Embedded Designs KIC KIC86 THERMAL PROFILER User Manual SPS Smart Profiler Hardware Guide
Embedded Designs Inc., dba KIC THERMAL PROFILER SPS Smart Profiler Hardware Guide
user manual
SPS Smart Profiler
Hardware Guide
Publication Number PTG-330310-000 Rev. C
SPS Smart Profiler Hardware Guide PTG-330310-000 Rev. C
i
SPS Smart Profiler Hardware Guide
Copyright © 2017 KIC. All rights reserved. Patents pending.
16120 West Bernardo Drive
San Diego, CA 92127
Phone: +1 858 673 6050 Fax: +1 858 673 0085
A Division of Embedded Designs Inc.
This document contains information that is proprietary to KIC. Said information, is copyrighted as is all associated
software and hardware. All rights are reserved. Patents are pending.
This document and the information contained in it may not be sold, duplicated, used, or disclosed, in whole or in
part, except as specifically authorized in writing by KIC. The information contained in this document and
associated software is subject to change without notice.
There are no warranties with respect to the information contained in this document, express or implied, except as
provided by written contract between KIC and the customer.
All KIC product names and logos are trademarks of Embedded Designs, Inc. All other trademarks used herein are
the property of their respective owners.
SPS Smart Profiler Hardware Guide PTG-330310-000 Rev. C
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Table of Contents
INTRODUCING THE SPS SMART PROFILER .............................................................................................................. 1
REVIEW YOUR PROFILER KIT ............................................................................................................................................. 2
YOUR SMART PROFILER SOFTWARE .................................................................................................................................... 2
SPS SMART PROFILER HARDWARE INITIALIZATION................................................................................................ 3
WARRANTY PROTECTION IMPAIRMENT ............................................................................................................................... 3
THE SPS SMART PROFILER LEDS ............................................................................................................................. 4
THE SMART DOCK LEDS.......................................................................................................................................... 5
POWER THE SPS SMART PROFILER ......................................................................................................................... 6
TYPICAL CHARGING TIME ................................................................................................................................................. 6
BATTERY LED BEHAVIOR .................................................................................................................................................. 6
THE POWER BUTTON ...................................................................................................................................................... 6
SET UP THE SPS SMART PROFILER .......................................................................................................................... 7
CHOOSING THE MODE OF PROFILING .................................................................................................................... 8
DATALOG MODE ............................................................................................................................................................ 8
WIRELESS MODE .......................................................................................................................................................... 11
HARDWARE STATUS: LED STATUS WINDOW ..................................................................................................................... 14
USING THE THERMAL SHIELD ............................................................................................................................... 15
SAFE HANDLING AFTER EXITING THE OVEN ......................................................................................................... 16
SAFELY REMOVE THE PROFILER FROM THE OVEN ................................................................................................................ 16
SAFELY REMOVE THE PROFILER FROM THE SHIELD ............................................................................................................... 17
SPECIFICATIONS AND NORMAL ENVIRONMENTAL CONDITIONS ......................................................................... 18
CLEANING PROCEDURE .................................................................................................................................................. 18
REGULATORY COMPLIANCE ................................................................................................................................. 19
CALIBRATING THE SPS SMART PROFILER ............................................................................................................. 20
ESTABLISH COMMUNICATION .......................................................................................................................................... 20
SPECIFY THE CJREF OFFSET ............................................................................................................................................ 22
SPECIFY THE GAIN ADJUSTMENT ....................................................................................................................................... 23
CONTACT KIC ....................................................................................................................................................... 24
SPS Smart Profiler Hardware Guide PTG-330310-000 Rev. C
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Introducing the SPS Smart Profiler
Built with the latest data processing and wireless technologies available – a smart device
The SPS (Smart Profiling System) Smart Profiler and Smart Dock are packed with the latest in data processing
and wireless technologies.
Sampling capabilities up to 50 readings per second
Real-time data collection through a secure, private Wi-Fi network with Smart Profiler and Smart Dock
pairing using ANT technology
The latest in durable high temperature rated materials.
