Page 1 User’s Manual AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F OTDR Multi Field Tester IM AQ1210-01EN 2nd Edition...
Page 2 Thank you for purchasing the AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F OTDR (Optical Time Domain Reflectometer). This user’s manual explains the features, operating procedures, and handling precautions of the instrument. To ensure correct use, please read this manual thoroughly before operation. Keep this manual in a safe place for quick reference.
Page 3 Revisions 1st Edition: April 2019 2nd Edition: April 2019 IM AQ1210-01EN...
Page 4: Conventions Used In This Manual
Conventions Used in This Manual Notes The notes and cautions in this manual are categorized using the following symbols. Improper handling or use can lead to injury to the user or damage to the instrument. This symbol appears on the instrument to indicate that the user must refer to the user's manual for special instructions.
Page 5: Table Of Contents
Contents Conventions Used in This Manual ....................iii Chapter 1 Features Overview .......................... 1-1 Optical Pulse Measurement (OTDR) ................1-6 Displaying Measured Data (OTDR) .................. 1-7 Analyzing Measured Data (OTDR) ................. 1-10 Pass/Fail Judgment (OTDR) ..................1-16 Utilities ..........................1-17 Application ........................
Page 6 Contents Chapter 8 Using the Application Feature Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) ..... 8-1 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) ........8-8 Performing an Auto Loss Test (Auto Loss Test) .............. 8-28 Performing a Multicore Loss Test (Multicore Loss Test) ..........
Page 7: Chapter 1 Features
Chapter 1 Features Overview This instrument is an OTDR (Optical Time Domain Reflectometer) with the features listed below. It is used in the optical fiber and line installation and maintenance servicing of access networks, which link telephone exchanges and service providers with subscribers, and user networks, which enable communication within a corporation or building.
Page 8 1.1 Overview Optical Pulse Waveform Display (TRACE mode) The results of optical pulse measurement is displayed as a waveform. The displayed waveform can be zoomed and moved. Analysis results are displayed on the waveform as events. Zoom the waveform at the cursor position Event Icon Display (MAP mode) The instrument can perform an averaged measurement and then automatically display the measured result events as icons on the screen.
Page 9 You can connect a probe that is used in Fiber Inspec Probe, which is an application of this instrument. For the recommended communication dongles that can be used with this instrument, contact your nearest YOKOGAWA dealer.
Page 10 The folder will have the same name as the project file. Fiber Inspec Probe (application) A YOKOGAWA-specified fiber inspection probe can be used to view stains on the optical fiber cable end face on the instrument screen. The fiber inspection probe is not included with the instrument.
Page 11 (/SPM, /HPM, /PPM option) USB TypeC VLS Port USB-AC adapter VLS output (wavelength 650 nm) (/VLS option) See the top panel in “Component Names and Functions” in the Getting Started Guide, IM AQ1210-02EN. AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F Index IM AQ1210-01EN...
Page 12: Optical Pulse Measurement (Otdr)
Optical fiber cable being measured Reflection point Reflected light OTDR/light source port Do not bend the optical fiber cable. AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F Real-time Measurement Real-time measurement is a feature that measures optical pulses while updating and displaying the measured values.
Page 13: Displaying Measured Data (Otdr)
Displaying Measured Data (OTDR) How to View Optical Pulse Waveforms (TRACE mode) The optical pulse applied to the optical fiber cable is reflected at different points of the optical fiber such as its connections, bent sections, and the open end of the fiber. These sections generate loss. The measured result is displayed as a waveform that has distance represented in the horizontal direction and loss level represented in the vertical direction.
Page 14 1.3 Displaying Measured Data (OTDR) Near-end Reflection This is the reflection that occurs at the point where the instrument and the optical fiber cable are connected. This also includes the instrument’s internal reflection. In the section where this near-end reflection is detected, even if there are other connections, the loss and reflections that occur at these points cannot be detected.
