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Vibrac's expertise in torque-testing and the Model 2100 Cap Inspector.
Manual covers system operation, maintenance, and calibration.
Details the manual's structure and provides brief chapter descriptions.
Provides a checklist for the receipt of a new Model 2002C series Conversion Kit.
Instructions for unpacking the system and checking for shipping damage.
Lists all items shipped with the 2101 Cap Inspectors.
Contains information for powering up and turning off the Model 2101 Cap Inspector.
Step-by-step instructions for connecting and energizing the system.
Describes the display shown after the system is ready for use.
Instructions on how to select a test profile from the library.
Procedure for safely turning off the Cap Inspector system.
Troubleshooting steps for a system lockup condition.
Provides steps to perform a system check and verify drive operation.
Guides the user through verifying the drive's proper operation.
Describes the starting point for all tests and its appearance.
Procedure for zeroing the system's torque display.
Details the function and expected behavior of the Open Button.
Details the function and expected behavior of the Close Button.
Describes Run and Program modes and password protection.
Explains how to select between Run and Program modes.
Display shown at power-up for profile selection or main menu access.
The default mode upon power-up.
Accesses all software features for profile creation and calibration.
Procedure for locking the system in Run Mode.
Describes features for creating test profiles and using menus.
Button to access the profile manager screen.
Displays features of the selected test and management buttons.
Advances to the Test Profile Library.
Advances to the Test setup screen for the selected profile.
Advances to the select test type menu for creating a new profile.
Deletes the currently selected profile.
Enables copying the displayed profile to a memory stick.
Describes test types and the procedure for selecting one.
Instructions to view test types via the Main Menu.
Menu displaying the six basic test types for creating profiles.
Option to copy an existing profile for faster creation.
Defines the different types of tests available.
Step-by-step procedure for creating a Removal Torque Test.
Screen to select the 'Removal' test type.
Input screen for naming the removal test profile.
Screen divided into groupings for configuring removal test parameters.
Configuration for Minimum Torque, Peak Detect, Extra Travel, and Speed.
Setting the minimum torque value for a valid removal torque.
Setting the degrees of rotation after a peak for acceptance.
Defines the low and high torque limits for passing a test.
Configures torque, speed, and slow down settings for re-application.
Accesses the menu for editing profile header and comments.
Displays the live run screen after programming the removal test.
Step-by-step procedure for creating an Incremental Torque Test.
Screen to select the 'Removal and Incremental' test type.
Input screen for naming the incremental test profile.
Screen to configure parameters for Removal & Incremental tests.
Configures Minimum Torque and Peak Detect for removal.
Defines pass/fail limits for the incremental portion of the test.
Sets the torque value when the Close Button is pressed.
Displays the live run screen for the Removal & Incremental test.
Step-by-step procedure for creating a Removal and Bridge Test.
Screen to select the 'Removal and Bridge' test type.
Input screen for naming the Removal & Bridge test profile.
Screens for configuring parameters for Removal & Bridge tests.
Configures Minimum Torque, Peak Detect, and Speed for removal.
Defines pass/fail limits for the removal portion of the test.
Configures Distance, Initial Speed, Change Speed, and Break Speed for bridges.
Defines pass/fail limits for the bridge breaking portion.
Configures torque, speed, and slow down for re-application.
Displays the live run screen for the Removal & Bridge test.
Step-by-step procedure for creating a Reverse Ratchet Torque Test.
Screen to select the 'Reverse Ratchet' test type.
Input screen for naming the Reverse Ratchet test profile.
Screen divided into parts for configuring Reverse Ratchet test.
Configures Minimum Torque, Distance, Direction, and Speed.
Defines the low and high torque limits for passing the test.
Displays the live run screen for the Reverse Ratchet test.
Step-by-step procedure for creating a Strip Torque Test.
Screen to select the 'Strip' test type.
Input screen for naming the Strip test profile.
Screen divided into parts for configuring Strip test parameters.
Configures Minimum Torque, Peak Detect, Cutoff Torque, Speed, and Slow Down.
