Printer Specifications
General Specifications
Category
Standard configuration
Printing method
Exposure method
Laser specifications
Resolution of printed image
Development method
Fusing method
Black and White Printing Mode
Four Color Mode
Warm-up time
Power supply requirements
Power supplied to the Controller PWB
Power consumption and input current of
the IOT during a print cycle. These fig-
ures do not take into account the power
consumption of the Controller PWB.
13-2
Print Engine with Upper Tray (250 sheet), MSI (150 sheet),
and Face Up Tray
Xerography with two transfer processes
Data modulated (off/on) laser beam scanning
Class 3B, 5milliwatt semiconductor laser diode
600 dpi (dots per inch)
Dry toner and carrier mixture
Heat and pressure, with silicone oil lubricant
16ppm. Monochrome using a single image that is made up of black
toner
4ppm. Four color process using separate yellow, magenta, cyan, and
black toner images
From either a cold start or from deep sleep mode (with an ambient
temperature of 22°C and relative humidity of 55%) to Ready to Print
within five minutes
110V printer
100 VAC (±10%) @ 50/60 Hz (±3 Hz)
120V printer
120 VAC (±10%) @ 50/60 Hz (±3 Hz)
240V printer
220/240 VAC (±10%) @ 50/60 Hz (±3 Hz)
5VDC @ 6.0A
During Print Cycle:
100VAC: 1100 watts or less
120VAC: 1100 watts or less
240VAC: 1100 watts or less
At Ready:
100VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
120VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
240VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
During Light Sleep:
100VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
120VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
240VAC: 1000 watts or less with Fuser on.
100 watts or less with Fuser off.
During Deep Sleep:
100VAC: 20 watts or less
120VAC: 20 watts or less
240VAC: 20 watts or less
magicolor 330 - Base Engine Service Manual
Specification