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Run the K-TCxxCal.msi
Click Next to start the installation
The program installation window appears.
Click “Cancel” if you do not wish to install it.
After the K-TCxxCal software is installed, click finish
The ‘Interface Tab’ is situated at the top of the software screen and can navigate most program features. Some of the menus will be active only when a logger is interfaced.
General – This allows the user to configure the interface and sleep settings.
Measurement – This allows the user to visualise the thermocouple data on the oscilloscope.
Thermo Couples – This allows users to configure the thermocouple sampling rates and CAN IDs.
Calibration – This allows the user to calibrate the thermocouple inputs.
Reprogramming – This allows the user to re-programme the TC module.
Manufacturer - This allows the user to review the manufacturer's information
If you power it from the Logger, the Logger will need to be powered from the vehicle or an external power source
(NOT just via USB) and you will need to make sure the AUX power feature in the configuration is set to on. To do this, follow the Steps Below:
Right-click on the Project that you want to configure and select ‘Properties’; if you need to create a configuration, this is detailed in the ‘Loading the K-TCxx configuration into DiaLog’ section document.
Once the Edit Configuration window is displayed, click on the ‘Settings’ Tab and put a Checkmark in Aux Power On.
Click OK to set the Aux Power on Setting in the Configuration…
Send the configuration to the Logger by right-clicking on the project and choosing “Send Configuration to the Logger.”
If you have the CAN bus that the K-TCxx is connected to set to the right speed within your Project, you will see the Status Light on Solid Orange, and the CAN Light on Solid Green; if it is flashing green, the CAN bus is misconfigured, check the speed and termination.
The CAN connectors are 1x Male and 1x Female 9-pin Subminiature D Type connectors.
DB9
Pin Function
Pin 2
CAN L
Pin 3
Ground
Pin 5
Power Ground
Pin 7
CAN H
Pin 9
Power Supply 4.5-36V
The Thermocouple connectors on the K-TC are miniature-size flat-type sockets.
IEC Connector
Pin Function
Top
+
Bottom
K
The dimensions of the Male Flat Type Miniature Size Thermocouple Plug that you would plug into it are as follows:
Users can configure the CAN ID, Transmission rate and thermocouple type in this window.
INF 2204/05/06
This document provides a brief idea of the usage, safety precautions, installation procedures and operation of the Influx K-TC. This document is intended for professional engineers and academic researchers, allowing them to understand the concept of operating the device and integrate this knowledge into systems with components of other manufacturers.
Translation of the original K-TC: User Manual & Quick Start Guide.
The content of this document, including all brands and trademarks and possibly protected by third-party rights, is subject without limitation to the terms of their respective registered owner’s valid trademark law and intellectual property rights.
© 2020 INFLUX TECHNOLOGY. All rights reserved.
If you have a problem that you cannot resolve on your own, feel free to contact us for assistance at docs.influxtechnology.com
Influx Technology Ltd
Millbrook Proving Ground, Station Lane
Bedford, MK45 2JQ, United Kingdom
Telephone: +44 (0) 1525 842504,
Sales: sales@influxtechnology.com
Support: docs.influxtechnology.com
Pressing the Load Button Loads the settings in the K-TCxx and displays them on the screen.
CAN ID
Users can use this option to set the CAN ID of the messages containing thermocouple data
Rate
Allows the user to set the CAN message transmission rate.
Type
Allows the user to select the thermocouple type.
Rate List Config
Allows the user to add additional transmission rates.
Pressing the Default Button will reset all the settings.
Pressing DBC Export will open the DBC export window.
Pressing the Import button will load the settings from the DBC file.
The K-TC is Influx’s stackable instrumentation compatible with the entire range of data loggers from Influx. It can also be integrated with any device configured via DBC files, even other logger systems or output signals on CAN to the Rebel Dash display.
The K-TC is an ideal solution for applications that require a large number of thermocouple inputs. The K-TC’s accurate sensor data is transmitted periodically on the CAN bus, enabling multiple devices to be connected. In addition, the K-TC CAN bus settings, calibration, and sampling rates are all easily configurable, and these settings are stored within the K-TC even when the device is not powered.
However, K-TCxx is powered via the CAN and power connectors and designed with CiA® 102 pinout for the CAN bus and power to connect the device as simple as possible.
