Epson Stylus Pro 5000, Service Manual, Page: 19 / 780

EPSON Stylus Pro 5000 Chapter1 Product Description
Rev.A
1-7
‰
Resistance to vibration: Operating: 0.15G, 10
∼
55 Hz X,Y,Z directions
Non-operating: 0.50G, 10
∼
55 Hz X,Y,Z
directions
‰
Resistance to shock: Operating: 1G, within 1 ms X,Y,Z directions
Non-operating:2G, within 2 ms X,Y,Z
directions
Note1) During non-operating, make sure that the cap is capped.
Note2) During the transport, make sure that the head is capped and ink
cartridge is installed to the printer.
Note3) If the head is not capped at the power-off state, turn the printer on
while the ink cartridge is installed, and turn off the power after
capping the head.
Note4) Ink will be frozen under
−
15
°
C environment, however it will be
useable after placing it more than 3 hours at 25
°
C.
PHYSICAL SPECIFICATION
‰
Weight: 22 Kg (only a main frame)
‰
Dimension: 640 mm(W) x 439 mm(D) x 224 mm(H)(Body only)
640 mm(W) x 704 mm(D) x 224 mm(H)(Printing on A3
size paper tray)
640 mm(W) x 584 mm(D) x 318 mm(H)(Printing on A4
size paper, optional cassette installed)
SERIAL INTERFACE SPECIFICATION
Table 1-10. Serial Interface
Item Content
Transmission mode Based on RS-423
Synchronization Synchronous
Transfer speed About 1.8M bps
Data format Start bit: 1bit
Data bit: 8bit
Parity bit: none
Stop bit: 1bit
Handshaking X-ON/X-Off, DTR protocol
Adaptable connector 8-pin mini circular connector
Recommended I/F cable Apple system peripheral-8cable
PARALLEL INTERFACE
[Compatibility Mode]
Table 1-11. Compatibility Mode
Item Content
Transmission mode 8-bit Parallel, IEEE-1284 compatibility
mode
Synchronization By STROBE pulse
Handshaking By BUSY and ACKLG signal
Logic Level TTL compatible level (IEEE-1284 Level 1
device)
Adaptable connector 57-30360(amphenol) or equivalent
Note1):Recommend to use short interface cable according to your
necessity.
Note2):Use the twist pair line for each control signal of input connector
and connect the return side to the signal ground.
Note) BUSY signal is set high before setting either /ERROR low or PE high
and held high until all these signals return to their inactive state.