NiMH rechargeable batteries make for a reliable and safe power source
Profile Stacking: Store multiple profile runs in a row before downloading
KIC Mobile Sync and Mobile Profile Viewer app: view profile data and graphs on your mobile device
The SPS Smart Profiler stands out as the best and “smartest” temperature profiling data collection system available.
The hardware is the best in temperature tolerance design using an LCP (Liquid Crystal Polymer) enclosure for
better protection and faster cooldown between profiles. The design of the SPS thermal shields allows for easy and
secure opening and closing, durability that meets the most stringent of drop tests, and temperature tolerance
capabilities that exceed all previous KIC profiler and shield models.
The SPS Smart Profiler is available in 7, 9, and 12 channel versions using standard type K thermocouples. Thermal
profile data are conveniently transferred to your computer via a USB connection or real-time via Wi-Fi depending
on the model. With complex power management algorithms and state-of-the-art circuitry, the SPS allows for long
use between charges and longer battery life. Recharging and powering can be done via the USB cable when
connected to a computer or to a wall socket.
The SPS Smart Profiler raises the bar for Smart Factory systems and is another of the many smart devices and
systems KIC offers to improve your production quality, productivity, and documentation.
Refer to this hardware guide for additional information when you see this warning symbol.
This symbol indicates HOT SURFACE on the SPS Smart Profiler and shield. It is used in this guide
anywhere where warnings are indicating safety procedures or warnings concerning hot surfaces.
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Review Your Profiler Kit
Upon receiving your profiler kit, check it to make sure that all the required components are there. The specific
contents of your kit will match the configuration— datalog or wireless—that you ordered. The full catalog of parts
appears below.
Part Description
SPS Smart Profiler - datalog or Wi-Fi model (7, 9, or 12-channel)
Smart Dock (Wi-Fi models only)
AC charger/power supply
USB communication cable (A-Male/Micro-B)
Thermal shield
Thermocouples (7, 9 or 12—standard type K)
Aluminum tape for attaching thermocouples
Scissors for cutting the tape
Gloves for handling the profiler and test product, hot from the thermal process
SPS Smart Profiler Getting Started Guide
SPS Smart Profiler CD containing:
Profiling Software 2G
SPS Smart Profiler Hardware Guide
Profiling Software 2G User Manual
USB Software Dongle Key (Needed to run the Profiling Software 2G )
Calibration Certificate
Carrying Case
Your Smart Profiler Software
Profiling Software 2G provides all the tools you need for thermal profiling with your SPS Smart Profiler. It
lets you set operating parameters, monitor your hardware, graphically display analytical data, and manage multiple
profile data sets. While this Hardware Guide uses images from the Profiling Software 2G to illustrate procedures,
you may use the SPS Smart Profiler with KIC’s automatic system software.
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SPS Smart Profiler Hardware Initialization
To begin profiling in either datalog or Wi-Fi mode, you must first set up your SPS Smart Profiler for use on your
PC. Both modes communicate to the computer through a standard USB port – datalog mode uses a cable,
Transmitter (Wi-Fi) mode uses the Smart Dock. If the computer has no available USB ports, use a standard 2-8 port
hub to add an open port.
Note: Install Profiling Software 2G BEFORE connecting the SPS Smart Profiler hardware to the
computer. Connecting the hardware before the software is installed may result in Windows OS
selecting the incorrect driver for the device and it will not connect to the software.
The normal setup routine must follow the sequence shown below:
1. Install the software.
2. Install the USB security dongle.
3. Connect the SPS Smart Profiler hardware to the computer.
Note: When connecting the SPS Smart Profiler to laptop computers that utilize a floating ground
connection (2-prong power plug) manually ground the laptop before connecting the SPS Smart
Profiler. This procedure will prevent unwanted electrical interference that may distort the temperature
data collected by the SPS Smart Profiler.
If you have any questions or need assistance connecting your hardware, contact KIC Technical Support
tech@kicmail.com.
Warranty Protection Impairment
Caution: RISK OF VIOLATION OF WARRANTY
Improper handling may limit our liability for damage to equipment and may also violate your
instrument warranty. As well improper handling or use could impair the protection provided by
the equipment.
