
Movements & Components · Clock hand
Clock hand, 1600–1699
- Maker / attribution
- Unrecorded in source
- Date
- 1600–1699
- Historical period
- Early Modern Horology (1600 – 1750)
- Country of origin
- Unrecorded in source
- Object type
- Clock hand
- Materials / technique
- wood (plant material)
- Dimensions
- height 106 cm x width 26 cm x depth 7 cm
- Holding institution
- Rijksmuseum
- Accession / object no.
- BK-NM-10468-B
- Credit line
- Private gift
- Catalogue title (original)
- Wijzer afkomstig van het uurwerk in de stadstoren te Middelburg (Dutch)
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Record summary
Held and catalogued by Rijksmuseum (object number BK-NM-10468-B), this is a clock hand, dated 1600–1699. The Atlas places it in the Early Modern Horology period (1600 – 1750) of its Movements & Components collection. Materials and techniques recorded by the source: wood (plant material). Recorded dimensions: height 106 cm x width 26 cm x depth 7 cm. 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
Description — Rijksmuseum (Dutch)
Wijzer afkomstig van het uurwerk in de stadstoren te Middelburg. Deels oud, deels van latere datum. De wijzer is gebroken geweest.
Shown in the original language of the source catalogue. An editor-reviewed English translation has not yet been published; we do not publish machine translations as authoritative text.
Historical context
Early Modern Horology (1600 – 1750)
Huygens' pendulum and balance spring transform accuracy; English makers develop the anchor and deadbeat escapements.
The pendulum, anchor escapement and balance spring transformed movement design; English makers introduced jewelled bearings (1704).
Read the period in the timelineMore movements & components from this periodEarlier: Renaissance Horology
Atlas type guide
Clock and watch movements
The movement is the mechanism of a clock or watch, without its case and dial. It consists of the power source (weight or mainspring in its barrel, sometimes with a fusee), the going train of wheels and pinions, the escapement and oscillator, the motion work that drives the hands, and in many cases additional trains for striking or complications.
From the eighteenth century watch movements were increasingly produced in stages: Swiss and French ébauche makers supplied rough movements that finishers, repasseurs and retailers completed and signed. Calibre numbers — first used systematically by American and Swiss factories in the nineteenth century — make it possible to identify movements, find spare parts and date watches.
What to look for
- Plate and bridge layout: full plate, three-quarter plate, Lépine bar calibre, bridges and cocks.
- Jewel count and whether jewels are set in chatons or rubbed in.
- Signatures, calibre and serial numbers on the plate or under the dial.
- Finishing: Geneva stripes (Côtes de Genève), perlage, bevelled edges, blued screws.
- Fusee and chain, going barrel, or electrical components.
Dating clues
- Full-plate English movements dominate before c. 1850; three-quarter plate and Lépine calibres after.
- Jewelled movements spread after Facio and Debaufre's patent of 1704, mainly in English work until c. 1800.
- Calibre numbers and factory serials allow close dating for industrial production after c. 1850.
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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