Page 15 Optical fiber cable being measured Event generation point Launch fiber Do not bend the optical fiber cable. Index Small reflection that was hidden within a large reflection AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F IM AQ1210-01EN...
Page 16: Analyzing Measured Data (Otdr)
Analyzing Measured Data (OTDR) Marker Analysis (TRACE mode) You can manually use cursors and markers to measure values such as the distance, splice loss, and return loss between two points. Distance between Two Points The distance from the start point to the cursor position is displayed. Distance Start point Cursor...
Page 17 1.4 Analyzing Measured Data Return Loss When you place two markers as shown in the following figure, the return loss is calculated, and the value is displayed. Event’s rising start position (marker Event’s falling end position (marker Return loss Splice Loss at Two Locations (4 Point Monitor) Splice losses at two locations can be measured simultaneously using four markers.
Page 18 1.4 Analyzing Measured Data Event Analysis All events are automatically detected from the waveform of optical pulse measurement, and the types of each event and analysis results (splice loss, return loss, etc.) are displayed on the screen. Event Display In TRACE mode, detected events are displayed on the measured waveform. In MAP mode, the types of events are displayed using icons along with the distances of each from the measurement start position.
Page 19 1.4 Analyzing Measured Data Event Information Display The distance, splice loss, return loss, and the like of each event are displayed. This is a feature common to TRACE mode and MAP mode. • List Display All detected events are listed. Event type : Positive splice loss : Negative splice loss...
Page 20 1.4 Analyzing Measured Data • Measurement Total of Events The total values of detected events are displayed. Total loss Loss per kilometer between events (cumulate loss) Total return loss Distance from the measurement start point (S) to the measurement end point (E) Event Analysis Conditions You can set event search conditions.
Page 21 1.4 Analyzing Measured Data Setting a Reference Trace You can perform averaged measurements or real-time measurements while retaining the previous waveform on the screen (reference trace). You can display the waveform being measured and the reference waveform at the same time to compare them. Waveform data loaded from a file can also be used as a reference trace.
Page 22: Pass/Fail Judgment (Otdr)
Pass/Fail Judgment (OTDR) In pass/fail judgment, the instrument automatically determines whether preset conditions are met based on the event analysis data and displays the results on the screen. Judgment Conditions Set a pass/fail judgment threshold on each measurement item (splice loss, return loss, dB/km, total loss).
Page 23 The light source is used to make loss measurements. The following measurement light wavelengths can be generated. Model Measurement Light Wavelength AQ1210A 1310 nm, 1550 nm AQ1215A 1310 nm, 1550 nm AQ1210E 1310 nm, 1550 nm, 1625 nm AQ1215E 1310 nm, 1550 nm, 1625 nm...
Page 24: Utilities
Fiber End Face Inspection (/FST option) You can use a fiber inspection probe recommended by YOKOGAWA to take a photograph that shows the state of a fiber end face. You can display this photograph on the instrument screen and save it. You can also perform a pass/fail judgment on the state of the cable end face shown on the photograph.
Page 25: Application
Application Smart Mapper The Smart Mapper feature repeats the averaged measurements of the OTDR feature on the same wavelength using different pulse widths, and then when measurements are completed, automatically executes the event analysis of the OTDR feature. Like the OTDR feature, when measurements are completed, you can select between MAP mode and TRACE mode.
Page 26 1.7 Application Adapt Trace Using TRACE Mode (waveform editing) When you select TRACE mode, waveforms measured at different pulse widths can be displayed. In an optical fiber cable measurement, reducing the pulse width of optical pulse measurement increases the measurement resolution of the waveform in the near-end section but causes the optical pulse to attenuate in the far-end section, preventing correct measurement.
Page 27 1.7 Application Optical Pulse Measurement of Multi-core Optical Fiber Cables Projects Projects are group of items for measuring multi-core fibers. The default project name is “NewProject.” In the instrument internal memory, core information, measurement conditions, analysis conditions, measured results, and the like are linked with the project name and saved. You can set up to 15 characters for the project name.