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The SPS Smart Profiler LEDs
LED Name/
Icon/Color
Mode
LED Behavior
Mode Description
Battery
Charging
Combined solid
and flashing.
See description
Plugged into USB for charging.
Each LED represents 1/3rd of battery capacity.
Starting from the left the lights go from
flashing to solid as the battery charge fills.
Full charge when all 3 are solid.
Using battery
power
Flashing every 3
seconds
LEDs will flash depending on amount of charge
left.
Minimum to 1/3rd charge left – LED 1
1/3rd to 2/3rd charge left – LED 1-2
2/3rd to full charge left – LED 1-2-3
Alert
Not Ready
Solid On
Cannot profile: due to TC 1 missing, TCs too
hot, SPS too hot, Battery too low, startup
failure, voltage too low to charge or memory
full. Plug into PC and software to identify alert.
Ready
Off
Ready to begin profiling.
Data Collection
Profiling
Fast Flashing
Profiling in progress.
Profile Complete
Flashing every 3
seconds
One or more profiles are complete and stored
in memory.
Data Empty
Off
No profiles stored in memory.
Wi-Fi
No
Communications
Off
Wi-Fi not in use or not available.
Wi-Fi In Use
Fast flashing
When profiling or downloading.
Wi-Fi Ready
Slow flashing
Flashing every 3 seconds when paired with
Smart Dock
Beacon
Flashing
Beacon mode starts when device is tapped.
LED flashes until SPS finds a Smart Dock beacon
and pairs with it to make private Wi-Fi
connection.
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The Smart Dock LEDs
LED Name/
Icon/Color
Mode
LED Behavior
Mode Description
Power
Power
Solid
Power to Smart Dock from USB established
Alert
Not Ready
Solid On
Cannot profile: due to TC 1 missing, TCs too
hot, SPS too hot, Battery too low, startup
failure, voltage too low to charge or memory
full. Plug into PC and software to identify alert.
Ready
Off
Ready to begin profiling.
Data Collection
Profiling
Fast Flashing
Profiling in progress.
Profile Complete
Flashing every 3
seconds
One or more profiles are complete and stored
in SPS memory.
Data Empty
Off
No profiles stored in SPS memory.
Wi-Fi
No
Communications
Off
Wi-Fi not in use or not available.
Wi-Fi In Use
Fast flashing
When profiling or downloading.
Wi-Fi Ready
Slow flashing
Flashing every 3 seconds when paired with
Smart Dock
Beacon
Flashing
Beacon mode starts when device is tapped.
LED flashes for 30 seconds waiting for
compatible device to pair. During this time
Smart Dock will automatically pair with a
compatible device within range.
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Power the SPS Smart Profiler
The SPS is powered by an internal NiMH battery pack. You charge the battery using the USB cable into your
computer or the USB cable into the plugged-in AC charger.
Typical Charging Time
Normal Charge – 4 hours
NOTE: If the Alert LED is lit and the software indicates the battery is low, but you need to get a profile done, you
can charge it for a minimum of 10 minutes to clear the alert and run one profile.
Battery LED Behavior
LED Name/
Icon/Color
Mode
LED
Behavior
Mode Description
Battery
Charging
Combined
solid and
flashing.
See
description
Plugged into USB (or AC charger) for charging.
Each LED represents 1/3rd of battery capacity.
Starting from the left the lights go from
flashing to solid as the battery charge fills.
Full charge when all 3 are solid.
Using battery
power
Flashing
every 3
seconds
LEDs will flash depending on amount of charge
left.
Minimum to 1/3rd charge left – LED 1
1/3rd to 2/3rd charge left – LED 1-2
2/3rd to full charge left – LED 1-2-3
The Power Button
Push power button momentarily to turn on or off
Hold power button for 10 seconds for a hard reset of the hardware
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Set Up the SPS Smart Profiler
In datalog mode, the profiler records data as it moves through the thermal process that it later will transfer to the
computer through a cable.
