Quick Start Guide for First-Time Users of the MonoCell
MonoCell
MonoCell Components
Tinn includes a hardware adjustment from H/W 1.04r to ensure stable compatibility with single-cell sensors (KN10, KN10-HT150).Earlier versions (1.02r and prior) are not compatible—please check your controller’s H/W version before use. If you are using an older unit, you will need to purchase a unit with H/W 1.04r or later to use single-cell sensors.
How to Install and Use MonoLAB Software
MonoLAB is the software provided by MonoCell.
Follow the steps below to install and use it with ease.
2. Run the Installation File
Follow the installation guide to complete the installation.
※ During the installation, FTDI drivers and .NET Framework will be installed. Both must be installed.
In most cases, .NET Framework is already installed, so you may receive a message indicating it is already installed.
3. Connect the Tinn Controller and Launch MonoLAB
Connect the Tinn controller to your PC using a USB cable.
When you launch MonoLAB, the software will automatically detect the connected device port.
※ If multiple devices are connected, the software may not connect to the intended device.
4. Create a Project File
Click the "Create New Project" button and enter a name for your project.
Then click the "Save" button to create the project.
※ Project files are saved in the .mlp format.
5. Connect the Sensors
Check the controller's connection ports and determine where to connect each sensor.
– You can connect up to 10 sensors in total.
6. Exit 'Edit Mode'
Once the main screen of the program appears, switch Edit Mode under the Setup menu to "Off".
When Edit Mode is turned "On", you can configure sensor connections, names, and layout.
However, real-time analysis is not available in this mode.
For more details about sensor setup mode, please refer to the MonoCell User Manual.
7. Start Real-Time Analysis
After connecting the sensors to the controller, check the central monitoring screen to ensure sensor output is being received.
By default, sensors 1 through 10 are placed in the first row of a 10×10 matrix layout.
This completes the installation and basic setup of MonoCell.
For more information, please refer to our Manual, FAQ, and Portfolio sections on the website,
or visit our YouTube channel.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
This section provides a comparison and explanation of the Target ADC, Sensitivity Option, and Scale Factor features supported by ForceLAB2.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The Gain Tuning step in the calibration process functions to correct deviations between the sensor's nodes.
During this process, a Gain value is assigned to each node, and
this value is determined within the range set by the Gain Bound. Below is an example image.
The Gain Bound should be set to prevent significant errors
when the force at the Gain Tuning point and the measured force differ greatly.
We generally recommend a range of 0.5 to 2.0.
※ Measurement performance may degrade if Gain Tuning is performed
with weights different from the actual usage environment.
[Results of Removing Gain Bound Restrictions]
[Results of Setting Gain Bound to 0.5 ~ 2.0]
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
This section provides an explanation of the different types of Fine Tuning
supported by the advanced calibration features of ForceLAB2.
Fine Tuning can be selected from three types: SUM, AVG, and All.
Below is a summary of the recommended environments for each type,
their advantages and disadvantages, and the criteria for Force input.
We hope this information is helpful during the calibration process.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
Calibration typically refers to the process of verifying and
adjusting the precision of measurement devices.
At Kitronyx, calibration is further defined as the method of converting digital values output
in response to force into absolute force and pressure readings.
The calibration of film-type FSR sensors involves two main steps:
Gain Tuning, which corrects deviations in individual nodes,
and Fine Tuning, which measures pressure.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The Baikal II controller can read a maximum of 48*48 sensor channels (a total of 2304 channels).
Therefore, the maximum number of sensors that can be connected depends on the number of channels per sensor.
Example:
SFC4300CX (48*48 Ch = 2304 channels) -------------- Maximum 1 unit
Custom Sensor (48*12 Ch = 576 channels) 576 * 4 = 2304 channels ----- Maximum 4 units
* For simultaneous connection of custom sensors, a separate interface board development is required.
* Please note that the number of sensors may vary depending on the design of the custom sensor.
Contact our sales team for further information.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The power consumption for each controller is as follows:
Model
Power Source
Remarks
Baikal II
USB Powered, +5V / 0.8A max
Baikal II WIfI
USB Powered, +5V / 1.5A max
In wireless mode, the controller uses a Lithium polymer battery, 3,000mAh
For more detailed information, please refer to the specific product pages.
※ Depending on your PC environment, if you are using more than three controllers,
it is recommended to use a USB hub that provides separate power.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The dimensions for each controller are as follows:
Model
Out Dimension ( L x W x H ) (mm)
Tinn
70.54 x 108.65 x 27.04
Baikal II
156.86 x 80.9 x 22
Baikal II Wifi
170 x 70 x 30
For more detailed information, please refer to the specific product pages.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The Tinn / Baikal II wired products communicate with a PC via USB.
The Baikal II Wifi product is a dual-mode product that communicates with a PC via both USB and Wifi (2.4GHz, 802.11 g/n).
For other communication environments (such as RS232), custom development is required.
Please contact our sales team for further information.
Sales@kitronyx.com
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The measurement speed of the Baikal II depends on the communication environment:
32Hz in a wired environment and 21Hz in a wireless environment.
For faster measurement speeds, custom development is required.
We have developed solutions up to 600Hz.
Please refer to the demo video linked below.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request
The controller itself does not support data storage or output functions.
If you use external programs and separate data processing devices (PLC, DAQ, etc.),
you cannot directly connect and communicate with the controller.
However, you can receive data through the PC software connected to the controller.
If you have any other inquiries, please leave a message through the URLs below, and we will respond promptly.
For product inquiries: https://www.kitronyx.com/contact
For technical support inquiries: https://www.kitronyx.com/support_request