- #MCCDAQ.COM INSTACAL MANUALS#
- #MCCDAQ.COM INSTACAL INSTALL#
- #MCCDAQ.COM INSTACAL DRIVER#
- #MCCDAQ.COM INSTACAL PRO#
- #MCCDAQ.COM INSTACAL TRIAL#
Your USB device is added to the InstaCal main window. A USB-1608FS is shown in this example.Ĭlick OK to add the device to the configuration file. The Plug and Play Board Detection dialog shows the installed MCC USB devices detected by InstaCal. Run InstaCal from the Start✺ll Programs»Measurement Computing menu.
#MCCDAQ.COM INSTACAL MANUALS#
All MCC user guides are available on the Measurement Computing Data Acquisition Software CD that came with your device, and they are also on the MCC Product User's Manuals page at Run InstaCal and add your USB device To run InstaCal and add your MCC USB device to the InstaCal configuration, complete the following steps. Connect the wires from the device to the signal source so that the device acquires signals from analog channel 0.
#MCCDAQ.COM INSTACAL INSTALL#
Install and connect your MCC USB device to its signal source Refer to your MCC device user's guide for instructions on installing and connecting to an analog signal source.
Run icalsetup.exe to extract the installation files and install the latest version of InstaCal. 1.Ĭlick on the Download InstaCal link on the Software/Drivers Downloads page at to download icalsetup.exe. For versions earlier than 6.23, exit InstaCal and continue to follow the steps for downloading and installing InstaCal. For version 6.23 or later, exit InstaCal and proceed to the section Install and connect your MCC USB device to its signal source. Select Help✺bout InstaCal… to see what version is installed. If you have already installed InstaCal If you have already installed InstaCal from the Measurement Computing Data Acquisition Software CD that came with your device, run InstaCal from the Start✺ll Programs»Measurement Computing menu. You must be logged in as an administrator to install InstaCal. Quick Start: Using DASYLab with a Measurement Computing USB deviceĭownload and install InstaCal Follow these steps to install the latest version of InstaCal.
#MCCDAQ.COM INSTACAL PRO#
Windows 7 32-bit Windows 7 64-bit (as 32-bit application) Windows Vista 32-bit, with Service Pack 2 Windows Vista 64-bit (as 32-bit application) Windows XP Pro with Service Pack 3 Operating Systems You must have administrator rights on your account using one of the following operating systems: Hardware CPU - x86 compatible processor, 1 GHz or more RAM - At least 1 GB, 2 GB recommended Hard disk space - 250 MB free storage space, of which at least 200 MB on the system partition Graphics board - Color depth at least 16-bit (High Color), recommended 24- or 32-bit (True Color) Screen resolution - At least 1024 × 768 You can download the DASYLab evaluation, InstaCal, and any software updates and service packs from the Software/Drivers Downloads page at System requirements DASYLab 12.0.1 requires the following minimum hardware and operating system requirements.
#MCCDAQ.COM INSTACAL DRIVER#
Please read this document completely before you install any software or hardware.ĭASYLab 12.0.1 (purchased version or evaluation license) MCC InstaCal driver and utility software (version 6.23 or later) Instructions on installing and using InstaCal are included below. You must first configure your MCC USB device with InstaCal – the installation, calibration, and test utility for MCC hardware – before you can use it with DASYLab. DASYLab is an icon-based data acquisition, graphics, control, and analysis software package. This Quick Start document contains the latest information on downloading, installing, and using DASYLab version 12.0.1 and the MCC-DRV driver with your USB device. Overall, a good experience developing with the Universal Library.Quick Start Using DASYLab with your Measurement Computing USB device Thank you for purchasing a USB data acquisition device from Measurement Computing Corporation (MCC).
#MCCDAQ.COM INSTACAL TRIAL#
Some trial and error was needed to discover new values which did consistently work. However, for the USB-2408-2AO, the sampling rates listed in the documentation were not consistently accepted by the Library or the unit. The development with the USB-2404-UI was done first and went very smoothly. So far, the application has been used with the USB-2404-UI and USB-2408-2AO DAQ's.
Also, error codes are returned for API calls so it is easy to detect problems from disconnected equipment, invalid arguments, etc. The documentation for the C# API is very good and several example programs are included. It is easy to grab a single sample or buffer a large number of points for additional statistical processing. The API to the Universal Library provides flexible control over sampling rates, voltage ranges, etc. The Universal Library can quickly integrate into an existing application by referencing a single DLL and adding a few lines of code. We developed an automated calibration and test application using the Universal Library in C# with Visual Studio.
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