object type
Components; telescope drives (mechanical)
Dimensions
overall: 305 x 150 mm
Holding institution
Science Museum Group, London
Accession / object no.
1984-579
Credit line
Royal Astronomical Society
Catalogue title (original)
Driving clock by Cooke for telescope in fitted box

View the source record ↗

Record summary

Held and catalogued by Science Museum Group, London (object number 1984-579), this is a components; telescope drives (mechanical) by T. Cooke & Sons, made in York, North Yorkshire, England, United Kingdom, York, dated 1868-1880. The Atlas places it in the Industrial Revolution period (1850 – 1900) of its Clocks collection. Recorded dimensions: overall: 305 x 150 mm. The record is illustrated with 1 photograph.

Assembled from the source record's structured fields. Dates and attributions are given as the source states them; where a field is missing the Atlas leaves it blank rather than estimating.

Catalogue description

The source record does not include a narrative description. The structured fields above are reproduced from it.

Historical context

Industrial Revolution (1850 – 1900)

American interchangeable-parts manufacture; railroad time standards; Swiss and German factory systems.

Factory production transformed the clock into an everyday object. American makers (Seth Thomas, Ansonia, Waterbury) and German factories (Junghans, Gustav Becker, Lenzkirch) sold millions of shelf, wall and alarm clocks worldwide; France produced standardised Paris movements and carriage clocks; electric time distribution began.

Read the period in the timelineMore clocks from this periodEarlier: Precision & Scientific Horology

Atlas type guide

Astronomical, musical and automaton clocks

Astronomical clocks display more than the hour: the positions of the sun and moon in the zodiac, the phase of the moon, the calendar, sometimes the planets and eclipses. From Richard of Wallingford's and Giovanni de' Dondi's fourteenth-century clocks to the Prague Orloj and the Strasbourg cathedral clocks, they demonstrated the order of the cosmos. Renaissance makers in Augsburg and Nuremberg built celestial globe clocks and monstrance clocks as princely treasures.

Automaton and musical clocks entertained as well as informed: figures move, birds sing, organs and carillons play tunes from pinned cylinders. The eighteenth-century trade with China ('sing-songs') and Ottoman Turkey created a market for elaborate English, Swiss and French automata.

What to look for

  • Subsidiary dials for moon phase, calendar, zodiac and planetary positions.
  • Celestial globes or armillary spheres turned by the movement.
  • Pinned cylinders, bellows and pipes or bells for music.
  • Figures on cams and levers; separate trains for automaton work.

Dating clues

  • Renaissance astronomical table and globe clocks: c. 1550–1650.
  • English and Swiss automaton clocks for the Chinese market: c. 1760–1820.
  • Picture clocks (clockwork pictures) are mostly nineteenth century.

General guidance written by the Atlas editors about this kind of object. It is not a statement about this particular piece; for that, rely on the source record above and on physical examination.

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