Subaru Robin Power Products PRO 600E 사용자 설명서
APPENDICES
Technical information
D
MEDIA TYPES:
Photo paper, paper matte, drafting films,
and specialty.
See Supplies section for details.
and specialty.
See Supplies section for details.
MEDIA ROLL PARAMETERS
Inner roll core: 2" and 3"
Max. outside roll diameter: 4" and 6"
Max. roll width: 60", 42", 54" (photo gloss,
vinyl and matte only), 50", 36", 24"
Max. outside roll diameter: 4" and 6"
Max. roll width: 60", 42", 54" (photo gloss,
vinyl and matte only), 50", 36", 24"
RESOLUTION:
600 x 600 dpi
300 x 300 dpi addressable
300 x 300 dpi addressable
STANDARD FEATURES:
Rollfeed with cutter
Power feed and takeup
8 user-savable settings
Power PC 33 MHZ processor
208 jet ink cartridges (4)
500 ml ink reservoirs (4)
Two sets of ink lines (8)
Ink priming system
Power feed and takeup
8 user-savable settings
Power PC 33 MHZ processor
208 jet ink cartridges (4)
500 ml ink reservoirs (4)
Two sets of ink lines (8)
Ink priming system
LINE LENGTH ACCURACY:
+/- 0.2% in paper and carriage axis using
roll feed, 4 mil drafting matte film.
roll feed, 4 mil drafting matte film.
Image frame length (X-axis) variation +/-
0.2% and width (Y-axis) variation +/-0.06%
+/- 0.024" (.6mm).
0.2% and width (Y-axis) variation +/-0.06%
+/- 0.024" (.6mm).
BUFFER:
Two 72-pin, 32-bit wide DRAM sockets.
32 MB, user upgradeable to 128
MB, 70 ns or faster, ENCAD approved.
32 MB, user upgradeable to 128
MB, 70 ns or faster, ENCAD approved.
INTERFACES:
Bidirectional Parallel (IEEE 1284)
RS-422/232
422 to 9 pin 232 for self-service
Optional 10 Base T, 10 Base 2
RS-422/232
422 to 9 pin 232 for self-service
Optional 10 Base T, 10 Base 2
BAUD RATES:
9600; 19200; 38400
POWER:
90-246 VAC 47-63 Hz
Consumption:
20 W Idle
140 W Typical
215 W Maximum
140 W Typical
215 W Maximum
OPERATING ENVIRONMENT:
59° - 95°F (15°- 35°C)
10-80% RH, Non-condensing
10-80% RH, Non-condensing
STORAGE ENVIRONMENT:
-5° - 140°F (-21°- 60°C)
5-80% RH, Non-condensing
5-80% RH, Non-condensing
CERTIFICATIONS:
Safety
Safety
CSA, CSE/NRTL,
(equivalent to UL1950)
TUV GS
EN 50 082-1
EN 60 950
UL1950
NOM-019-SCFI-1993
IEC 950
AS/NZS 3260
(equivalent to UL1950)
TUV GS
EN 50 082-1
EN 60 950
UL1950
NOM-019-SCFI-1993
IEC 950
AS/NZS 3260
EMI
FCC Class A, B
CSA C108.8
EN 55 022 Class A, B
CE Mark
CISPR 22- Class A, B
AS/NZS 3548
CSA C108.8
EN 55 022 Class A, B
CE Mark
CISPR 22- Class A, B
AS/NZS 3548
Made in the U.S.A.