Sharp AR-M620N, AR-M700U, AR-M550N, AR-M700N Specifications, Automatic document feeder, Opc

SPECIFICATIONS

Type		Console
Print system		Electrophotographic system
Exposure system		OPC
Developer system		Dry-type two-component magnetic brush development
Paper feed system		4 trays and bypass tray
Fusing system		Heater roller
Resolution		Scan: 600 x 600 dpi, output: 600 x 600 dpi
Gradation		256 levels
Originals		Sheets, bound documents
		Maximum size: A3 or 11" x 17"
Copy paper		Plain paper and special papers
Copy sizes		Max. A3 or 11" x 17", min. A5R or 5-1/2" x 8-1/2"R, Postcard
		Image loss: Max 8 mm or 21/64" (leading edge and trailing edge in total),
		max. 8 mm or 21/64" (along all other edges in total)
Warm-up time		120 seconds or less
First-copy time		AR-M550U/AR-M620U/AR-M550N/AR-M620N
		3.9 seconds or less*
		AR-M700U/AR-M700N
		3.3 seconds or less*
		* when A4 (8-1/2"x11") size paper is fed horizontally from tray 1
Copy ratio		Variable: 25 to 400% in 1% increments, total 376 steps
		Fixed presets: 25%, 50%, 70%, 81%, 86%, 100%, 115%, 122%, 141%, 200% and 400%
		for AB system, 25%, 64%, 77%, 100%, 121%, 129%, 200% and 400% for inch system.
Continuous copy		999 copies
Dimensions		728 mm (W) x 679 mm (D) x 1192 mm (H)
(including	automatic
		(28-43/64" (W) x 26-47/64" (D) x 46-15/16" (H))
document feeder)
Weight (main unit only)		Approx. 185 kg (Approx. 408 lbs.)
Overall dimensions		1264 mm (W) x 679 mm (D)
(When tray is extended)		(49-49/64" (W) x 26-47/64" (D))
Required power supply		Local voltage ±10% (For power supply requirements, see the name plate located
		on the back of the main unit.)
Power consumption		220 - 240V	8A	1.84 kW
		120 - 127V	16A	1.8 kW

Automatic document feeder

Type	Two-side simultaneous scanning system
Original size	A3 to A5 (11" x 17" to 5-1/2" x 8-1/2")
Capacity	Maximum of 150 sheets (80 g/m2 (20 lbs.)) or total stack height of 19.5 mm (49/64") or less.
Original exchange speed	One-sided: 65 pages/min.
	Two-sided: 76 sides/min.
Power supply	Supplied from machine

Some discrepancies may exist in the illustrations and content due to improvements to the machine.

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