Most commonly, it will be powered from a Rebel Logger using the Multi Connect Cable, but you can also power it via pin 9 (4.5 to 36V) and pin 5 PowerGND of the 9-pin Sub D connectors. If connected via the Multi connect cable, the CAN 1 (MS) bus is also connected to allow the Logger to record the data transmitted from the K-TCxx.
Several K-TCxx can be daisy chained via the additional DB9 Connector. However, they must have power supplied separately via power breakout in the cable, not via the Logger. It can also be used to connect other devices, such as the Rebel Dash.
The pinout of the required Cable between the two K-TCxx is as follows:
Before proceeding with the installation, please ensure you have acquired administrative privileges.
To install the K-TCxx driver, run the .exe file in this location:
The .exe file can also be found in the start menu under ‘influx technology.
Run the K-TCxx Installer.exe file.
Click 'Next' to continue installing the K-TCxx device driver on your system.
To cancel the installation at this stage, click ‘Cancel’. (No software has been installed on the system at this point.)
Please read the license agreement carefully.
Once you understand and accept the license agreement, please click ‘I accept this EULA’ to continue with the driver’s installation. If you do not accept the terms, please click ‘Cancel’ to stop the installation at this point.
Click ‘Next’ to continue the installation process.
Once the installation is complete, this window will appear.
Click ‘Finish’ to close the window. The K-TCxx driver is now successfully installed on your system.
Function
Description
Power Supply
4.5 to 36V DC
Power Consumption
Normal operation 150mA to 350mA at 12 V Power down standby mode approx. 3mA at 12V
Configuration
Via CAN bus with K-Cal
Output control settings and configuration are stored in the device.
Interfaces
CAN bus (max 1000kbps)
PC Interfaces
Powered by USB2.0 Type B (Isolated)
Enclosure
Dimension (LxHxW): 115x26(K-TC8), 46(K-TC16), 86(K-TC32)x 105mm
Weight: 430g K-TC8), 570g(K-TC16), 900g(K-TC32)
IP65
ABS
Environmental
-40°C to +85°C Humidity Max 90%
Thermocouple Inputs
K, J, T - type
±1°C accuracy
Measurement: -200°C to +1200°C
Connection Types
Thermocouples mini K,J, T- type
Thermocouple inputs
Thermocouple inputs
Number Of Channels
8xK, J, T –type input (K-TC8); 16xK, J, T –type input (K-TC16); 32xK,J,T –type input (K-TC32)
Measurement Range
-200°C to +1200°C
Max Sampling Rate
20 Hz per channel
Max voltage applied
±3.3V
Once you launch the K-TCxx Configuration utility, you will see the settings for the Interface you are using. If the K-TCxx is on and connected, its serial no and firmware version will be displayed at the bottom of the screen.
If the device is not interfaced, choose the interface device and click Baud Rate Scan.
The Rebel drivers must be correctly installed to ensure the Rebel functions correctly.
If DiaLog is installed, a driver installation application will be available, which can be found in the Influx Technology folder of the Start Menu, as shown below.
Ensure the Rebel is not plugged in and click ‘Next’ to continue.
Please read and accept the EULA, then click next to continue.
The driver installation will begin and may take a few moments.
Once the installation is complete, click ‘Finish’ to close the application.
Plugin the Rebel to allow the drivers to be recognised.
This Tab allows the user to visualise the live measurements.
Pressing the Load Button Loads the settings in the K-TCxx and displays them on the screen.
Pressing the Default Button will reset all the settings.
Pressing the Export button will open the DBC export window.
Pressing the Import button will load the settings from the DBC file.
To erase the calibration, follow the following steps:
Click ‘Yes’ to confirm that you want to clear the calibration.
Check that you can see the status messages at the bottom of the K-TCxx Cal Application; if you can’t, click on the light blue line and drag it upwards.
Wait until the status messages at the bottom of the window show that the Calibration table has been cleared:
You can use the K-TCxx Cal application to display the Thermocouple being measured by the K-TCxx visually.
Click the Clear Button.
Allows the user to browse and select the firmware file.
Pressing Commit will start the Reprogramming process.
Pressing the Load Button Loads the settings in the K-TCxx and displays them on the screen.
Users can find all the settings related to the CAN Bus interface, Sleep and Software option in this Tab.
Pressing the Load Button Loads the settings in the K-TCxx and displays them on the screen.
