Intermec EasyCoder 201 II - Easycoder 201 Iis

7
Intermec EasyCoder 201 II – Technical Manual
MODELS, cont'd. EasyCoder 201 IIS
Feature EasyCoder 201 IIS
Print Technique Direct Thermal
Quick-Mount Printhead 6 or 8 dots/mm (153.9 or 203.2 dpi)
Print Width (6 or 8 dots/mm resp.) Max. 85.3 mm (3.36") or 80.0 mm (3.15")
Media Width Max. 89.0 mm (3.50")
Print Length (6 or 8 dots/mm resp.) Max. 1650 mm (65") or 1250 mm (49")
Print Speed Max. 75–125 mm/sec. (3–5"/sec.)
Fonts, expandible 4 times
4
Min. 1 Bitmapped; Standard: 9 Bitmapped
Print Directions for Text, Images, Lines, and Boxes 4
Bar Code Generators Depends on firmware version
4
Internal Paper Roll Diameter, Standard max. 125 mm (4.9")
Keyboard, built-in Print button only
Display 2 lines x 16 characters LCD
Dimensions (W x D x H), Standard 225 x 418 x 159 mm (8.86 x 16.46 x 6.26")
Weight (excl. paper and options) ≈ 9.0 kgs (20 lbs)
Ambient Operating Temperature + 5˚C – +40˚C (+41˚F – +104˚F
Humidity 20–80% non-condensing
Sound Emission Level < 55 dB (A)
Microprocessor 32 bit
Firmware Intermec Fingerprint 6.13 incl. Intermec Direct Protocol
Startup program Intermec Shell 4.01 Standard
On-Board RAM Memory, standard 256 kbytes
Label End Sensor Standard
Mains Voltage (switch change-over) 115/230 VAC (+10%/-15%), 2.6/1.3 A 60/50 Hz
Max. Power Consumption 300 W
Communication Interface, standard RS 232C/20 mA Current Loop
1
1 x Centronics Interface
1
Optional
Memory Card Adapter
1
Optional
RS 232C Cable
2
Optional
Centronics Cable
2
Optional
External RS 232C Alphanumeric Keyboard
2
Optional
Peel-Off /Internal Rewind Device
3
Optional
Black Mark Sensor
1, 5
Optional
Intermec Toolbox, PC Windows configuration support
2
Optional
Intermec LabelShop, WYSIWYG Label Software for Windows
2
Optional
Intermec Windows Drivers
2
(excl. cable) Optional
1
/. Available as factory installed option or field-installable kit.
2
/. Field-installable option only.
3
/. Factory-installed option only. Must be requested at time of order.
4
/. See Intermec Fingerprint Reference Manual.
5
/. Only on non-dispensing models.