EasyManua.ls Logo

Aesus AESFill AF1 - Full Dive

Aesus AESFill AF1
58 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
AESFill AF1C Machine Manual 35/58 Screens
7.13.4 Full Dive
Figure 7-22: Full-dive Screen
Use the up and down arrow keys to toggle between neck and
full dive options.
The Full dive consists of a 10-inch rack driven by a servo
motor following the level of liquid dispensed by the master
pump. You will need to adjust the slave pumps speeds in
order for them to fill at the same rate as the master. Once at
the neck the dive will wait until all the pumps have completed
their respective fills before continuing the sequence.
Press the arrow to the right key to access more dive related
settings.
Press the arrow to the left key to go back to the dive main
screen.
7.13.5 Bottom delay
Figure 7-23: Bottom Delay Screen
Use the up and down arrow keys to adjust the bottom delay
value.
The bottom delay is programmed in increments of 100 pulses
representing 4 turns of the gears and are used to let the
liquid reach the nozzle before starting the rise of the nozzle
bar. As the nozzle bar speed is directly linked to the dispense
speed of the pump, changing the pump speed will adjust the
bottom delay time as well.
If full dive is selected press the arrow to the right key to
access other full-dive related settings.
Press the arrow to the left key to go back to the Neck / Full-
dive screen.
7.13.6 Neck delay
Figure 7-24: Neck Delay Screen
Use the up and down arrow keys to adjust the delay after the
fill is completed and before the nozzle bar rises bringing the
nozzles out of the containers and starting the gating
sequence.
Press the arrow to the right key to access more dive related
settings.
Press the arrow to the left key to go back to the Bottom delay
screen.
7.13.7 Neck clamp
Figure 7-25: Neck Clamp Screen
Use the up and down arrow keys to toggle on and off the
neck clamp function. The neck clamp is a centring device that
maintains the containers centred under the nozzles before
the nozzle bar dives.