CAN Settings
Baud rate: Allows the user to choose CAN Baud Rate for the unit
Byte order: Allows the user to Change Byte order (Intel/Motorola)
Sleep Mode
Deep Sleep: Enables the low power consuming Deep Sleep
No CAN Activity: Enables sleep function if there is no CAN activity
CAN ID: CAN ID used for Sleep Command
After Time: Sleep delay time
Tool Options
Load at Startup: Enabling this automatically loads the previous settings
Load at Export: Enabling this automatically loads the previous settings
Auto assign ID: Enables Automatic assigning of CAN ID to signals to avoid duplicates, used when multiple devices are configured simultaneously.
TC unit: Allows the user to specify the unit to be used, deg C or deg F
Click on the radio button of the channel you wish to display, and the Actual Measured Value will be displayed.
All Channels can be added to the Oscilloscope by following the following steps:
Click the Scope add/Add all button.
All channels will be added to the Oscilloscope.
You can calibrate the K-TCxx to Improve the Accuracy of the measurements. The software allows you to cycle through a number of measurement points; once done, the calibration will apply the calibration to the K-TCxx, and measurement accuracy will be improved.
Pressing the Load Button Loads the calibration in the K-TCxx and displays them on the screen.
You may use this function if you wish to check that the K-TCxx is calibrated
Nominal Value
Allows the user to select the value being fed to the thermocouple channel.
Raw Temperature
Displays the RAW temperature data.
Noise
Displays the noise level in the signal.
Settings
Allows the user to set the Nominal temperature values.
Noise Level
Allows the user to set the tolerance level.
Clear Calibration
Clears the existing calibration in the device.
Clear Channel
Clears the calibration for the particular channel.
Alternatively, press the start button and attach the appropriate thermocouple test signals to the inputs of the K-TCxx to cycle through the test points to calibrate the K-TCxx for maximum accuracy.
You can change to the Reprogramming Function by clicking the Tab; you will see the following Window.
Locate the hex file that you wish to program into the K-TCxx. Usually, this will be located in C:\Program Files (x86)\Influx Technology\K-TCxx Config\firmware.
Then select the 'Open' option.
Click the Commit button; you will see the following progress indicator at the bottom of the screen:
When the progress indicator reaches the right-hand side, reprogramming is complete.
The top area of the Measurement Tab displays the Measured Values for each K-TCxx channel.
Using the DBC Export Feature allows you to export the Conversion tables and Formulas Applied to the various Analog channels for use in other tools such as DiaLog.
Select the channels you wish to include in the DBC and click Export.
Choose the location where you wish to save the DBC file.
All Channels can be added to the Oscilloscope by following the following steps:
Right-click in the Item Information Area and Select Add all:
All channels will be added to the Oscilloscope.
The lower area of the Measurement Tab is used to display the Oscilloscope:
There are several ways to add items to the Oscilloscope.
You can calibrate the K-TCxx to Improve the Accuracy of the measurements. The software allows you to cycle through a number of measurement points. Once done, committing the calibration will apply the calibration to the K-TCxx, and measurement accuracy will be improved.
Alternatively, press the start button and attach the appropriate thermocouple test signals to the inputs of the K-TCxx in order to cycle through the test points in order to calibrate the K-TCxx for maximum accuracy:
Select the Channel of the Calibration Point you wish to calibrate by either clicking the Radio Button on the channel.
Or by clicking on the point you wish to calibrate in the field to the right
Adjust the input temperature from the calibrated test equipment that you are using to match the voltage for the test point:
If the input temperature is stable and correct, the calibration of the channel will be updated as follows:
If it is not, you will receive a warning:
Repeat the steps above until you have calibrated all the calibration points.
This will save the calibration to the K-TCxx and create a report detailing the calibration:
The K-TCxx comes pre-configured, but the configuration is programmable using the K-TCxx Calibration utility. It requires installing a Kvaser Leaf Light, Memorator or an Influx Rebel CT or LT and installing the K-TCxx Calibration utility.
For the above example, please install the Kvaser Drivers.
For the above example, please install the Rebel Drivers.
For the above example, please install the KTC Drivers.
Click the Open Button
Clicking DBC Export will open the DBC export window.
How to using K-TC (tutorial video).
Press the Start button:
Pressing the Load Button Loads the calibration contained in the K-TCxx and displays them on the screen.
You may use this function if you wish to check that the K-TCxx is calibrated.
Once you have configured the K-TCxx as desired, click Commit to send the configuration to the K-TCxx. If you make a mistake and wish to clear the calibration, you can also use the Clear button.
