Mangir - Hızırşah ibn Isḥāq

Emitent Beylik of Saruhan (Anatolian Beyliks)
Rok 1362-1390
Typ Standard circulation coin
Nominał
Waluta Dinar (628/632-1598)
Skład Copper
Waga 2.18 g
Średnica 20 mm
Grubość
Kształt Round (irregular)
Technika Hammered
Orientacja Variable alignment ↺
Rytownik(zy)
W obiegu do
Źródło(a) Album Islamic#1253 , Zeno cat#26695
Opis awersu Khalada Allāh / mulkahu
Pismo awersu Arabic
Legenda awersu
Opis rewersu Isḥāq / khiḍr bin
Pismo rewersu Arabic
Legenda rewersu
Krawędź
Mennica
Nakład ND (1362-1390) - -
ID Numisquare 4073224700
Dodatkowe informacje

Historical Context: This copper mangir was issued by Hızırşah ibn Isḥāq, ruler of the Beylik of Saruhan, between 1362 and 1390. Saruhan was a prominent Anatolian Beylik, strategically positioned in western Anatolia during a period of geopolitical flux following the Ilkhanate's decline and preceding full Ottoman dominance. The issuance of autonomous coinage, particularly essential copper denominations like the mangir, underscored the Beylik's sovereignty and economic independence, facilitating local commerce within its territories.

Artistry: Consistent with contemporary Anatolian Beyliks' numismatic traditions, the mangir's artistry is primarily epigraphic. While the specific engraver remains anonymous, the design typically features the ruler's name, Hızırşah ibn Isḥāq, rendered in clear, functional Arabic script, likely Naskh. The aniconic design emphasizes legibility and the assertion of authority through textual proclamation rather than elaborate figural or symbolic motifs, characteristic of Islamic coinage of the era.

Technical/Grading: This copper mangir, weighing 2.18 grams and measuring 20 millimeters, often exhibits variable strike quality. High-points typically include the raised elements of the calligraphic inscriptions, particularly the vertical strokes and terminal flourishes of letters. Due to the nature of copper coinage and striking methods of the period, examples frequently show irregular flan shapes, off-center strikes, and potential weakness in areas of lower relief. Surface preservation is often challenged by environmental factors and corrosion.

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