Page 28 1.7 Application Multi-Fiber Measurement The following four measurements can be performed in multi-fiber measurement. • OTDR measurement (Realtime) • OTDR measurement (Average) • Optical power measurement • Fiber Inspec Probe The four measurement features use the same features as the OTDR feature for measuring a single fiber explained in section 1.1, the optical power meter (excluding the logging feature) explained in section 1.6, and the fiber end face inspection explained in section 1.6.
Page 29 The instrument automatically identifies the measurement light from the opposing instrument or AQ1100/AQ1200A/AQ1200B/AQ1200C/AQ1200E/AQ1205A/AQ1205E/AQ1205F that it is connected to and measures the optical power. Optical fiber cable under loss test OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F...
Page 30 On the master instrument, create a project. Transfer the project information to the slave instrument through the optical fiber cable for signal transmission. Transfer the project data OTDR port (PORT1) OPM port Optical fiber cable for signal transmission AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F...
Page 31 OPM port Optical fiber cable for signal transmission OTDR port Light being measured OPM port (PORT1) Optical fiber cable under multicore loss test AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F Master (this instrument) Slave (this instrument)
Page 32 1.7 Application 2 way trace analysis Waveform events that have been measured from optical fiber cable end A to end B and those measured from end B to end A can be combined. This combination enables displaying of events that could not otherwise be measured because of dead zones. In the figure below, the event that is in the near-end dead zone (point S) when measured from end A is detected as event number 5 when measured from end B.
Page 33 1.7 Application Section Analysis You can set two markers, start point S and end point E, to measure the return loss and total loss in the section that you have specified. By setting reference point B, you can calculate the return loss using the backscatter level you specify.
Page 34: File Features
File Features Measured results (waveform data), measurement and analysis conditions, system settings, and the like can be saved as files to internal memory or external memory (USB memory). You can efficiently configure multiple instruments to the same conditions by loading a file containing measurement and analysis conditions, system settings, and the like.
Page 35 1.8 File Features Creating Reports Creating Reports You can save the current optical pulse measurement and analysis conditions, waveforms, and events as a report on a single sheet in a PDF file. You can choose which items to include in the report.
Page 36: System Features
System Features Power-Save Mode To suppress battery consumption, you can set the screen brightness and a screen saver. You can set different screen brightness levels for battery operation and USB-AC adapter operation. LCD Brightness You can select from four brightness levels (including OFF). You can choose the appropriate level depending on the ambient light during outdoor use.
Page 37 1.9 System Features WLAN Application (wireless LAN) You can use a communication dongle (wireless LAN adapter) to remotely control the instrument from a PC (OTDR Remote Controller) and transfer measured results in the instrument’s internal memory to a network server (OTDR Data Transporter). •...
Page 38 1.9 System Features Version Update You can update the firmware by storing a new firmware in a USB memory device and connecting it to USB port type A. Installing Options You can install additional option licenses (sold separately) for the AQ1210. For details on the available option licenses, see Getting Started Guide, IM AQ1210-02EN.
Page 39: Chapter 2 Setting Up The Otdr Feature
7.50dB, 10.00dB, 12.50dB, 15.00dB, 20km, 30km, 40km, 50km, 100km, 200km, 17.50dB, 20.00dB, 22.50dB, 25.00dB, 256km) 27.50dB, 30.00dB). ● AQ1215A, AQ1215E, AQ1215F, AQ1216F Set the pulse width. (AUTO, 200m, 500m, 1km, 2km, 5km, 10km, ● AQ1210A, AQ1210E 20km, 30km, 40km, 50km, 100km, 200km,...
Page 40 2.1 Measurement (Measure) Conditions Configuring Auto Save (when averaged measurement is complete) Tap Auto Save to display the Auto Save screen. Set auto save (OFF, ON). Set the mode (Date, UserDefine). Select how to specify the save destination folder. You can set this when auto save is ON. When the mode is set to Date Set the file name.
