GALAXIS SHOWTECHNIK PYROTEC PFE Advanced Mini 5 Outputs User Manual page 30

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Device 1; Output No. 1
Device 2; Output No. 3
Device 3; Output No. 5
Device 4; Output No. 1
Device 5; Output No. 2
Device 6; Output No. 4
Device 7; Output No. 5
Device 8; Output No. 1
This example shows a stepping sequence with eight firings. The selected interval time in-between the
different firings is 50 milliseconds (i.e. 0.05s).
It does not matter which outputs you are using. Decisive is only the meaningful programming of the
delay values and that the firing channel is the same on all outputs involved.
The advantage of this programming is that the devices can be spread over a large area e.g. on several
pontoons but all devices are performing a stepping sequence together.
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It is highly recommended to extend a stepping sequence over lots of
devices to minimize cable runs. Only one output per receiver will be used
for a sequence in the most extreme case like in this example:
= Firing Channel 72; Delay: 0.00s
= Firing Channel 72; Delay: 0.05s
= Firing Channel 72; Delay: 0.10s
= Firing Channel 72; Delay: 0.15s
= Firing Channel 72; Delay: 0.20s
= Firing Channel 72; Delay: 0.25s
= Firing Channel 72; Delay: 0.30s
= Firing Channel 72; Delay: 0.35s
If you select the option 'Consecutive CHs' in the channel programming
menu all delay values will be reset to 0.00s during programming.
Therefore, you will see the following message after this procedure in the
display:
The editing of all relevant output parameters (firing channel, step delay)
can be done either directly at the device or remotely from the PFC
Advanced by using the function 'Remote data programming'.
Furthermore, if our choreographic software PYROTEC Composer is
being used, you may edit these parameters remotely with a computer
and the USB Modem.