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TEL: 02-868-0661
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SuperM.O.L.E.® GoldÀÇ
ȣȯ¼º Ç¥ÁØÆø: 229 mm, 305 mm, 381 mm, 458 mm (9 ÀÎÄ¡, 12 ÀÎÄ¡, 15 ÀÎÄ¡, 18
ÀÎÄ¡) Ä¿½ºÅÒÆø: 145 mm¹Ì¸¸ (5.7 ÀÎÄ¡ ¹Ì¸¸) ³ôÀÌ: 33 mm (1.3
ÀÎÄ¡) ±æÀÌ: 305 mm (12 ÀÎÄ¡) Àü¿ø: ÃæÀü½Ä ¹èÅ͸® |
|
½Ã½ºÅÛ ÇÊ¿ä Á¶°Ç ÄÄÇ»ÅÍ:
Pentium®ÇÁ·Î¼¼¼ Ãßõ, 16 MB RAM (ÃÖÀúÇÑ), 24 MBÀÇ ÇÏµå µð½ºÅ© °ø°£ ¿µ¿ª, 3.5 ÀÎÄ¡ HDD
floppy-disk drive, ¸¶¿ì½º, ½Ã¸®¾ó Æ÷Æ® Ä®¶ó VGA ±×·¡ÇÈ ¹× ¸ð´ÏÅÍ (800 x 600 Ãßõ) ÇÁ¸°ÅÍ: Ä®¶ó
ÇÁ¸°ÅÍ Ãßõ operating system: Windows® 3.1À¸·ÎºÎÅÍ
Windows® NT (16 & 32ºñÆ®) |
TEL: 02-868-0661
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Ç¥ÁØÆø: 229 mm (9 ÀÎÄ¡) 305 mm (12 ÀÎÄ¡) 381 mm
(15 ÀÎÄ¡) 458 mm (18 ÀÎÄ¡) ±æÀÌ: 313 mm (12.32 ÀÎÄ¡)
|
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Ä¿½ºÅÒÆø: ´ç»ç·Î ¹®ÀÇÇØ ÁÖ¼¼¿ä ÀüüÀÇ ³ôÀÌ: 28 mm (1.08
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Mesh
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ÀçÁú: G10 À¯¸® ¿¡Æø½Ã ¼öÁö Æø: °¡º¯ (ÆÈ·¹Æ®ÀÇ Æø¿¡
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±æÀÌ: 216 mm (8.5 ÀÎÄ¡) µÎ²²: 1.58 mm (0.062
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½´ÆÛ ¸ô °ñµå(SuperM.O.L.E.®
Gold) ¿Âµµ ÇÁ·ÎÆÄÀÏ·¯ (THERMAL PROFILER) |
ä³Î¼ö |
6¡¡Ã¤³Î
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¿Âµµ ¹üÀ§ |
£129~1300¬àC |
Á¤µµ |
1¬àCÀ̳» |
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0.56ˆC |
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0.1ÃÊ~24½Ã°£ |
»ùÇüö |
5460(6
ä³Î »ç¿ëÀÇ °æ¿ì)
£¾32,
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89x152.4x9.41
mm |
TEL: 02-868-0661
»ç¿ë ¼³Á¤ ¹× ¿ÂµµÃøÁ¤
°úÁ¤ ¹× °á°ú SMT
REWORK SYSTEM Àû¿ë¿¹ (¿©±â¸¦
Ŭ¸¯ÇØ º¸½Ê½Ã¿À)

Spreadsheet database format with powerful filters to select the
data set desired for SPC analysis:
Added: File names include user
initials, symbol to show that data is unavailable, and an indicator of which
columns are filtered

Easily define the spreadsheet data you wish to view and the SPC
charts created:
Added: You can freeze or fix the LCL/UCL values

X-double bar and R charts are automatically created for the user
selected parameters:
Added: X mR chart added for a subgroup of one

ReworkRIDER¢â for Rework Station Profiling
ReworkRIDER¢â Upgrade System
Elevate your Rework Station quality control to the same level as your wave
soldering and reflow oven processes with the ReworkRIDER.
