19
6. SPECIFICATIONS
Designation
VME bus
S-LINK V
control board
Item
Model No.
SL-VVMES2
Supply voltage
(Note 1)
[
S-LINK V
system side] +24V DC
+10
-5
%
[VME bus side] +5V DC ±5%
Current consumption
[+24V DC] 88mA or less (For one port) (Note 2)
[+24V DC (power supply for
S-LINK V
I/O units and load)] Max. supply current: 7A (For one port) (Note 3)
[+5V DC] 880mA or less
Transmission speed
A mode: 110kbps, B mode: 27.5kbps, C mode: 6.9kbps
Connection method
“T” branch connection or multi-drop connection
Transmission distance
A mode: 50m max., B mode: 200m max., C mode: 800m max.
Total wiring length
A mode: 100m or less, B mode: 400m or less, C mode: 1,600m or less
Suitable
transmission cable
% Q ] \Z>
2
) or Conductor cross-section area 0.3 to 2.0mm
2
4-core VCTF cable (without shield)
I/O points
Max. 512 points (For one port) (I/Os settable in units of 32 points with dip switch and in units of 16 points with a program)
Connectable nodes
Max. 256 nodes (For one port)
S-LINK V
transmission report
Incorporated with 2 ports
(32
VQ
512 points × 2), using only 1 port is possible
Interface
VME bus (DIN standard conformity 96 pin connectors: P1)
Assignment
Address
* \ ^ _
Respond AM code
Short unprivileged access (29H), short supervisory access (2DH)
Data
2 byte (D16)
Occupied byte
number
512 byte
Shape
Euro card (double size) / panel width: 20mm
Ambient temperature
(Note 4)
0 to +55ºC (No dew condensation allowed), Storage: -20 to +70ºC
Ambient humidity
(Note 4)
20 to 85% RH, Storage: 20 to 85% RH
Noise immunity
(Note 4)
Power line: 500Vp, 10ms cycle, and 1μs pulse width
Common: 1,000Vp, 10ms cycle, 1μs pulse width (with noise simulator)
Voltage withstand-
ability (Note 4)
1,000V AC for one min. between external terminals and ground
Insulation resistance
(Note 4)
=Z$ >ZZ#` !! !
Vibration resistance
(Note 4)
10 to 150Hz frequency, 0.75mm amplitude or acceleration 5G in X, Y and Z directions for two hours each
Shock resistance
(Note 4)
98m/s
2
acceleration (approx. 10G) in X, Y and Z directions for three times each
Grounding method
Bracket: Floating,
S-LINK V
system side: Capacitor coupling
Interruption function
(Note 5)
Setting of “Not used,” IRQ1 to IRQ7, and status / ID is possible
[Status / ID transfer capability: D08(O)]
Interruption will be performed if an error or input change occurs (enabling / disabling this function is possible.)
Notes: 1) +24V DC and +5V DC are isolated.
Also, between two
S-LINK V
transmission ports is isolated.
(Common power source can be used in
S-LINK V
transmission port. In that case, between the ports is not
insulated.
2) The current consumption value is the total of the maximum current value (D - G line only) supplied to the
S-LINK V
I/O units and the current consumption value of the
S-LINK V
control board.
3) This product is not equipped with any short-circuit protective function. For this reason, select a power
supply unit having a short-circuit protective function (fuse, etc.).
4) The value is for the control board single body. If the control board is installed on the VME bus system, the
#$% !
the lower value.
5) The interruption function can be enabled or disabled for each point. However, the interruption condition (ON
?~^
7. INTENDED PRODUCTS FOR CE MARKING
The models listed under “
JQ
” come with CE Marking.
Contact for CE
<Until June 30 ,2013>
Panasonic Electric Works Europe AG
Rudolf-Diesel-Ring 2, D-83607 Holzkirchen, Germany
<From July 1 ,2013>
Panasonic Marketing Europe GmbH Panasonic Testing Center
Winsbergring 15, 22525 Hamburg,Germany
Содержание SL-VVMES2
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