Defines the low and high torque limits for passing a strip test.
Displays the live run screen for the Strip Torque test.
Step-by-step procedure for creating an ROPP Cap Torque Test.
Screen to select the 'ROPP' test type.
Input screen for naming the ROPP test profile.
Screens for configuring parameters for ROPP Cap tests.
Configures Minimum Torque, Peak Detect, and Speed for removal.
Defines pass/fail limits for the removal portion of the test.
Configures Distance, Initial Speed, Change Speed, and Break Speed for bridges.
Defines pass/fail limits for the bridge breaking portion.
Configures Peak Detect, Cutoff Torque, Speed, and Slow Down for strip.
Defines the low and high torque limits for passing a strip test.
Displays the live run screen for the ROPP Cap test.
Procedure for selecting system options to suit the application.
Default selections for system options, fitting most applications.
Setting the units for torque measurement (e.g., lb-in, Nm).
Selecting calculation method for standard deviation (N-1 or N).
Enabling or disabling automatic saving of test data.
Selecting data for transmission to RS-232 port.
Configuring automatic transmission of test results to a PC.
Accesses menu for setting default report options.
Selecting the number of decimal places for displayed values.
Further system option settings including calibration and weights.
Adding customer-supplied weights to the calibration table.
Toggling between factory and user calibration corrections.
Creating a backup of all test profiles to a USB drive.
Restoring profiles from a USB drive to the library.
Procedure for creating a new profile and performing a test.
Steps to create a new profile from the run screen or main menu.
Instructions for positioning the sample and starting a test.
Displays the screen during test execution.
Procedure for saving, viewing, and printing test results.
End of test screen displays results and options to save or clear.
Accessing test reports from the Run Screen via View/Print button.
Options to customize reports before printing.
Procedure for modifying reports to fit application needs.
Procedure for entering a lot number into the report.
Toggling signature, profile, data, and summary options.
Options for deleting individual samples or all data.
Saving report data to a USB drive as a text file.
Output port, connector requirements, and transmission procedures.
Describes the RS-232 serial communication port for data transfer.
Details the female, 9-pin Sub-D style connector.
Specifies Baud Rate, Data Bits, Stop Bits, and Parity.
Details data string formats for different test modes.
Programming the unit to transmit test results automatically.
Detailed use of USB drive for backing up and restoring profiles.
Procedure for inserting a USB drive and initiating system backup.
Using USB to transfer profiles between machines.
Procedure for restoring profiles and data from a USB drive.
Describes calibration verification using a Vibrac Gold Standard.
Details the Model C-2112 Gold Standard Verification Tool.
Step-by-step procedure for verifying calibration with the gold standard.
Describes the entire calibration process, including user calibration.
Information about factory calibration and backup.
Recommendations for how often calibration should be verified.
Lists required tools for calibrating torque meters.
Procedure to verify the system is in calibration.
Instructions for mounting the calibration fixture on the Cap Inspector.
Instructions for installing the calibration beam onto the spindle cap.
Screen that forces the user to zero the system before verification.
Displays live torque when weight is applied during verification.
Displays the captured verification value.
Procedure to perform a user calibration on the system.
First screen to zero the system for user calibration.
Calibration screens display torque in Percent of Full Scale.
Capture button accepts value, Next Weight advances.
Ensures calibration was performed properly by forcing verification.
Step-by-step procedure for setting the Date and Time.
Accessing the edit date and time function from the Main Menu.
Menu to select changing the date and time.
Interface for changing month, day, and time values.
Describes the Down Force mechanism for testing Child Resistant caps.
Enables pre-settable down force for push and turn caps.
Procedure for connecting the air supply to the unit.
Adjusting the Air Control Knob to provide the required down force.
Labels for the components of the Child Resistant Down Force Mechanism.
Procedure for adjusting the Down Force Foot for clearance.
Steps for testing a sample using the Child Resistant Mechanism.
General| Brand | Vibrac |
|---|---|
| Model | 2100 |
| Category | Test Equipment |
| Language | English |
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