For current SuperM.O.L.E.® and other profiler users, ReworkRIDER features the
Wiz¢â patent-pending dual sided nozzle probe that profiles the directly applied
heat from the rework station. Adjacent to the Wiz top and bottom are air
temperature sensors. During component removal and replacement two additional
thermocouples may be attached in the vicinity for monitoring sensitive
components and laminate.
|
The ReworkRIDER:
- Measures top and bottom side surface and air temperatures
- Integrates with SuperM.O.L.E.®Gold and other profilers
- Profiles convection and IR. rework stations
- Documents consistent performance station-to-station, day-to-day
|
 Wiz Sensor |
The kit includes the ReworkRIDER pallet, Wiz and air sensors and
thermocouples connection block. Dedicated SPC software in development will be
released in Q3 2003. Until then we encourage early adopters to download
OvenRIDER® SPC from our pcb21@korea.com.
Standoff pillars protect the sensor area and the product adapts to utilize
either micro or miniature thermocouple connector types.
The ReworkRIDER, when purchased with a MoleSCAN Profilier, is an economical
package that can be used to monitor your rework process
Items included in the ReworkRIDER kit:
- ReworkRIDER¢â Pallet
- SPC Software
- Thermocouple Adapter Set
- ReworkRIDER Hardware/Software Manual
- ReworkRIDER Quick Reference Guide
|
Baker's SuperM.O.L.E.®
GOLD
- The Standard Profiler
of the Baking and Food Processing Industry
- Proven results in
improving both QUALITY and THROUGHPUT
- Increase shelf
Life
- Improve
yield
- Improve visual
quality
- Improve
consistency
- Reduce
costs
- Reduce ingredient
usage
- Reduce
waste
- Ensure Process
Repeatability
- Balance Ovens Easily
and Efficiently
- Complete and Ready to
Run, Including Easy to Use Windows Software
|

|

|
The portable,
programmable Baker's SuperM.O.L.E. Gold offers a
unique "wireless" way to measure, record, and document temperature variations in
your baking processes without trailing cables or wires. With Temperature sensors
attached directly to your baking product, SuperM.O.L.E. Gold accurately captures essential temperature
data for any preset time at a sample interval programmed on your PC. Custom
designed for the baking industry, the Baker's SuperM.O.L.E. Gold provides the oven temperature data and
analysis required to ensure consistently high quality
product.
The SuperM.O.L.E.® Gold has plenty of
memory and a rechargeable powerpack. Golds are available with the RF option for real-time oven
analysis. The Gold system may utilize the optional AeroM.O.L.E.® that is extremely
useful for balancing air returns and correctly adjusting interior baffles.
Contact ECD today for more information about the complete solution to your
baking oven quality control needs - the ECD SuperM.O.L.E! |
The M.O.L.E.¡¯s® Role In Baking 
- Records oven temperatures under specific settings
- Records product, dough or mix temperatures
- Measures actual product and ambient temperatures
- Provides valuable insights into oven performance
- Offers tuning / balancing options
- Enables process viability testing in a production setting
- Facilitates baking process sensitivity analyses
Click here to go to our Download page to learn more about our
Baking Kits and Barriers
What is a M.O.L.E.® Profiler?
With the ECD M.O.L.E.® Temperature Profiler - a small, battery powered
temperature recording device that is designed to measure and collect detailed
time and temperature information
How does it work?
The M.O.L.E.® profiler uses Type K thermocouples to sense temperature
information. Simply connect the thermocouples to the product to be profiled and
turn it on.
After a preset time the M.O.L.E.® will turn itself off. You then connect the
M.O.L.E.® to a PC and download the information. Special software takes the time
and temperature information from the M.O.L.E.® and displays it on your computer
screen. You can view all the thermocouples simultaneously or select the ones you
wish to display.
The software is designed to allow you to easily ascertain temperatures at any
point in your process, the slopes amount of change in degrees per second at any
points in your process, how long the object has spent above specific
temperatures, average temperatures, standard deviation and much more!
