Denier Class D

发行方 Genoa, Republic of (1139-1797)
年份 1190-1236
类型 Standard circulation coin
面值 1 Denier (1⁄240)
货币 Genovino (1139-1528)
材质 Billon
重量 0.8 g
直径 16 mm
厚度 0.5 mm
形状 Round (irregular)
制作工艺 Hammered
方向 Coin alignment ↑↓
雕刻师
流通至
参考资料 Biaggi#835, MEC XII#213
正面描述 Gate within cabled circle.
正面文字 Latin (uncial)
正面铭文 ✠ • IA • NV • A •
(Translation: Genoa)
背面描述 Cross within cabled circle.
背面文字 Latin (uncial)
背面铭文 CVNRAD1 REX °
(Translation: Conrad King)
边缘 Smooth
铸币厂
铸造量 ND (1190-1236) - -
Numisquare 编号 2845861990
附加信息

Historical Context: This Denier Class D coin from the Republic of Genoa, minted between 1190 and 1236, represents a period of significant maritime expansion and economic power. As a leading Mediterranean republic, Genoa was instrumental in the Crusades and established vast trade networks, solidifying its communal government. The issuance of this billon denier underscores Genoa's economic strength and its requirement for standardized currency to facilitate extensive international commerce, reflecting its burgeoning influence as a dominant city-state.

Artistry: The artistry of this denier is characteristic of medieval billon coinage: functional and utilitarian. Engravers remain anonymous, with designs executed by mint workers prioritizing clear symbolism. The stylistic school reflects rudimentary medieval aesthetics. The Class D design typically features a prominent cross, often surrounded by the city's name, IANUA, symbolizing Christian and civic authority. The reverse commonly displays a stylized castle or a communal monogram, robust for high-volume commercial circulation.

Technical/Grading: Struck in billon, weighing 0.8 grams and measuring 16 millimeters, this denier presents typical medieval manufacturing traits. High-points for grading include the central cross and surrounding legends, along with the details of the reverse device. Due to manual striking, technical strike quality varies considerably. Collectors frequently observe irregular flans, off-centering, and areas of weak strike, especially at the edges. The billon composition often contributes to a granular surface and vulnerability to wear and environmental damage.

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