Page 41 300 km 50 ns 100 ns 200 ns 300 ns 500 ns 1 µs 2 µs 5 µs 10 µs 20 µs 1 The pulse width is 5 ns on the AQ1210A/AQ1210E and 3 ns on the AQ1215A/AQ1215E/AQ1215F/AQ1216F. IM AQ1210-01EN...
Page 42 22.25dB, 25.00dB 10 µs, 20 µs 0dB, 2.50dB, 5.00dB, 7.50dB, 10.00dB, 12.50dB, 15.00dB, 17.50dB, 20.00dB, 22.25dB, 25.00dB, 27.50dB, 30.00dB 1 The pulse width is 5 ns on the AQ1210A/AQ1210E and 3 ns on the AQ1215A/AQ1215E/AQ1215F/ AQ1216F. Average Method Hi-Speed In Hi-Speed mode, all sections are measured according to the specified attenuation. If the specified attenuation value is not appropriate and a large reflection occurs, the waveform for that section may be saturated.
Page 43 2.1 Measurement (Measure) Conditions Average Unit Time: Measurements are performed only over the specified duration. If you specify a short duration, depending on the measurement conditions, measurements may not have finished when the specified time elapses. Count: Measurements are performed only the specified number of times. Average Count and Average Duration You can select the following values.
Page 44 2.1 Measurement (Measure) Conditions Auto Save After an averaged measurement of the optical pulse is complete, the measurement waveform is automatically saved. • Set the mode. Select how to specify the save destination folder. Date: Folders that are named with dates are automatically created in the selected drive.
Page 45: Analysis (Analysis) Conditions
Analysis (ANALYSIS) Conditions Procedure Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. Press SETUP to display the setup screen. Tap the ANALYSIS tab to display the following screen. Set the end of fiber Set the splice loss (3dB to 70dB).
Page 46 2.2 Analysis (Analysis) Conditions Setting a Launch Fiber Tap Launch Fiber Setting to display the Launch Fiber Setting screen. Specify the launch fiber section using the distance from the end point (E). Specify the launch fiber section using an event number. Set the distance from the end point Set the end event (None, 1, 2).
Page 47 2.2 Analysis (Analysis) Conditions Setting the IOR/Backscatter Level Tap IOR/Backscatter Level to display the IOR/Backscatter Level screen. Set the IOR each wavelength (1.3000 to 1.7999). Set the backscatter level base Set the backscatter level for each wavelength. (1μs, 1ns). 1 µs pulse width*: –10.00dB to –64.99dB 1 ns pulse width*: –40.00dB to –94.99dB * Pulse width used as a base for the backscatter level Index...
Page 48 2.2 Analysis (Analysis) Conditions Explanation Splice Loss If a splice loss that exceeds the specified threshold occurs, it is detected as an event. The range is 0.01 dB to 9.99 dB. Return Loss If a return loss that is less than or equal to the specified threshold occurs, it is detected as an event. The larger the reflection, the smaller the return loss, so events (reflections) are detected when the return loss is less than or equal to the threshold.
Page 49 2.2 Analysis (Analysis) Conditions Approximation Method When the instrument calculates splice loss, it extrapolates straight lines. These straight lines are known as approximation lines. There are the following two kinds of approximation lines. • Least squares approximation (LSA) • Two point approximation (TPA) The instrument calculates the loss between two points by using the least squares method on all the data between the two points (between 1 and 2).
Page 50 2.2 Analysis (Analysis) Conditions Backscatter Level Light that travels through an optical fiber cable displays a phenomenon known as Rayleigh scattering. Due to this phenomenon, light is sent backwards, in the direction opposite to the direction of propagation. This phenomenon is known as backscattering. The backscatter level setting is used when the instrument calculates the return loss and total return loss.
Page 51: Display (Otdr) Conditions
Display (OTDR) Conditions Procedure Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. Press SETUP to display the setup screen. Tap the OTDR tab to display the following screen. Set the ghost cursor Marker information display (OFF, ON).