Read more about our new profiling kit on Bakery Online. Please
click here
Baking Kit, E44-2253-00, Includes:
- SuperM.O.L.E.® Gold
- 2 Battery Packs
- Hardware and Software Manuals
- Quick Reference Guide
- Calibration Certificate
- Charger
- 1" and 1.6" Survivor Barriers (Nested Pair)
- SMG to PC Interface Cable
- USB to RS232 Cable
- M.O.L.E.® Baking Software Suite on CD
- 6 - Color Coded 0.010" Type K Thermocouples - 3 Ft
- 6 - Color Coded 0.010" Type K Thermocouples - 12 Ft
- All Packaged in an Attractive Gold Carrying Case
|
|
SuperM.O.L.E.® Gold
Specifications
|
Channels: |
6 channels |
Temperature measurement range: |
-200 to 2372°F (-129 to 1300°C) |
Accuracy: |
+/- 0.1% + 1°C |
Resolution: |
1°F (0.56°C) |
Sampling Interval: |
.2 seconds to 24 hours |
Number of samples: |
5460, with six channels active |
Dimensions: |
3.5 x 6 x 0.38 inches 89 x 152.4 x 9.41 mm |
NEW
VaporWATCH¢â Relative Humidity Sensor:
 |
You can now perfect your proofing process and improve your production yields
with our new humidity sensor along with your Gold M.O.L.E.® Temperature Profiler
(sold separately).
- Reliable, Accurate, and Easy to Use
- Convenient - Quick Download
- Powerful Software Included
This handy sensor comes in an attractive carrying case with out new baking
software, cable and charging power supply.
Click HERE to go to our download
page to get a datasheet on the VaporWATCH sensor
|
Accuracy: |
3% |
Resolution: |
0.1 RH |
Battery Life: |
4 Hours continuous |
Battery type: |
Rechargable NiMH |
RH range: |
0 to 100% Non condensing |
Operating range: |
32° to 122° F, 0-50° C |
Temprobe¢â
|
Temprobe¢â
Reflow Rider¢â
E-Z Rider¢â
Side Rider
Board Carriers
FlexiProbe¢â
ECD's
SuperM.O.L.E.¢â
Technical Information
Industry Links
|
|
New Concept in Thermal Profiling TEMPROBE¢â is a patented, precision temperature sensing instrument.
The subminiature thermocouple tip can be placed anywhere on a board, including
profiling in wet solder paste or on fine pitch component legs. TEMPROBE is used
in place of a conventional thermocouple to monitor the temperature of critical
solder joints or components in reflow, wave solder and rework processes.
TEMPROBE is compatible with all thermal profilers.

Quality, Precision, Function
- Prevent PCB Damage - Eliminate
soldering or bonding of thermocouples to PCBs.
- Cut Labor
Cost - Installation and removal take just seconds.
- Produce
Reliable Profiles - High contact pressure and low thermal mass give fast,
reliable response.
- Profile in
Wet Solder Paste - Profile the first pass of a PCB through the oven.
- Monitor
Temperature Anywhere - Small, durable thermocouple tip fits in tight
places.
Clip, Position, Profile and Save! One of our customers,
who used to tape or solder two thermocouples to each board for profiling, is now
using two TEMPROBEs. He calculated savings of over $6000 per year by switching
from traditional thermocouple attachment to TEMPROBEs. Take a look at his
calculations, then fill in your own worksheet to see what TEMPROBE can do for
you (hit the TAB key after each entry for automatic
calculation).
 |
|
Temprobe¢â
Getting Started
Your new TEMPROBE will become
very quick and easy to use, once you understand how to create a solid thermal
contact between the TEMPROBE thermocouple and your test point. This page
includes basic instructions, as well as a number of ways to customize
TEMPROBE.
Positioning the TEMPROBE sensor tip
- The
thermocouple sensor tip projects slightly out of the end of the small tube. This
tip must be in contact with the test point in order to provide an accurate
reading.
- First,
center the pivoting range of the ball joint around the test point.
Release the locking lever on the ball joint by holding the large diameter tube,
lifting the sensor tip clear of the PCB and pivoting it about one inch past the
test point.
- Next,
create the correct spring force. Slide the thermocouple tube through the
ball joint and position the sensor tip beside the test point. Press down
gently on the tapered end of the large tube to bend the small tube until it is
parallel to the larger tube. Tighten the locking lever on the ball joint to lock
the sensor tip in place. This produces a pre-load force, ensuring good thermal
contact with the test area.
- Finally,
lift the sensor tip and set it down on the test point. If
necessary, the ball joint can be pivoted slightly. The sensor tip can be placed
directly in solder paste.
Adjusting the mounting clamp
- The flat
Phillips head screw in the bottom plate of the clamp adjusts the clamp jaws to
grip the PCB. The screw can be loosened to accommodate boards up to 1/4 inch
thick.