Note: Once the Profiling Software 2G is installed and running, whenever you connect an SPS Smart Profiler to a
USB port, a message in the lower right of the screen reports whether the device is connected or not. This is true for
the Smart Dock as well:
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Choosing the Mode of Profiling
Datalog Mode
1. Launch Profiling Software 2G. Your Profiling
Software USB Security Dongle is required to use
all features in the software.
2. Use the communication cable to connect the SPS
Smart Profiler to a USB port on the computer.
3. A message appears confirming the powered
connection.
4. From the Main screen, click on the Globe button
to display the Global Preferences screen.
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5. The software shows the SPS Smart Profiler as
detected in the Profiling Hardware panel and
displays radio button choices for specifying the
communication mode.
6. Click the radio button for Datalogger, followed by
the Save (green check) button:
7. Click OK on the message boxes (no messages
appear if the Datalogger radio button was already
selected).
You are returned to the Main screen.
8. When the Main screen appears, click the
Hardware Status button.
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9. The Hardware Status screen appears, showing the
status of the profiler, and confirming that the
software is connected to the SPS Smart Profiler
and receiving live readings.
Note: The Profiler panel displays live temperature
values and the current battery voltage. TC
connections display the live temperature or appear
as open (opn) if no TC is connected.
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Wireless Mode
1. Launch Profiling Software 2G. Your Profiling
Software USB Security Dongle is required to
use all features in the software.
2. Use the communication cable to connect the SPS
Smart Profiler to a USB port on the computer.
3. A message appears, confirming the powered
connection
4. From the Main screen, click on the Globe button
to display the Global Preferences screen.
5. The software shows the SPS Smart Profiler as
detected in the Profiling Hardware panel, and
displays radio button choices for specifying the
communication mode.
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6. Click the radio button for Transmitter,
followed by the Save (green check) button
7. Click OK on the message boxes. You will then
be returned to the main screen.
8. Remove the cable from the SPS and insert it into
the Smart Dock.
9. Tap the SPS on the Smart Dock to pair it.
10. The ANT blue LED on both devices flashes
until the devices are paired.
11. The Wi-Fi orange LED on both devices flashes
every 3 seconds indicating a successful Wi-Fi
connection.
12. When the Main screen appears, click the
Hardware Status button.
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13. The Hardware Status screen appears, showing
the status of the profiler, and confirming that the
software is receiving the live Wi-Fi signal from
the SPS Smart Profiler.
Note: The Profiler panel displays live
temperature values and the current battery
voltage. TC connections display the live
temperature or appear as open (opn) if no TC is
connected.
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Hardware Status: LED Status Window
With the SPS connect you can access an LED Status Window from the Hardware Status screen. This pop up
window will indicate the matching status of the SPS LEDs on the SPS hardware, along with brief status
descriptions. This will allow you to identify the state or mode of the SPS based on the LED display.
Battery indicates percent of battery charge.
Alert (if LED is on) will list any and all alerts in the list box.
Data LED status will indicate the number of profiles currently stored in the SPS with access for information on the
stored profiles and the ability to download them. It also displays the amount of available storage (as a percentage).
Wi-Fi indicates the signal strength of the Wi-Fi connection to the Smart Dock (displayed as a percentage).
ANT will list if the SPS is paired with a Smart Dock or not.
Battery Saver indicates the time in minutes the SPS will turn off automatically if left idle.
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Using the Thermal Shield
The SPS Smart Profiler kit includes a thermal shield—a stainless steel enclosure that protects the profiler against
extreme heat during runs through a thermal process. Your shield may have a stainless outer surface, or Cool Touch –
a special heat insulating material that makes the shield more comfortable to handle after absorbing oven heat.
Caution: The SPS Smart Profiler’s maximum internal temperature is 85
C. ALWAYS use the thermal
shield to protect the SPS Smart Profiler from heat damage.
Note: Gloves are required when the profiler has just
emerged from the oven. Your profiler kit includes a
pair of specially selected safety gloves.
1. The top side of the shield has the latching tab
and hooks on it. Place the SPS Smart Profiler
into the bottom half of the shield.
