USER MANUAL, RSS-1000-CVSI
7000-5970
Rev.
A
page
360
of
396
The tubing is then routed with the cable chain at the top of the gantry, and then routed to the
end effector, close to the iron. The fume extraction tube is indicated by the arrow below:
Please note that there is no interaction between the software and fume extraction. All settings
for fume extraction are done independently of the Robotic Soldering System. In addition, to achieve
the highest performance of the soldering iron, please be mindful of the airflow setting on the fume
extraction device. Keep airflow settings at such that they do not impact the idle power of the tip. The
idle power is the power shown in the Connection Validation Display when the RF has been turned on,
power bar has settled, and no load is present on the soldering iron. This idle power will vary based
on tip geometry and temperature series.
NITROGEN
Nitrogen (also referred to as N
2
) is an inert gas that is used as a means increase soldering
performance when compared to conventional soldering. N
2
reduces oxidation during the soldering
process, thus increasing tip life and protecting components being soldered. In addition, it can reduce
the amount of dross that can occur during soldering.
An added benefit is that nitrogen is environmentally neutral, or in other words, will not react
with other elements. Therefore, it will not create any greenhouse gasses or other harmful reactions.
In addition, a nitrogen rich environment will significantly minimize the need to clean impurities off the
iron, therefore reducing the amount of environmentally unfriendly chemicals needed to accomplish
this task.
Nitrogen can be plumbed to the unit, either from a N
2
generator or from an N
2
tank. However,
because of the wide variety of fittings that can be used, a fitting will not be provided with the RSS-
1000-CVSI. Once the proper fitting for the N
2
tank used is acquired, connect it to a high pressure,
6mm OD tubing. The open end of tubing will connect to the N
2
entry point, located to the left of the
pressure regulator at the rear of the unit, as shown on the next page.
Содержание RSS-1000-CVSI
Страница 21: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 21 of 396 ROBOT BASE CONNECTIONS N ...
Страница 51: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 51 of 396 POWERING OFF THE UNIT 1 Tap the Logout button ...
Страница 52: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 52 of 396 2 Tap the Power Button ...
Страница 54: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 54 of 396 REBOOTING SOFTWARE 1 Tap the Logout button ...
Страница 55: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 55 of 396 2 Tap the Power Button ...
Страница 124: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 124 of 396 5 Tap on the Logout button 6 Tap the Power button ...
Страница 128: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 128 of 396 5 Tap on the Logout button 6 Tap the Power button ...
Страница 220: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 220 of 396 5 Array Path Pattern 5 1 Vertical Zig Zag 1 4 7 2 5 8 3 6 9 ...
Страница 221: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 221 of 396 5 2 Horizontal Zig Zag 1 2 3 4 5 6 7 8 9 ...
Страница 222: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 222 of 396 5 3 Vertical Square Zig Zag 1 6 7 2 5 8 3 4 9 ...
Страница 223: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 223 of 396 5 4 Horizontal Square Zig Zag 1 2 3 6 5 4 7 8 9 ...
Страница 224: ...USER MANUAL RSS 1000 CVSI 7000 5970 Rev A page 224 of 396 5 5 Spiral 1 2 3 8 9 4 7 6 5 ...