GDSLABv2024 Video Guide: 7.1 How to setup a calamari based system скачать в хорошем качестве

GDSLABv2024 Video Guide: 7.1 How to setup a calamari based system

This video details an overview of what it looks like to use GDSLABv2024 Recording software - https://obsproject.com/ Editing Software - https://www.blackmagicdesign.com/uk/p... GDSLABv202x - https://www.gdsinstruments.com/gdslab... Video transcript: Hello and welcome to this GDSLabv 2024 tutorial 7.1 How to set up a Calamari based system. There are multiple sections to this video that I'll run through. Firstly how to connect the device, then using the transducer window and all of its tabs and finally using the device overview and all of its tabs too. So first how to connect the device. You will see your device with an orange box around it and you need to click on that box to open the device overview window. You will see that you will need to press connect and then select the relevant device. It will take a few seconds to load once you've selected the right device but once it has you should see values and readings similar to these that appear on the screen right now. These are the available channels. It's worth noting you can see the Calamari device firmware and driver versions at the top right of this window. Okay now moving on to the transducer window. So the transducer window can be accessed by clicking on the transducer settings icon in the GDS Lab object. I'm going to use my load cell settings as an example. The transducer windows has four tabs general set target calibration and settings. So the general tab can be used to apply or remove transducer offset readings, select the number of decimal places, apply minimum and maximum limits for safety and selecting the real-time graphs during dynamic loading. For the general and set target tab the graph shows a history of the transducer value over time. The three buttons on the top right of the graph allow to change the graph duration, save the display data and clear the graph. The set target tab if the transducer can be controlled this tab allows to set manual targets. Selecting hold will stop the axis associated with the transducer and you can set the targeting rate in the bottom box. The transducer calibration tab displays the calibration currently applied to the selected transducer. To change modify or update the calibration click on change slash modify calibration. Alternatively if possible to modify manually the parameters of the calibration. The sensitivity value for the new transducer ship should be calculated from the calibration certificate and entered in the sensitivity window. Setting the wrong parameters could damage permanently the transducer so please make sure you contact GDS support before adjusting any parameters. If the panel is grayed out this means that the calibration has been locked by GDS. If you need to change the calibration for the selected transducer again please contact us. As you can see this calibration shows you the minimum system limit, the maximum system limit, the source units, the output units, the full scale and externally powered option and you also have the sensitivity and hard offset all measured in kilonewton. From this window it is possible to select an alternative calibration or to modify an existing one. In order to recalibrate a transducer or calibrate a new transducer click on the calibration wizard button. Now lastly we're going to the device overview. Now to access this it can be opened by clicking on the device image just like we did in the first thing when we set up the device. In the device overview you have channels or docking dynamic stages, log, transducer graph and advanced tabs all to use. So to start with the channels tab. The channels tabs list all transducers connected to the Calamari unit and it displays their current readings and allows the user to apply or remove offsets. Key features include real-time graphs which enable real-time graphing individual channels by selecting the RT graph checkbox and graph display live data trends aiding in monitoring test parameters dynamically. Moving on to the waveforms tab this can be used to configure waveforms for dynamic cyclic tests. The Calamari unit is pre-configured with a sinusoidal waveform and supports custom waveforms through an upgrade. The features include a default waveform, the sine wave is set to the default waveform and custom waveforms. So to use custom waveforms you need to enable the custom waveform checkbox and navigate to the waveform manager tab to select a stored waveform. The Calamari box can store up to eight custom waveforms each comprising a maximum of 16,000 points. Moving on to the docking tab this facilitates precise machine positioning before a test. Key functionalities include the extend slash retract and you can move the machine at a constant rate using the extend or attract buttons until the hold button is pressed. CANNOT INCLUDE ENTIRE TRANSCRIPT DUE TO YT CHARACTER LIMIT