Page 52 2.3 Display (OTDR) Conditions Setting the Cumulative Loss Type Tap Cumul-Loss Type to display the Cumul-Loss Type screen. Select type 1, 2, or 3. Note With Type1, loss is measured from the measurement start point to the measurement point. With Type2, loss is measured from the event marker (Y2) to the measurement point. With Type3, loss is measured from the approximation line of the event marker (Y2) to the measurement point.
Page 53 2.3 Display (OTDR) Conditions Configure the work completion notification. Tap Work Completion Notice Setup to display the Work Completion Notice Setup screen. Set the notification (OFF, ON). Set the confirmation message (OFF, ON). Set the alarm sound at work completion Set how to display the message confirming (OFF, ON).
Page 54 For instructions on how to use markers, see section 6.1. Example of 5 Point Markers: Line Note Line is often used outside of Japan. Marker is often used within Japan. It is used on existing YOKOGAWA models. Displaying Approximation Lines In the 4 Point (marker mode set to Marker) or 5 Point (marker mode set to Line) marker modes, you can display the approximation lines that are used to calculate splice loss or return loss.
Page 55 2.3 Display (OTDR) Conditions Ghost Cursor The ghost cursor is used to check for secondary reflections. A secondary reflection is a reflection that is detected in a location where no event actually occurs. The ghost cursor is automatically displayed at twice the distance from where the cursor (primary) is placed.
Page 56 2.3 Display (OTDR) Conditions Marker Information You can display the distance from the measurement reference point to each marker on the waveform display area. OFF: Marker information is not displayed. ON: Marker information is displayed. Marker information Reflection Display (when the suffix code is -HJ) You can set the reflection display at the calculation result display area of measurement data to either of the following settings.
Page 57 2.3 Display (OTDR) Conditions Calculation Method for Total Loss Cumul-Loss The integrated value of the splice losses at each event from the measurement reference point (S) is displayed. This is the conventional calculation method. Splice loss of each event Loss between S and E The loss (TPA approximation method) between the measurement reference point (S) and the end of fiber (E) is displayed.
Page 58 2.3 Display (OTDR) Conditions Cumulative Loss Type You can select the cumulative loss measurement method from the following three types in the event analysis settings. Type 1 (with distance reference) Type 1 (without distance reference) This method includes the near-end reflection in the This method does not include the near-end cumulate loss value.
Page 59 2.3 Display (OTDR) Conditions • When Event Fix Mode Is Set to Mode1 Events detected at positions other than the master event positions are also displayed in the event list. Events other than fixed events are also detected. An earlier event is detected, so the number of this fixed event is updated (changes from 3 to 4).
Page 60 2.3 Display (OTDR) Conditions Operation Lock You can lock the following operations using a PIN (password). Operations That Can Be Locked • This instrument’s emission of light • The REAL TIME and AVG keys of the OTDR function • The light source or visible light source ON soft key when an light source option (/SLT, /HLT, /VLS) is installed •...
Page 61: File Conditions
File Conditions Procedure Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. Press SETUP to display the setup screen. Tap the File tab to display the following screen. Set comments for file names.
Page 62 2.4 File Conditions Setting the File Name Tap File Name Setup to display the File Name Setup screen. Set the parts of the file name (ID No., Wavelength, Distance Range, Pulse Width, Comment 1 to Comment 10, Company Name, Name, Cable ID, Fiber ID, Cable Code, Originating Loc (A), Terminating Loc (B)). Set the items that will be displayed into parts of the file name.
Page 63 2.4 File Conditions Setting the Report Format Tap Report Setup to display the Report Setup screen. Measurement information display (OFF, ON) Measurement result display (OFF, ON) Fiber surface image display (OFF, ON) MAP display (OFF, ON) Waveform display (OFF, ON) Marker information display (OFF, ON) Measurement condition...