- Adjust the
screw so the clamp jaws start to grip the PCB when the cam lever is vertical.
Rotate the cam lever down to its horizontal stop for a secure grip on the PCB.
Adjusting the ball joint
- The locking
lever on the ball joint can be set to lock when it is horizontal, to give the
lowest profile to the TEMPROBE.
- To adjust the
locked angle of the locking lever, turn the knurled nut in or out slightly, as
required. The nut has a left handed thread.
- To reduce the
drag of the thermocouple tube through the ball joint, turn the knurled nut about
half a turn, and reset the locking lever angle.
- The
self-locking nut that holds the ball joint to the clamp should be snug enough to
prevent the ball joint from being accidentally pivoted when in use.
Removing TEMPROBE from the PCB
- CAUTION: Allow TEMPROBE to cool before handling!
- Release the
ball joint locking lever so that the sensor tip springs clear of the board.
- Release the
mounting clamp cam lever and remove the TEMPROBE from the PCB.
- We recommend
that you store the TEMPROBE in its foam lined plastic box to protect the
thermocouple tip.
Customizing Your TEMPROBE
Mounting Two TEMPROBEs on One Clamp
The second
TEMPROBE will be mounted on the left stud on the clamp of the first TEMPROBE. To
do this, you will need to slide the ball joint off the second TEMPROBE, reverse
it and replace it. When installing the second ball joint on the clamp, the two
thick and one thin flat washer are placed under the tang, and the two conical
spring washers under the nut, with the cones pointing up.
Mounting TEMPROBE Without the Clamp
TEMPROBE can be
mounted on any #6-32 stud using the locking nut provided, or with a #6-32
locking screw. The conical washers should be under the nut or screw head, with a
nut or three flat washers under the tang of the ball joint to provide clearance.
Minimizing the Overall Height of TEMPROBE
The
overall height of the ball joint can be reduced by 1/16 in (1.5 mm) by removing
the two thick flat washers between the ball joint and the clamp. Be sure to
replace the single thin washer that serves as a bearing between the ball joint
and clamp.
Shortening the Cable
The extension cable may be
shortened to make it more convenient to use. Remove the connector and slide the
rubber strain relief and the shrink tube spacer inside it up the cable beyond
the point where the cable is to be cut. It may be necessary to split the shrink
tube to slide it. Cut the cable, strip the leads and reconnect the cable.
Make sure the yellow lead is connected to the positive (+) terminal.
Lengthening the Cable
Saunders Technology provides a
15 foot accessory cable (EC), in one-, two- or three-channel capacities.
(See Specs.)
Reflow Rider
¢â
GETTING STARTED
There are
three adjustments to be made on your REFLOW RIDER. The first two fit the REFLOW
RIDER to your oven and profiler, and the third matches the REFLOW RIDER to the
spacing between the pin rails.
Adjust the
REFLOW RIDER to the Vertical Openings in Your Oven
The REFLOW
RIDER has a 1.9 in (5 cm) height adjustment range to permit your profiler to be
vertically centered in the opening of your oven. Figure 1 shows the range of
height adjustments for each of the four possible orientations of the outer
rails.
Figure 1
To set the height to fit your oven:
- Measure the
distance from the top of the edge rails in your oven to the top of the highest
obstruction in the bottom of the oven which must clear the REFLOW RIDER.
- Subtract 1/4"
for clearance to get your height setting.
- Select the
configuration in Figure 1 that covers this height setting. If necessary, remove
and reattach the outer rails as shown in the configuration.
- Use the
slanted slots to obtain the exact height setting, and tighten the four screws to
lock it in.
Fit REFLOW RIDER to Your Profiler
- Referring to
Figure 2, pivot the two profiler support arms (A) out, perpendicular to the
support deck.
- Center your
thermal profiler on the arms, with its back end resting against stop (B) at the
end of the support deck.
Figure 2
- If the
profiler is less than 10 in long, pivot the arms toward stop (B)
until they touch the sides of the profiler.
- If the
profiler is more than 10 in long, the arms should be pivoted away from
stop (B) for greatest stability.
- Remove the
profiler and tighten the support arm pivot screws to lock the arms in position.
Match REFLOW
RIDER Width to the Space Between the Pin Rails
REFLOW RIDER width, measured
across the vertical side rails, should be slightly less than the space between
the pin rails.