Items can be added to the Oscilloscope individually by following the following steps:
Click the Channel you want to add to the Oscilloscope:
The channel will be added to the Oscilloscope.
Once the K-TCxx is configured as you wish to use it and have generated a DBC file that describes its configuration, you may load that description file into DiaLog and use it to configure the Logger to record the data output by the K-TCxx.
If you power it from the Logger, it will need to be powered from the vehicle or an external power source (NOT just via USB), and you will need to make sure the AUX power feature in the configuration is set to on. To do this, follow the Steps Below:
Open DiaLOG, Right-click on a project with CAN 0 HS bus, and select 'Properties.
Once the Edit Configuration window is displayed, click on the 'Settings' Tab and put a Checkmark in Aux Power On; Click OK.
Select the sleep mode suitable for you; it is recommended to use the following:
Wake On CAN 1 or Wake On CAN 0/CAN 1 or Power Down mode.
Create new BUS
Select the hardware type (CAN 1 MS) from the popup menu.
Enter the BUS properties.
Create New Protocol.
Select the CAN Monitor protocol.
Assign the settings and protocol name.
Select the import tab and click load DBC.
Click the DBC tab on the right side.
Select the required signal from the DBC window.
Copy the selected signals and paste them into the DAQ list.
Send the configuration to the Logger.
Right-click in the Item Information Area; this will bring up the following menu.
The Menu Items allow the following functionality:
The ‘Oscilloscope’ functionality is controlled by a dedicated toolbar which is considered below. Each feature is then considered individually.
Right-Clicking on the oscilloscope also brings up a menu with several options; these include changing the scale of the time axis to several different resolutions and changing the axis colour, clearing the data, printing, and exporting the image displayed on the scope.
Click the Scope add button.
Del
Deletes the item or item selected in Orange
Rename
Assigns a Name to the Channel; this will appear in the Name column
Select All
Selects all items
Deselect All
Deselects all items
Invert Selection
Selects all items not currently selected and deselects the items currently selected
Activate
Makes the selected items ‘Active’; they will be shown on the Oscilloscope
Inactive
Makes the selected items ‘Inactive’; they will NOT be shown on the Oscilloscope
Add all
Adds all items to the Oscilloscope
Del all
Deletes all items from the Oscilloscope
Not Use
Removes conversion tables or formulas from the selected item(s)
1
Allows the Oscilloscope to go online
2
Clear the Logged Data in the Oscilloscope
3
Saves the data Logged in the Oscilloscope, it can be saved in:
· Vector MDF (.DAT)
· MATLAB 5.0 (.MAT)
· MATLAB 5.0 Structured single or double precision (.MAT)
· MATLAB 5.0 Structure Extended (.MAT)
· Comma Separated Variables (.CSV)
4
Opens Logged data files previously.
5
Show steps between data points
6
Separate Items on Oscilloscope
7
Axis display modes
8
Show item points
9
Show cursors
10
Reset Zoom Factor
11
Reset X-axis Zoom Factor
12
Zoom X-axis in
13
Zoom X-axis Out
14
Fit Items to visible zoom area
15
Zoom Y-axis in
16
Zoom Y-axis Out
17
Zoom all axis in
18
Zoom all axis Out
The K-Box may be connected to the multi-connect cable's AUX cable to the Rebel CT or LT Loggers. The pinout is as follows:
Dig/An (This Connector is used to connect Digital and Analogue signals to the Logger)
The Dig & An connector is a Female 15-pin Subminiature D Type connector.
Pin No
Pin Function
Pin 2
Digital Input or Output 1 - Do not apply voltages outside the 0 to +12V range when used as an input. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 3
+4.5V Instrumentation Supply Voltage, ensure that the current drawn is not more than 100mA
Pin 4
Ground
Pin 6
Analog Ground
Pin 7
Analog Input 1 - do not apply voltages outside of the -10 to +10V range
Pin 8
Analog Input 3 - do not apply voltages outside of the -10 to +10V range
Pin 9
Digital Input or Output 0 - When used as Input, do not apply voltages outside the 0 to +12V range. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 10
Digital Input or Output 2 - When used as Input, do not apply voltages outside the 0 to +12V range. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 11
Ground
Pin 13
Wake-Up pin to wake Logger from sleep mode (for use, see Appendix 1)
Pin 14
Analog Input 0 - do not apply voltages outside of the -10 to +10V range
Pin 15
Analog Input 2 - do not apply voltages outside of the -10 to +10V range.