2. Make sure the thermocouple wires clear the
sides and exit from the front of the shield.
3. Close the lid of the shield and rotate the latch downward to lock it in place, being careful not to damage exiting
wires.
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Safe Handling after Exiting the Oven
As the profiler emerges from the oven, its shield will be too hot to touch. Your profiler kit includes a pair of safety
gloves, and it is absolutely required that you use these gloves for handling the unit after an oven run.
The safety gloves provided with your profiler kit feature a fabric construction that is rated to permit holding an
object heated to 120°C (250°F) for up to 30 seconds. Operators should never hold a profiler longer than 30 seconds
and should only hold it as long as needed to move it safely to a workbench or other appropriate flat surface.
Caution: Never substitute gloves that are not rated for similar temperature and holding cycle
specifications. Contact your profiler manufacturer for replacement or extra pairs.
Safely Remove the Profiler from the Oven
Hot Surface: Wear the safety gloves supplied with
your profiler kit during this procedure.
1. As the PCB reaches the end of the conveyor, carefully
support the board with a gloved hand.
2. Matching the speed of the conveyor, slowly move the board away from the oven keeping the thermocouple
wires away from any entangling machinery.
3. As the profiler reaches the end of the conveyor, carefully
support it with your other gloved hand.
4. Carry the PCB and profiler away from the oven area, and place the shielded profiler on a flat, level surface that
is unaffected by the unit’s heat.
5. Follow the procedure titled Safely Remove the Profiler from the Shield.
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Safely Remove the Profiler from the Shield
Hot Surface: Wear the safety gloves
supplied with your profiler kit
during this procedure.
1. Carefully pull up on the latch to open the
shield.
2. Carefully lift the profiler out of the shield.
3. If desired, you can place the profiler and/or shield in front of a fan or other cooling station arrangement to aid in
the cooling process.
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Specifications and normal environmental conditions
Accuracy:
±0.5°C
Resolution:
±0.1°C
Internal Operating Temp:
0°C to 85°C
Humidity Range:
20-85% non-condensing
Measurement Range:
-150°C to 1050°C
Sample Rate:
Up to 50 readings per second
Data Points:
72000 per channel
PC Connection:
USB 2.0 (Std-A/Micro-B)
Power:
NiMH battery: 2.4Vdc
USB connection to PC:
5Vdc, 500mA
Wireless Communication:
Wi-Fi2.4 GHz and ANT 2.4 GHz
Thermocouple Compatibility:
7, 9, and 12-Channel Models
Type K, Standard
Dimensions (L x W x H mm):
7-Channel Model:
188.0 x 60.0 x 17.0
9-Channel Model:
188.0 x 75.0 x 17.0
12-Channel Model:
188.0 x 98.0 x 17.0
For Indoor Use Only
Overvoltage Category 1
Caution: The SPS Smart Profiler measuring circuits are intended for use with non-energized
equipment/test-samples only. Do not plug in and attach thermocouples to anything that is
energized.
Max constant voltage handled: 3.15v
Max transient voltage handled: 60v for less than 1ms
Cleaning Procedure
Clean the exterior surfaces of the chassis with a dry lint-free cloth. If any dirt remains, use a cloth or swab dipped in
a 75% isopropyl alcohol solution. Use a swab to clean narrow spaces around the button and connector. Do not use
abrasive compounds on any part of the chassis, as they may damage it.
Avoid the use of chemical cleaning agents, which might damage the plastics used in this instrument. Use a 75%
isopropyl alcohol solution as a cleaner and wipe with a clean cloth dampened with deionized water. Before using
any other type of cleaner, consult your KIC representative.
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Regulatory Compliance
FCC
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:
(1) This device may not cause harmful interference, and (2) this device must accept any interference
received, including interference that may cause undesired operation.
FCC Caution: Changes or modifications not expressly approved by the party responsible for compliance
could void the user's authority to operate this equipment.
To comply with FCC RF exposure requirements a separation distance of at least 20 cm must be
maintained between this device and all nearby persons.
