11
_X = &
Designation
PC/104 bus
S-LINK
control board
Item
Model No.
SL-PC104
Supply voltage
(Note 1)
[
S-LINK
Q $" @Z!
;>@^Z!" Q % @%
Current consumption
;$" @Q Z $'
[+24V DC (power supply for
S-LINK
}^` 'Q ]?
;% @Q Z!!
Transmission
protocol
S-LINK
protocol
I/O points
Max. 128 points (I/Os settable in units of 32 points with dip switch and in units of 16 points with a program)
FAN - out
320 (Note 3)
Transmission indicator
Green LED (Blinks during transmission)
Error indicator
Red LED (Lights up when error occurs)
Applicable bus
PC/104 bus (Note 4)
Ambient temperature
(Note 5)
0 to +55ºC (No dew condensation allowed), Storage: -20 to +70ºC
Ambient humidity
(Note 5)
j% Y% <~\ 9 j% Y% <~
Noise immunity
(Note 5)
Power line: 500Vp, 10ms cycle, and 1μs pulse width
Common: 1,000Vp, 10ms cycle, 1μs pulse width (with noise simulator)
Voltage withstand-
ability (Note 5)
1,000V AC for one min. between external terminals and ground
Insulation resistance
(Note 5)
$!]\ \ %!! @ 99 ? 9
Vibration resistance
(Note 5)
Z! Z%!~ +*\ !% \ = +
Shock resistance
(Note 5)
98m/s
2
? Z!' \ = +
Grounding method
Floating
Weight
Approx. 70g
EMC
EN 50081-2, EN 50082-2
Notes: 1) +24V DC and +5V DC are isolated.
2) The current consumption is the sum of the max. current supplied to the connected
S-LINK
I/O units devices
(D and G lines only) and the current consumption of the
S-LINK
control board.
3) For details, please refer to the “
S-LINK Design Manual
.”
4) It is necessary to load the driver program before using this board. Please refer to “Panasonic Industrial De-
vices SUNX website (http://panasonic-electric-works.net/sunx) + }+
\ +
(The driver software is the same as that for
SL-PCAT
.)
%' | + \
9