AUX/CAN1 (The port of the Multi Connect Cable generally used with the K-Box)
The AUX/CAN1 connector is a Female 9-pin Subminiature D Type connector.
Pin No
Pin Function
Pin 2
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 3
Ground
Pin 5
Power Ground
Pin 7
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 9
Power Supply Switched
CAN2/LIN0 (Used for connecting CAN2 and Ethernet to the Logger)
The LAN connector is a Female 9-pin Subminiature D Type connector.
Pin No
Pin Function
Pin 1
LIN 0
Pin 2
CAN / CAN FD Bus 2 (Instrumentation Bus) Low Signal
Pin 3
Ground
Pin 5
Power Ground
Pin 7
CAN / CAN FD Bus 2 (Instrumentation Bus) High Signal
Pin 9
Digital Input or Output 3 (can also be used as a switched power supply +Vd). When used as Input, do not apply voltages outside of the 0 to +12V range.
CAN0/PWR (This Connector is used to power the Logger, e.g. it could be powered via the diagnostics connector of a vehicle connected to the OBD2 to DB9 Cable)
The CAN0/PWR connector is a Male 9-pin Subminiature D Type connector.
Pin No
Pin Function
Pin 1
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 2
CAN Bus 0 (High-Speed Bus) Low Signal
Pin 3
Ground
Pin 4
K-Line (1 wire bus) of ISO 9141
Pin 5
Power Ground
Pin 7
CAN Bus 0 (High-Speed Bus) High Signal
Pin 8
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 9
4.5-36V Supply Voltage
CAN3/LIN1
The CAN3/LIN1 is a Female 9-pin standard D-type connector with screws.
Pin No
Pin Function
Pin 1
LIN 1
Pin 2
CAN / CAN FD Bus 3 (Instrumentation Bus) Low Signal
Pin 3
Ground
Pin 5
Power Ground
Pin 7
CAN / CAN FD Bus 3 (Instrumentation Bus) High Signal
Pin 9
Digital Input or Output 3 (can also be used as a switched power supply +Vd). When used as Input, do not apply voltages outside of the 0 to +12V range.
OBD&INST (The multi-connect cable attaches to the Logger via this connector)
The OBD&INST connector is a Female 25-pin Subminiature D Type connector.
Pin No
Pin Function
Pin 1
Analog Input 3 - do not apply voltages outside of the -10 to +10V range
Pin 2
LIN 1
Pin 3
CAN / CAN FD 3 L
Pin 4
Analog Input 1 - do not apply voltages outside of the -10 to +10V range
Pin 5
Wake-Up pin to wake Logger from sleep mode (for use, see Appendix 1)
Pin 6
CAN Bus 1 (Medium Speed Bus) Low Signal
Pin 7
CAN Bus 0 (High-Speed Bus) Low Signal
Pin 8
K-Line (1 wire bus) of ISO 9141
Pin 9
4.5-36V Supply Voltage
Pin 10
+4.5V Instrumentation Supply Voltage, ensure that the current draw is not more than 100mA
Pin 11
Digital Input or Output 2 - When used as Input, do not apply voltages outside the 0 to +12V range. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 12
Digital Input or Output 0 - When used as Input, do not apply voltages outside the 0 to +12V range. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 13
CAN / CAN FD Bus 2 (Instrumentation Bus) Low Signal
Pin 14
Analog Input 2 - do not apply voltages outside of the -10 to +10V range
Pin 15
LIN 0
Pin 16
CAN / CAN FD 3 H
Pin 17
Analog Input 0 - do not apply voltages outside of the -10 to +10V range
Pin 18
Analog Ground
Pin 19
CAN Bus 1 (Medium Speed Bus) High Signal
Pin 20
CAN Bus 0 (High-Speed Bus) High Signal
Pin 21
Ground
Pin 22
Power Ground
Pin 23
Digital Input or Output 3 (can also be used as a switched power supply +Vd)
Pin 24
Digital Input or Output 1 - When used as Input, do not apply voltages outside the 0 to +12V range. When used as an Output, ensure that the current drawn is not more than 100mA. More information on the use of this pin can be found in Appendix 2 and 3
Pin 25
CAN /CAN FD Bus 2 (Instrumentation Bus) High Signal.