Microtest TSB-67 - 568A Annex E manual Capacitance Test Results, Saving Autotest Results

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If your Scanner has an alphanumeric overlay on the keypad, use the keypad to enter the limits. If your Scanner does not have an alphanumeric overlay, press Edit (F2) to display the edit screen.

After editing, press Save (F1) to store the new Capacitance limits and exit or press the ESCAPE key to exit without saving.

Capacitance Test Results

To display the CAPACITANCE screen, press View (F1) from the AUTOTEST RESULTS screen, then press the key until the CAPACITANCE screen is displayed.

At the upper left of the screen, the pair corresponding to the displayed result is shown. The capacitance, in picofarads (pF), is shown to the right of the pair. The PASS/FAIL bar across the screen compares the measured Capacitance value to the Capacitance limit value. Below the PASS/FAIL bar, the Capacitance limit value is displayed. The Autotest name is displayed after Spec: at the lower left of the screen.

Press Table (F1) to display the Capacitance test results for all pairs or press Pair (F3) to toggle through the Capacitance test results for each pair.

Press the or arrow key to display the previous or next test results screen.

Press the ESCAPE key to return to the AUTOTEST RESULTS screen.

Note: For diagnostic purposes, you can run Capacitance continuously by pressing the Measure Cable Performance key and selecting Capacitance.

Saving Autotest Results

This screen lets you store Autotest results in the Scanner’s memory. To display the SAVE TEST screen, press Save (F2) from the AUTOTEST RESULTS screen. Press the or arrow key to highlight the field to update.

If your Scanner has an alphanumeric overlay on the keypad, use the keypad to enter field values. When editing the Circuit ID, press F3 to change editing modes (CAPS, caps, NUM or Inc). Increment (Inc) mode automatically increments the last character position, and lets you manually increment or decrement any character using the or arrow key.

To start the Automatic Increment function:

1.Run the initial Autotest.

2.Enter the initial Circuit ID.

3.Set F3 to Inc mode.

4.Press F1 to save the Autotest.

After performing the next Autotest, enter the SAVE TEST screen. The Scanner will automatically increment the last field in the Circuit ID. Press F1 to save the Autotest.

When you enter the initial Circuit ID, you can divide the fields by using non-alphanumeric characters. The non-alphanumeric characters are considered field separators. For example, the Circuit ID BLDG-001 is divided into two fields by the ‘-’ character. In Automatic Increment mode, the Scanner will automatically increment the last field, “001”, from “001” to “999” and then roll back to “000”. Both alphabetic and numeric characters (A-Z, a-z, 0-9) will be incremented if the circuit ID contains both types of characters.

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Contents N t a S c a n n e r O d u c t F a m i l y E r G u i d e Introduction Ni-Cd Battery Scanner and 2-Way Injectors Charging the Scanner’s BatteryGetting Started Ready ScreenNi-Cd Battery Tips Way Injector+/2-Way Injector BatteryBattery Refresh Mode PentaScanner+ is in battery refresh modeTest Connectors Super Injector+/Super Injector BatteryHigh Voltage Protection Way Injector+/2-Way Injector LED IndicatorsPass FailWhen to Use the Injector Super Injector+/Super Injector LED IndicatorsCharging CircuitInjector Calibration Using Multiple InjectorsPress the Extended Functions key Mod 8 Adapter NoteCalibration Connections Connections Basic Link with IDC Block and Modular 8 Jack Basic Link with Modular 8 JacksFull Channel Modular 8 Link Autotest Extended Functions key and select Calibrate Injector Steps for Running AutotestSelecting the Cable Type Calculating NVP Editing the Cable TypeEditing the Autotest Name Customizing AutotestEditing Autotest Information Selecting Tests to Run During Autotest Selecting Pairs for AutotestAutotest Results Screen Editing Test LimitsRunning Autotest Viewing Autotest Results Wire MapWire Map Test Results Length Test Results LengthCustomizing Length Limits Propagation Delay Test Results Propagation Delay Customizing Delay LimitsNear End Crosstalk Next Measuring Next at Both Ends of the LinkNext Test Results Customizing Next LimitsAttenuation Next DetailNext Graph Editing Attenuation Limits Customizing Attenuation LimitsAttenuation Limits and Frequency Attenuation Detail Attenuation Test ResultsAttenuation Graph Attenuation-to-Crosstalk Ratio ACRACR Test Results Customizing ACR LimitsImpedance ISO Class DLoop Resistance Customizing Impedance LimitsImpedance Test Results Loop Resistance Test Results Customizing Loop Resistance LimitsCapacitance Customizing Capacitance LimitsSaving Autotest Results Capacitance Test ResultsViewing Autotest Results Summary Save Sweep DataPrinting Autotest Results Sample Autotest Report Editing with the Arrow Keys Editing, Printing & UpdatingEditing with the Alphanumeric Keypad Memory, then press Print F3 Printing or Downloading Test ResultsUploading Autotest Reports to Windows Terminal Printing TipsProcomm Plus for Windows Problem My printout is garbled. Why? Troubleshooting Printing ProblemsUpdating Scanner Software from the PC Downloading Software UpdatesOne or more stored Autotest results have been lost Updating the 2-Way Injector+/2-Way InjectorWaiting for Reflash World Wide Web Technical SupportPenta -C1 Download of Flash image file completeFaxFacts Find Cable FaultsMicrotest Bulletin Board System BBS Cross Wiring Wire Map for Both Ends of the LinkShort at the Injector End Short at the Scanner EndGraph F1 Measure Cable PerformanceAttenuation Next SweepAttenuation Limits Noise Length/DelayImpulse Noise LAN Traffic Display Analyze LAN TrafficPeak-to-Peak Noise Extended Functions Setting Up the Traffic MonitorExtended Functions Menu Autotest MemoryCalibrating the Injector Autotest SetupSetting Backlight and Auto Shutoff Times Setting Up User PreferencesSetting Up Units Editing Owner/Company NameSelecting a Graphics Printer Setting Up the Printer PortSetting the Date and Time Displaying Injector Information Appendix a SpecificationsTracing a Cable Locating an Office Cable DropUser Interface Wire MapEnvironmental Measurement PortsAttenuation LengthNear-End Crosstalk Next Loop Resistance ImpedanceCapacitance Impulse NoisePower Control Rechargeable BatteryHigh Voltage Input/Protection LED DisplaysFeatures Way Injector+ Next Measurement Performance SpecificationsSuper Injector+/Super Injector Physical Characteristics Working with 150 Ohm Cables Appendix B 150 ohm CablesCreating a Cat 5 Test for Token Ring EnvironmentCable Pin-outs Appendix C Cable Pin-outsPress Save F1 Serial Cable DB-9 Female to DB-9 Male Pin-outsAppendix D Working with Coaxial Cable Length/Delay Test Results Peak-to-Peak Noise Test Results Impulse Noise Test Results