Page 64 2.4 File Conditions Setting the File Report Format Tap File Report Setup to display the Report Format screen. ID Position (Top, Bottom) Set the ID position of the file name. You can select this when the order is set to ID. Order (File Name, Date, ID) Select the file export order (by file name, by date, by ID).
Page 65 2.4 File Conditions Setting Comments Tap Comment Setup to display the Comment Setup screen. Set a comment (up to 30 characters). Enter a comment by following the procedure provided in “Entering Text” in the Getting Started Guide, IM AQ1210-02EN. Setting Labels Tap Label Setup to display the Label Setup screen.
Page 66 2.4 File Conditions Explanation File Names and Comments You can select up to 10 items to be used for file names. The items specified for fields under Name Type are displayed in order as a file name. The longest file name is 60 characters. Item Description ID No.
Page 67 2.4 File Conditions Report Format Measure Conditions (Job Information) The following information is included. Label Originating Loc Company Name Terminating Loc Name Current Data Flag Fiber ID Supplier Name Fiber Type Model Name Cable ID Unit Name *1, *2 Cable Code FW Ver.
Page 68 2.4 File Conditions • Map The events in the event list are mapped as icons. Up to 100 events can be mapped. For a description of icons, see section 1.3. Connector (return loss) Splice point Connector (return loss) Start point End point 2.519 0.870...
Page 69 2.4 File Conditions Report Format If the file action is set to File Report, you can select the number of waveforms to display in a page. If you select 2Trace, you can select the export order, sort order, and event list items. Number of Waveforms to Display (Report Format) 1Trace: The waveform information of a single file is included in a single page.
Page 70: Chapter 3 Performing Real-Time Measurement
Chapter 3 Performing Real-time Measurement Performing Real-time Measurement WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cables. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à travers les ports de source lumineuse.
Page 71 3.1 Performing Real-time Measurement Executing a Real-Time Measurement Tap Wavelength to set the wavelength. Press REAL TIME to start a real-time measurement. During measurement, a mark appears at the top of the display to indicate that the laser light is on. Pressing REAL TIME again stops the measurement.
Page 72 3.1 Performing Real-time Measurement • When Real-Time Measurement Is in Progress Marker operation See section 6.1. Captures the waveform data before the construction Cable installation completion notification See section 3.3. Switches the waveform display fresh rate Cuts waveform display noise Work trace comparison control See section 3.4.
Page 73 3.1 Performing Real-time Measurement Explanation Real-time Measurement In real-time measurement, the waveform display is updated in real time. This feature is used to monitor the waveforms. Because averaged measurement requires a certain amount of measurement time, checking (monitoring) whether waveforms can be displayed correctly on the data display screen before starting averaged measurement can save time.
Page 74 3.1 Performing Real-time Measurement Switching the Display between TRACE Mode and MAP Mode When you start a real-time measurement, the data display screen automatically switches to TRACE mode. Saving Waveforms during Real-Time Measurement If you save waveforms during real-time measurement, waveform data at that point is saved in memory.
Page 75: Measuring With Cursors
Measuring with Cursors Procedure Displaying the Cursors Tap the waveform display screen. A cursor appears at the tapped position. Distance from the start point to the A cursor appears at the cursor position on the waveform and tapped position. the level at the cursor position Closes the window Deletes markers and cursors...
Page 76: Cable Installation Completion Notification
Cable Installation Completion Notification Procedure Soft Key Menu (Work Completion Notice) Tap the soft key menu display button (when real-time measurement is not in progress). Finishing real-time Configure the work measurement completion notification. Tap the Advanced Measurement soft key and then the Work Completion Notice soft key. The Work Completion Notice screen appears.
Page 77 3.3 Cable Installation Completion Notification Issuing a Work Completion Notice WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cables. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à...
Page 78 3.3 Cable Installation Completion Notification Explanation Cable Installation Completion Notification Before you check whether the work is complete, move the cursor slightly after the extension work point or before the work completion point on the optical fiber cable, and turn on the work completion notification.
Page 79: Rerouting Work
Rerouting Work WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cables. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à travers les ports de source lumineuse.
