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Add populated EIN

[How to setup the WIKA-Cal software] The following video will explain how to add an instrument to the database within the WIKA-Cal software as well as how to communicate with and designate it as a standard for use in calibration. In general this example is intended to inform the user how the procedure can be applied to any instrument type. Ensuring that the instrument type is entered in the database is the first step. In the WIKA-Cal software the instrument type section of the database can be accessed from the initial screen by clicking on "setup" "object manager", then choose "instrument type" from the database explorer column on the left side of the window. This section is pre-populated with instruments manufactured by WIKA, DH-Budenberg, Mensor, and other brands. It is important to understand that the instrument type section does not define a specific instrument, but only the general characteristics of the type of instrument specific to a manufacturer and model number. For the purpose of this video we will choose a CPG1500 digital pressure gauge as the instrument type. To search the existing database entries for instrument types right-click the name header under the database entries and select the search bar. Here, you can enter in a model number to search for the instrument type needed. In this case we will enter CPG1500. After the selection is made all the fields in the details section will be populated with the parameters that have been pre-entered for this instrument type. Each parameter can be changed and saved here as needed to modify the instrument type, or a new instrument type can be added using the Add button. Data fields within the instrument type section provide a place to store the name of the instrument usually denoted by the model number, the measuring parameter of pressure, temperature or current-voltage, the instrument's manufacturer name, the instrument type either a pressure controller, a dead-weight tester, a dial gauge, or other, the communication type and the accuracy class. Once we know that the instrument type is included in the database we can move on to designate the instrument as a standard to be used in calibration. To do so, click on "standards", "pressure" in the database Explorer column. These standards can be used in the calibration of other instruments. In the details section information can be entered to define the standard completely including the name of the standard entered in a way that you will recognise for recall later, the instrument type, the calibration date of the standard, the calibration cert. number, the serial number of the standard, designation as a working standard or a reference standard, the lower range limit, the upper range limit, the pressure units, the resolution, the measurement type: either gauge or absolute, the accuracy class, the pressure medium and other information that you may choose to enter here. Once all the information is entered click the add button. This will save the standard to the database entries shown at the top section of this screen. After the basic information is entered you may want to go back and modify or add to the information in this entry. This can be done by selecting the standard in the database entry screen, changing the desired parameter and clicking save. A dialog box will appear to confirm that you really want to overwrite the data. If you are sure of your entries, click yes. Communicating with the standards within WIKA-Cal can be established by clicking "workstation" under the database explorer. In this example we want to communicate with the CPG1500. First turn on the CPG1500 and its wireless communication option. The standards that have been added to the database will appear in the details section. This is where the CPG1500 entered in the previous section will appear. Next to the CPG 1500 there is a drop-down box. Select Wireless here. Next click into the address field. This will open the wireless monitor dialog window where available instrument addresses and names will appear. In this case the CPG1500 address includes the serial number to better identify the unit. Select the CPG1500 that is being used and click the OK button. Now click the test button. A pairing code will be displayed in a dialog window. Compare this code with the code that appears on the CPG1500 screen. If the pairing codes are the same, click yes. After the pairing has been established a dialog window will appear showing a raw reading from the CPG1500. Click OK and in the bottom of the workstation window click Save to save this communication setup. WIKA-Cal will again ask whether you want to overwrite the data set. Click yes. To set up other devices follow a similar procedure changing WIKA-Cal settings as needed for each specific instrument.