Industry Canada
This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the
following two conditions: (1) this device may not cause interference, and (2) this device must accept any
interference, including interference that may cause undesired operation of the device.
Cet appareil est conforme avec Industrie Canada exempts de licence standard RSS (s). Son
fonctionnement est soumis aux deux conditions suivantes: (1) cet appareil ne doit pas provoquer
d'interférences et (2) cet appareil doit accepter toute interférence, y compris celles pouvant causer un
mauvais fonctionnement de l'appareil.
This device complies with Health Canada’s Safety Code. The installer of this device should
ensure that RF radiation is not emitted in excess of the Health Canada’s requirement. Information can be
obtained at http://www.hc-sc.gc.ca/ewh-semt/pubs/radiation/radio_guide-lignes_direct/index-eng.php
To comply with ISED RF exposure requirements a separation distance of at least 20 cm must be
maintained between this device and all nearby persons.
Cet appareil est conforme avec Santé Canada Code de sécurité 6. Le
programme d ’installation de cet appareil doit s’ assurer que les rayonnements
RF n’est pas émis au-delà de I’exigence de Santé Canada. Les informations
peuvent être obtenues:
http://www.hc-sc.gc.ca/ewh-semt/pubs/radiation/radio_guide-lignes_direct/index-fra.php
Pour satisfaire aux exigences d’exposition aux RF ISED une distance d’au moins 20 cm doit être
maintenue entre cet appareil et toutes les personnes à proximité.
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Calibrating the SPS Smart Profiler
To keep your profiler operating at proper factory specifications, KIC recommends calibrating the unit every 12
months. The procedure detailed below lets you calibrate the profiler to within +1.1°C (+1.9°F).
The calibration procedure follows a sequence of three parts:
1. Establishing hardware/software communication
2. Setting the Cold Junction Reference (CJREF) offset value
3. Adjusting temperature gain
The CJREF offset is the amount of temperature to add or subtract from the base profiler readings. KIC recommends
setting this value to the same temperature as the CJREF (Internal) temperature. You can view the CJREF (Internal)
temperature by clicking the Get Current TC button on the Calibration Log screen displayed during the procedure.
The Gain Adjust portion of the calibration procedure affects the accuracy of the profiler across its temperature
capability range. For maximum accuracy, set the Gain Adjust calibration value to the highest temperature you
expect to read for your thermal process.
Note: The maximum temperature setting is the highest temperature that the SPS is set to read. The highest
temperature that the profiler is capable of reading is 1050C (1922F). This profiler is factory preset at 1050C
(1922F), but you can change the setting to suit your needs.
Note: Only qualified persons should perform the calibration procedure. If you need assistance, training, or need to
arrange for KIC to calibrate your SPS Smart Profiler contact KIC Technical Support tech@kicmail.com,
asia.tech@kicmail.com, europe.tech@kicmail.com.
Before starting the procedure
Assemble the following hardware:
o SPS Smart Profiler
o Micro USB communication cable
o Type K thermocouple simulator
o Calibration Adapter* (7, 9, or 12 channel)
*Contact KIC to acquire the correct
calibration adapter cable. sales@kicmail.com
TC Simulator Calibration Adapter (7-channel shown)
Be prepared to run the Profiling Software 2G application and its Profiler Hardware Utility.
Do not attempt to calibrate the profiler with an ungrounded computer as this may produce inaccurate results.
Establish communication
1. Connect the profiler to the computer USB port.
2. Turn on the profiler power.
3. Connect the calibration adapter to the profiler, making sure to occupy all of the thermocouple inputs as
required.
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4. Connect the other end of the adapter to the
output port (left side when instrument viewed
upright) of the type K thermocouple simulator.
5. Turn on the power to the thermocouple simulator, and set the output value to 25°C (77°F).
6. Open the SPS Utility folder and double click the SPS Util icon (default folder location =
C:\Profiling Software 2G\SPS Utility),
7. The SPS Profiler Hardware Utility - Calibration screen and the
Calibration Log screens appear:
8. Ensure that SPS is displayed in the Device field, the proper number of channels is identified, the
appropriate temperature scale is selected, and the proper filtering for your location is selected.
