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Input signal Scene switching
Signal
DI0 to 4
DI5
DI6
DI7
Input signal Scene group switching
Signal
DI0 to 4
DI5
7
DI6
DI7
About Multiple Image Input Function
The function that enables continuous high speed image input is called the multiple image input function.
The next STEP signal can be received at the point when image input is complete. It is not necessary to
wait until measurement processing is complete. Whether image input is complete or not can be checked
with the status of the READY signal.
In the case of FZ3-9
High-speed mode] function that causes the two CPUs to alternately process measurement to shorten
the shortest takt time
*1: The shortest takt time refers to the shortest time over which a STEP can be accepted without generating a
pool of captured images.
Reference:
224
Controlling/Outputting through Parallel Communication
Set scene No. (0 to 31).
ON
OFF
This is the execution trigger.
After DI0 to 6 is set, turn DI7 on after an interval over 1 ms.
BUSY signal is on during implementation of commands. After checking that the BUSY signal has
turned on, turn DI7 off, and then turn DI0 to 6 off.
Set scene group No. (0 to 31).
ON
ON
This is the execution trigger.
After DI0 to 6 is set, turn DI7 on after an interval over 1 ms.
BUSY signal is on during implementation of commands. After checking that the BUSY signal has
turned on, turn DI7 off, and then turn DI0 to 6 off.
/H9
where two CPUs are installed, you can use the [Single-line
to as much as one half.
*1
Single-line High-speed Mode (p.34)
Function
Function
FZ3 User's Manual
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