To Set the Width Between 3 1/4 in and 14 1/4 in (8.2 cm to 36
cm)
- Leave screw
(C) snug, but not tight, at the outer end of its slot, as shown in Figure
2
- Loosen screw
(D) a turn and pull the rails (E) apart until the width, measured across the
vertical side rails, is slightly less than the space between the pin rails. The
rails should move easily when screw (D) is loosened. The other six screws in the
scissor arms are locked. Do not attempt to tighten them.
- Retighten
screw (D) to lock the rails at that width.

To Set the Width Between 14 1/4 in and 20 in (36 cm to 51
cm)
- Leave screw
(D) snug, but not tight, at the inner end of its slot.
- Loosen screw
(C) at turn. Separate the rails (E) until the width, measured across the
vertical side rails, is slightly less than the space between the pin rails.
- Retighten
screw (C) to lock the rails into position.
Note: The two
posts on the end of the support deck may be used to hold excess thermocouple
wire. The wire can be wrapped around the posts in a figure eight. The posts may
be removed if not needed.
REFLOW RIDER
is built of high quality materials, for reliable operation and long life. The
side rails, arms and support deck are hard anodized aluminum. The side rails are
clear anodized aluminum. All fasteners are stainless steel.
E-Z Rider ¢â
Profiling...Easier than Ever
With Your Profiler Carried
Securely
E-Z Rider is designed to
carry your profiler safely through wave solder machines. E-Z Rider's titanium
side rails are gripped by the finger conveyors, and support the profiler well
above the solder wave.
Adjusts to
the exact width of your circuit board in seconds. Just separate the side rails
to match the width of your board, and lock them in place with the turn of a
screw. Place your profiler on the carrier, where it is securely held by tow arms
and a backstop, and slide it onto your edge rail or finger
conveyor.
SPECIFICATIONS
Model |
E-Z
Rider |
Width
adjustment range: |
3.25 to 20
in. ( 8 to 51 cm) |
Profiler size range: |
Up to 6.75 in
(17 cm wide) |
Up to 13 in (33 cm) long |
Weight: |
0.85 lb
(390gm) |
Side rail
material: |
Titanium |
Arm and body
material: |
Clear hard
anodized aluminum |
Fasteners: |
Stainless
steel |
Note: An
optional bracket is available for the E-Z Rider which allows your profiler to be
set on edge, in cases where the profiler is wider than the board it
follows.
Side RIDER ¢â
Profiling...Easier than Ever
With Your Profiler Carried Securely in Small
Tunnel, Belt-less Reflow Ovens

Side
Rider¢â, an expandable safety platform designed to carry a M.O.L.E.® or another
manufacturers Profiler securely through beltless reflow ovens that have very
tight tunnel tolerances.
Available
in two basic pan widths, 5.5" and 6.5" for different profiler models, the Side
Rider has a slightly lowered "nest" that holds the profiler assembly (profiler
in its protective thermal barrier) securely just below the level of the oven
chain, creating additional above rail top clearance of .374" (9.5 mm). This
eliminates two large problems for rail only ovens with tight tunnel space; the
profiler will not get stuck in the tunnel and it is impossible for the profiler
to fall from the Side Rider and be damaged or destroyed in the oven as often
happens using other types of carrier methods. A third 5'.5" flat pan is also
included for center rail support avoidance.
The Side
Rider platform can be used alone for narrow rail widths or with an "Outrigger";
an expandable rugged, metal frame with scissors action extension. This extender
may be used on only one side of the Side Rider, or with one on each side of the
Side Rider platform.
The Side
Rider is easy to set up: adjust the rail width to the size of the board that
will be used to set up the oven profile, instrument the board with the desired
number of thermocouples attached to the profiler. Then place the M.O.L.E. into
its thermal barrier and the whole assembly fits securely into the recessed nest
in the Side Rider platform. The profiler rides the rails securely behind the
wired board. Safely profile and characterize the oven in only
minutes.
The Side
Rider is ruggedly designed and made of stainless steel for long life. With the
Outrigger extension, it expands up to 8" (205 mm). The Side Rider is readily
available and ships from stock. It is compatible for use with all profiling
products.