Note: When the software utility is open and the hardware connected, if the profiler unit does not appear in
the Device field, clicking the Refresh button forces the utility to search for the presence of the hardware
and display the name in the field if found:
9. On the Calibration Log (and Helper) window, click the Set Idle button, and then click the Get Current TC
button to verify communication between the software and the profiler. (If communicating properly the
current live temperature readings from the profiler appear as shown in example above.)
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Specify the CJREF offset
1. Open the SPS Profiler Hardware Utility -
Calibration screen.
2. In the CJREF Offset panel’s Calibrate
Temperature field, accept the recommended
default temperature of 25°C (77°F) or type in a new
value between 10°C (50°F) and 500°C (932°F).
Note: The Calibrate Temperature value should be selected to represent an anticipated ambient temperature.
Calibrating to this temperature will likely yield acceptably accurate performance. The selected default (25°C)
approximates typical room temperature and is recommended for most lead-free soldering applications. However,
the number of ovens present or other site-environment factors might influence your selection of this value. You can
type in whatever value better matches your specific situation. If your thermal process is well established around
specific temperatures, it may make sense to focus calibration on these target values.
Note: Older versions of software may indicate other values as the default temperature.
3. Adjust the output on the thermocouple simulator to match your specified calibration temperature.
4. When the values match, click the-Start button to begin calibration.
The software automatically adjusts the calibration temperature for each of the thermocouple ports,
typically resulting in different values among the four ports. Electronic adjustments also tune the profiler
for maximum accuracy at the specified temperature.
When the software completes the offset calibration, a status messages appears in the Calibration Log area
at the bottom of the utility screen:
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Specify the gain adjustment
1. Open the SPS Profiler Hardware Utility -
Calibration screen.
2. In the Gain Adjust panel’s Calibrate
Temperature field, accept the recommended
default temperature of 300°C (572°F) or type in a
new value between 10°C (50°F) and 500°C
(932°F).
Note: The recommended default temperature is selected for its suitability to typical lead-free soldering
applications. The range of values presented offers you the choice of calibrating to a maximum temperature
or to a specific temperature of interest. Calibrating to the maximum temperature will yield acceptably
accurate performance throughout the range. Alternatively, if your thermal process is well established
around specific temperatures, it may make sense to focus calibration on these target values.
Note: Older versions of KIC software may indicate other values as the default temperature.
3. Adjust the output on the thermocouple simulator to match your specified calibration temperature.
4. When the values match, click the-Start button to begin calibration.
The software automatically adjusts the Gain setting while electronic adjustments tune the profiler for
maximum accuracy at the specified temperature.
When the software completes the gain adjustment, a status messages appears in the Calibration Log area
at the bottom of the utility screen:
5. Close and exit the software to end the procedure.
Note: In the Gain Adjust panel, the Number of Run field displays a running count of the number of times
you needed to run the final gain adjustment part of the calibration procedure. The count can go to a
maximum of eight. While it is typical to restart the gain adjustment two or three times before achieving
final calibration, a run count number that exceeds five or six can indicate that the profiler has a problem
that should be analyzed by KIC technical support. tech@kicmail.com
SPS Smart Profiler Hardware Guide PTG-330310-000 Rev. C
24
Contact KIC
On the Web
You can find the latest KIC product news along with a library of
useful information at our website:
www.kicthermal.com or www.kic.cn
KIC Technical Support
KIC Tech Support is available by email:
USA: tech@kicmail.com
Europe: europe.tech@kicmail.com
Asia: asia.tech@kicmail.com
KIC Service/Repair
All service and repair of the SPS Smart Profiler or Smart Dock, other than the calibration, requires contacting a KIC
Service center and having the service/repair conducted by personnel authorized by KIC.
KIC Product Training
Contact KIC Customer Support by email, training@kicmail.com
KIC Sales
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Europe: europe.sales@kicmail.com
Asia: asia.sales@kicmail.com
China: asia.sales@kicmail.com
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