Since 2008, our customers have created over a thousand jobs
through improved paint finishing, opened new facilities, expanded existing
ones, and brought hundreds of millions in production
to the USA.
Improved paint finishing operations have added greater
than a billion dollar value to their businesses. The average
NAPaint project ROI is less than 5 months. Annual
benefit can exceed tens of millions. |
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Piggable
Paint
Supply and Distribution Systems
Piggable
paint systems incorporate a means of forcing a foam plug (the pig)
through a piping network to recover maximum residual paint.
All system hardware including piping, valves, and fittings must
facilitate this. In addition, there must be a means of
inserting the pig into the system, propelling the pig, and
removing it. Although specialized products such a pig
launchers and catchers are available, they are not necessary for
efficient system design and operation.
Advantages
The
recovery of residual paint in the supply and distribution system
for later use holds potentially substantial economic and
environmental benefit. The extent of this potential depends
upon the internal volume of the network, the cost of paint and
disposal, and the frequency which the system must be purged.
The main run of a piggable piping system is installed in a single
loop with the same ID throughout. Paint temperature and
pressure at each drop is more consistent and repeatable than
conventional systems.
North
American Paint Application piggable systems are, by a large
margin, the most efficient available. Complete color change
times are less than 5 minutes and require minimal labor.
After the paint is reclaimed, our purging process minimizes both
time and material to flush and evacuate the system. Loading
paint is fast and easy. This level of efficiency not only
decreases the cost of operations, the speed and flexibility allow
for fewer paint supply and distribution systems needed to support
the production paint process.
Disadvantages
All
components of piggable systems must pass a pig. In most
cases, this requires a new paint supply and distribution
system. In the paint kitchen, inserting and removing the pig
can be a little messy. This method does not reclaim residual
material inside pumps, filters, surge suppressors and other
necessary system components through which the pig cannot pass.
Installation
of tubing requires the use of sanitary or compression fittings that will pass a
pig. All fittings must align with the tubing and
orbital welds, if used, must be inspected and reamed for burrs. 90 degree and other bends must be gradual. During
fabrication and installation, care must be taken not to
deform or collapse the internal cross-sectional geometry of the
tube.
Piggable
style color stacks must be used.
Efficient
Flexible Color Paint Supply and Distribution
The
North American Paint Application Company is the world leader in
the design of efficient paint supply and distribution systems
requiring the flexibility for multiple colors. Although piggable
systems offer superior performance, existing systems can achieve
good performance and benefit from cost effective alternative methods for reclaiming residual
paint. Existing
pipe networks may not need replaced. Neither foam plugs or
other foreign material is forced into the pipe network. And
because residual paint can be largely reclaimed from the pump,
from the filters, and from all system components, less paint
may be wasted.
This
process utilizes compressed air to push paint from the
system. Because little manual intervention is required, the
whole process of reclaiming the paint, purging the lines, and
loading the next color can be largely automated.
Efficient
Paint Supply System Flushing and Loading
One
of the primary purposes of piggable or flexible color systems is
to allow for the supply of multiple colors or materials that share
share the same pipe network. Thorough and efficient flushing
of these systems is very important to prevent cross color
contamination, minimize operational costs, and maintain high
productivity.
To
achieve this, all components of the system should have streamlined
internal geometries, free from cavities, crevices and other areas
where paint can accumulate and solidify, or is otherwise not
cleanable. This includes pumps, filtration, surge suppression,
and regulation. Unnecessary restrictions must be eliminated.
Because
these networks can have substantial size and length, straight
solvent purging can require both significant amounts of material
and time, and still be ineffective. The mechanism by which we purge these lines
does not utilize straight solvent purging. We utilize a
turbulent mix of air and solvent for fast and powerful scrubbing
action. It is the
most efficient and cost effective method of purging available and uses a fraction of
the material in a fraction of the time when compared to straight
solvent purging. It requires minimal labor and can be
completely automated.
Loading
paint efficiently can have a significant impact on material usage
and quality. First, the system should be designed with
minimum internal volume. This minimizes the amount of paint
required for loading. Second, after purging is complete all
residual purging solvents should be removed from the system.