SPECIFICATIONS
Model |
E42-7433-00 |
Width
adjustment range: |
|
Profiler size range: |
|
|
Weight: |
|
Side rail
material: |
Stainless
Steel |
Arm and body
material: |
|
Fasteners: |
Stainless
steel |
Board Carriers
Profiling...Easier than Ever
With A Versatile Board Carrier¢â
Our high quality Board Carriers
will securely hold small to medium sized circuit boards of almost any shape. And
they will support up to six TEMPROBEs for profiling.
Quick and
Easy to Use
All Board Carriers Feature four adjustable arms. Two of the
arms can be pivoted and locked to position the board in the middle of the frame.
The two opposing arms are spring loaded to grip the board firmly and to permit
quick board replacement.
The Large
Board Carriers have two additional long arms to support the leading and trailing
board edges.
All Carrier
arms can be repositioned along the side rails to adapt to the length of the
circuit board. Standard and Large size carriers are available for Reflow and
Wave Solder Applications.
Board
Carriers for Reflow Ovens
-
The Reflow Board Carriers ride on either mesh belt or edge rail conveyors
and are compatible with edge rail conveyor grippers.
- To reflow
two-sided boards in a conveyor belt oven, simply invert the Board Carrier arms,
so the hourglass-shaped PCB grippers face us. This give 1/2 inch (1.3 cm) of
clearance between the board the and conveyor belt for bottom components.
and
for Wave Solder Machines
- The Wave
Board Carriers ride securely on the finger conveyors of a wave solder
machine.
- The Wave
Board Carriers are identical to the Reflow Board Carriers, except they are
manufactured of clear, hard anodized aluminum for resistance to flux.
SPECIFICATIONS
Standard Board
Carrier |
|
PCB size range: |
1.8 to 10.0 in (4.6 to 25.4 cm) long 0.5 to 5.3 in (1.3 to 13.5 cm)
wide Up to 0.2 in (Up to 0.5 cm) thick |
Outside dimensions: |
8.25 x 11.5 in
(21 x 29.2 cm) long |
Support Arms
: |
4 |
Sensor
Capacity: |
Up to 6
TEMPROBEs (Sold Separately) |
Arm and body
material: |
Anodized
aluminum* |
Fasteners: |
Stainless
steel #6-32 |
Weight: |
0.53 lb (240
gm) |
Large Board Carrier |
|
PCB size range: |
2.5 to 14.0 in (6.4 to 35.6 cm) long 4.0 to 9.5 in (10.2 to 24.1 cm)
wide Up to 0.2 in (Up to 0.5 cm) thick |
Outside
Dimensions: |
12.0 x 15.5
in (30.5 x 39.4 cm) long |
Support
Arms: |
6 |
Sensor
Capacity: |
Up to 6
TEMPROBEs (Sold Separately) |
Arm and body
material: |
Anodized
aluminum* |
Fasteners: |
Stainless
steel #6-32 |
Weight: |
0.65 LB (290
gm) |
Saunders
Innovations to make Profiling Easier
Introducing...
FlexiProbe¢â

FlexiProbe¢â is designed to be used in place of a fine gauge wire
thermocouple to easily and accurately sense the temperature of solder joints
near the perimeter of a BGA during the reflow or rework process. The business
end of FlexiProbe¢â is the 0.010" (0.25mm) diameter thermocouple tip. Inside this
thin stainless-steel sheath are the two tiny, insulated thermocouple wires,
which form the thermocouple junction at the sealed end of the probe. This
thermocouple tip extends out of the end of a larger diameter flexible
stainless-steel tube, which provides a convenient way of handling and
positioning the thermocouple tip. The electrical connector can be plugged into
any Type K thermocouple readout or thermal profiler.
USING YOUR FLEXIPROBE¢â IS AS EASY AS 1, 2, 3,
4!
STEP 1.
Use your fingers to bend the larger diameter positioning tube to a shape that
makes it easy to slide the thermocouple tip under the BGA and have the
positioning tube lying flat on the board so it can be taped. Important: Avoid
kinking the positioning tube or bending the thermocouple tip.
STEP 2.
The thermocouple tip, though delicate, is much stiffer than a 36 gauge
thermocouple, so you can gently probe beneath a BGA until you feel it make
contact with a ball. Hold it in this position and secure the positioning tube
with a piece of Kapton® tape.
STEP 3.
Tape the positioning tube again, near its back end, to serve as a strain relief.
STEP 4.
Plug FlexiProbe into your thermocouple readout and run your profile.