This allows paint to be loaded without without waste and without
thinning.
Designing
special color systems for efficient flushing and loading is an
extremely important factor in achieving the highest level of
performance from your paint application system.
System
Integration
Ultimately,
the correct color must be loaded to the applicator in a timely
manner. If you have existing paint supply systems,
existing color and purge stacks, and existing 1K, 2K, or 3K flow
control equipment, integrating piggable systems to obtain the
color flexibility and performance you require can be difficult
with unexpected results. At one major truck manufacturer
visited recently, poor system design and integration reduced total
paintshop throughput by 10-15%.
Seamless
and efficient integration into complex systems is essential and
requires a special knowledge paint
processes. We
guarantee results.
System
Evaluation
Which
type of paint supply system can best support your paint
operations? How many systems are required? What
modifications to existing are required? How can these
flexible systems be integrated into paint operations reliably and
with maximum flexibility?
We will gladly discuss
with your business the benefit of efficient paint reclamation and purging of
flexible color systems. Efficient and effective implementation
of these systems require a special knowledge paint
processes. We
can recommend modifications to existing systems or design new
installation. We can provide designs for your use or we can
offer turn-key services. We promote a paint
system audit for a
comprehensive assessment of paint system operational efficiency.
This
audit can focus on efficient methods for paint reclamation but
often identifies other areas where significant efficiency can be
realized.
This
service offers enormous potential value to North American
businesses and their communities. We also recognize that a
healthy, efficient paint shop is good for your business and ours,
and therefore make every effort to keep audit costs low.
If
you value such an audit, contact
us. For even small paint shops, payback for
our audits are generally measured in hours or days. While on
site, we can also document as-built system installation and
provide for a very reasonable fee, quick turn-a-round on as-built
pneumatic, affluent, or electrical drawings and flow schematics.
Feel
free to give
me a call to discuss . . . Joe @ (708) 980-3758.
Some Platforms Supported
Fanuc Paint Mate 200iA - Dispensing, Painting Automation.
R30iA Controller
Fanuc Paint Mate 200iA/5L - Dispensing, Painting, Coating Automation.
R-30iA Controller
Fanuc P-10, Fanuc P10 � Door Opener, Painting Automation.
Fanuc P-15, Fanuc P15 � Hood/Deck Opener, Painting Automation.
Fanuc P-50, Fanuc P50, Fanuc P-50i, Fanuc
P50i - Bonding, Sealing. Painting Automation. RJ3 Controller
Fanuc P-50iA, Fanuc P50iA, Fanuc P-50
iA - Dispensing, Painting, Coating Automation. RJ3iB Controller
Fanuc P-100, Fanuc P100 - Dispensing, Painting, Coat Automation.
RJ Controller or RJ2 Controller
Fanuc P-120, Fanuc P120 � Material Handling.
R-J2 Controller or R-J3 Controller
Fanuc P-145, Fanuc P145 - Dispensing, Painting Automation. RJ2 Controller, RJ3 Controller, or
R-J3iB Controller
Fanuc P-155, Fanuc P155 - Bonding, Sealing, Dispensing, Painting Automation.
R-J Controller or RJ2 Controller
Fanuc P-200, Fanuc P200 - Bonder, Sealer. RJ2 Controller or RJ3 Controller
Fanuc P-200E, Fanuc P200E - Dispensing, Painting Automation. RJ3iB Controller
Fanuc P-200T, Fanuc P200T - Bonder, Sealer,
Cleanroom, Dispensing. RJ2 Controller or RJ3 Controller
Fanuc P-250iA, Fanuc P250iA, P250 -
Cleanroom, Dispensing, Paint Automation. RJ3iC Controller
Fanuc P-250iA/10S, Fanuc P250iA/10S - Dispensing, Paint Automation. RJ3iC Controller
Fanuc P-250iA/15, Fanuc P250iA/15 - Bonding, Sealing, Dispensing, Paint Automation. RJ3iC Controller
Fanuc P-250iA/15T, Fanuc P250iA/15T - Bonder, Sealer, Dispensing, Paint Automation. RJ3iA Controller
Fanuc P-500, Fanuc P500, P-500iA, P500iA - Paint Automation. RJ3iB Controller
AccuFlow,
AccuChop, AccuAir, AccuStat, Integral Pump Control ICP, ServoBell
and SpeedDock.PaintTool, PaintPRO, RoboGuide, PaintWorks, WinTPE.
ABB Tralfa TR-5000,
ME5002,
ME-502,
TR5000,
5002,
ME502 - Paint Robot. C5.3
Controller or C5.3B Controller.
ABB IRB 540, ABB IRB540, ABB IRB 540-12, ABB
IRB540-12 - Paint Robot. S4P, S4P Plus, or IRC5P
Controller.
ABB IRB 580, ABB IRB580 - Painting Robot. S4P
Controller, S4P+ Controller, S4C, or IRC5 P Controller.
ABB IRB 52, ABB IRB52 - Painting Robot. IRC 5P
Controller.
ABB IRB 5300,
IRB5300 - Door Opener. S4C Controller.
ABB IRB 5400, ABB IRB5400 - Painting Robot. S4P, S4P+, S4C, or IRC5P
Controller.
ABB IRB 5400-02, ABB IRB5400-02, ABB IRB 5400-03,
ABB IRB5400-03 - S4P, S4P Plus, or IRC5P Controller.
ABB
IRB 5400-04, ABB IRB 5400-04, ABB IRB 5400-12, ABB
IRB5400-12 - S4P, S4P Plus, or IRC5P Controller.
ABB
IRB 5400-22, ABB IRB5400-22, ABB IRB 5400-24, ABB
IRB5400-24 - S4P, S4P Plus, or IRC5P Controller.
ABB IRB 5402, ABB IRB5402 - Paint Robot. S4P or S4P Plus
Controller.
ABB IRB 5403, ABB IRB5403 - Paint Robot. S4P or S4P Plus
Controller.
ABB IRB 5500, ABB IRB5500 � Paint Robot. IRC5P
Controller.
RAPID,
RobView, Integrated Process System IPS, RobotStudio, simulation.
Sames
TRP 500,
TRP500, TRP-501, TRP501, TRP-502, TRP502, TRP-DP,
TRPDP,
single and dual head/purge spray gun, PPH 707 SB
bell, EC 35, EC 50, EX 65 Hi-TE, Range 7
Fiber Optic Bell Speed Control, BSC 100, BSC100, BSC 605, GN
3002 (GN3002) GN 4002 (GN4002), GN 5002
(GN5002), PPH707 test stand, etc.
EFC
ES19NE, FS40R, EFC Mini Gun, EFC 100, UP
200 High Voltage Power Supply, etc.
ITW
Ransburg RMA 202, RMA 303 Direct Charge Rotary Atomizer, RMA202, RMA303
Indirect Charge, Aerobell 33, Aerobell33, Evolver, Evolver SE, AGMD, REA 90,
REA90, REA 900A, REA 9000W, AquaBlock, AquaTank, TurboDisk, AdaptaFlow,
DynaFlow, RCS Gear Pump, RansFlow, PulseTrack, Etc.
Graco ProMix, Pro Mix 2KS, 3KS, 2KE, PrecisionMix, PMix, P-Mix, Precision Mix II.
Control
Platforms Allen Bradley PLC-3, PLC-5, SLC-500, PLC3, PLC5, SLC500,
MicroLogix
1000-1100-1200-140-1500, CompactLogix 1768/1769, Controllogix
5000/1756, Schneider Modicon Quantum, Modicon Premium, Modicon
M340, Momentum, Mitsubishi L Series MELSEC L, Q Sereis, Siemans
SIMATIC S7 200-300-400-1200, Siemans LOGO, AutomationDirect
Productivity3000, DirectLogic, CLICK, AC500, AC 500, OMRON
NSJ-CJ2-CS1-C200HX-C200HG-C200HE-CS-CJ1-CJ1G-CP1-CVM1/CV, TCP/IP,
Ethernet IP, Data Highway, DeviceNet, ControlNet, Profibus, Modbus,
CC-Link, Genius, Remote IO, WonderWare, Visual Basic, C++, RS
Logix, RS View, FactoryTalk, ConCept, ProWorx 32, ProWorx32, etc.
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