®Kapton is a
registered trademark of L.E. DuPont de Nemours & Co.
 |
Xpert3 Painless Profiling for Perfect Oven
Recipes! |
If you already have a "Xpert Ready" M.O.L.E.®, you can download the Xpert 3 software and plan target
profiles.
- Create an OVEN signature file for your oven! No matter what model or
age!
- Designs robust profiles and develops oven settings for over
280 different pastes without leaving your office
- Transposes profiles from machine to machine, even if the ovens are
made by different oven manufacturers
- Automatically verifies that your robust target profile is actually
achieved
- Substantially reduces line set-up/changeover time while improving PCB
yield rates
- Insures identical replication of target robust profile¡¦. machine to
machine and location to location¡¦consistent PCB quality worldwide
- Extremely simple software interface¡¦. makes you an instant reflow
¡°Xpert
|
Features / Benefits
- Out-of-the-Box Recipe Generation
- Develop the process at your desk rather than out at the oven
- Expedites Process Replication from Oven to Oven
- Reduces oven Setup Time by 60% (Real world results)
- Lead-Free Paste? No Problem!
|
AutoM.O.L.E.®Xpert-3 Systems provide the Engineer with the tools to
automatically Plan Robust Target Profiles for reflow ovens right at their desk.
The Planning and Setup stages are expedited by a feature-rich display giving
Engineers the tools to consider the oven characteristics per convection rate,
solder paste specifications, hot and cold components and laminate thickness
effects upon the assembly. Remote Recipe Development can be transferred to
manufacturing, or Auto-Predict Verification can be accomplished automatically
with the addition of the Oven Installation Kit. This kit is sold as an upgrade
[no M.O.L.E.® included] with a software unlock license for one brand [family] of
ovens. The software is covered under U.S. Patent No. 6,799,712.
Please click here if you would like to receive
more information including a working demo of the software.  |
Profile Planning and Automatic Setup |
1. Target Profile
Parameters: This Status box contains information about
the designed Robust Profile. 2. Zone Max. Deltas: Largest zone temp.
setpoint difference the oven allows 3. Typical Setpoints: These are a
range of Setpoints based on a .062" (1.6mm) board. 4. Paste Spec.
Ramp: The straight-line slope in degrees per second measured from the
intersection of the Process Origin and the Start Temp to where the profile
reaches the Soak Begin Temp. 5. Paste Spec. Soak: The number of
profile temperature values that fall between Soak Begin Temp and Soak End Temp
Times the log interval. 6. Paste Spec. Spike: The straight line slope
in degrees per second measured from where the profile reaches the Soak End Temp
to where the profile reaches a Peak temp value. |
7. Paste Spec. Liquidous: The
amount of time the profile spends above the solder liquidous
temperature 8. Zone Max. Setpoint: The highest zone setpoint that the
oven allows. 9. Paste Spec. Summary: The summary of the selected
Target Profile paste.
10. Speed Adjust: Manually adjusts the oven
conveyor speed for the Target Profile. 11. Robust
Profile Actual: Profile Parameters extracted from the Robust
Profile. 12. Target File Management: Where the
user Loads and Saves Target Profiles. 13. Transpose
Profile: Transforms an existing profile (MDM file) to a new
oven. 14. New Wizard: A wizard to guide a user to
create a new Target Profile. |
|
The Xpert-3 system includes:
- Software / License for one Oven Family
- Signature Board
- Desktop Download / Charging Station
- Manual
- Carrying Case
- Additional Oven Family (manufacturer) licenses may be purchased
- Kit requires a Xpert Ready MOLE which is not included
|
|
Specification
- Software Media: CD ROM - 12 Megabytes
- Operation of Xpert-3 requires access to a SuperM.O.L.E. Gold Xpert
- PC System:
- Hard Drive Free Space: 100 Megabytes
- RAM: 32 Megabytes minimum
- Processor Speed: 166 MHz minimum
- Display: 600 x 800 minimum (768 x 1024 preferred)
- COM Port: 1- RS232 (EIA Standard)
- Power (Wall transformer):
- Output: 9VDC 1.8 Watts
- Input: 120 VAC North American Plug or 230 VAC European Plug or 240 VAC UK
Plug
- Download Station: 102mm width x 127mm height x 26 mm depth ( 4 Inch x 5 inch
x 1 inch)
|
TEL :
02-868-0661
pcb21@korea.com