Page 80 3.4 Rerouting Work Procedure Press REAL TIME to start a real-time measurement. During measurement, a mark appears at the top of the display to indicate that the laser light is on. Pressing REAL TIME again stops the measurement. Soft Key Menu (Work Trace Comparison) Tap the soft key menu display button (when real-time measurement is in progress).
Page 81 3.4 Rerouting Work Measuring the Connection Loss between the Measurement Start Point and Measurement Endpoint before the Construction Tap the Work Trace Comparison soft key and then the 4 Point Monitor soft key. A marker soft key menu appears for monitoring loss values (see the previous page). Place the marker at the measurement start point and the marker at the measurement end...
Page 82 3.4 Rerouting Work Comparing waveform data before the construction and after the construction Tap the Work Trace Comparison soft key, the Trace Shift soft key, and then the Trace Shift Right soft key. The waveform data (captured waveform) before the construction moves to the right side of the screen.
Page 83: Chapter 4 Performing Averaged Measurements
Chapter 4 Performing Averaged Measurements Measuring in TRACE Mode WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cables. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à...
Page 84 4.1 Measuring in TRACE Mode • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode. When the data display screen is in TRACE mode, the button is MAP. Executing an Averaged Measurement Tap Wavelength to set the wavelength.
Page 85 4.1 Measuring in TRACE Mode During averaged measurement Soft key menu • When Averaged Measurement Is in Progress Marker operation See section 6.1. Set comments. See section 2.4. Set labels. See section 2.4. • When Averaged Measurement Is Not in Progress Moves the snapshot Marker operation waveform up...
Page 86 4.1 Measuring in TRACE Mode Explanation Averaged Measurement (AVG) In averaged measurements, the data that is acquired from each pulse is averaged and displayed as a waveform. Averaged measurements improve the signal-to-noise (S/N) ratio. This is effective when you want to detect faint events that are buried in noise. Distance Range With the auto setting, the instrument detects the open end (end point) at the start of an averaged measurement and automatically calculates the length of the optical fiber cable.
Page 87: Measuring In Map Mode
Measuring in MAP Mode WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cables. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à travers les ports de source lumineuse.
Page 88 4.2 Measuring in MAP Mode • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to MAP mode. When the data display screen is in MAP mode, the button is TRACE. Executing an Averaged Measurement Tap Wavelength to set the wavelength.
Page 89 4.2 Measuring in MAP Mode Average Count and Average Duration With the auto setting, the average method is selected according to the distance range and the loss in the optical fiber cable being measured. Attenuation With the auto setting, an attenuation value is selected according to the distance range and the loss in the optical fiber cable being measured.
Page 90: Performing Pass/Fail Judgments On Measured Results
Performing Pass/Fail Judgments on Measured Results Procedure Turning On the Pass Fail Judgment Feature Press SETUP to display the setup screen. Tap the ANALYSIS tab to display the analysis setup screen. Tap Pass Fail Judgment to display the Pass Fail Judgment screen. For description of the Pass Fail Judgment screen, see “Configuring the Pass/Fail Judgment”...
Page 91 4.3 Performing Pass/Fail Judgments on Measured Results Explanation Pass/fail Judgment Display in TRACE Mode Pass judgment Fail judgment In the list, rows showing Fail The judgment results are events are in red. also displayed in the Turns green when all events are judged as Pass. event list.
Page 92: Saving Measured Data
Saving Measured Data Procedure Saving Measured Data Directly You can save measured waveforms and event analysis data by tapping an icon on the data display screen. To change the save destination folder or file name, see “Setting the Direct Save Method” in section 2.4. Tap the floppy disk icon.
Page 93 4.4 Saving Measured Data Tap the Auto Save button on the auto save screen. The auto save feature is turned on. Each time you tap, the value switches between ON and OFF. For details on the auto save screen, see “Configuring Auto Save (when averaged measurement is complete)”...
Page 94 Chapter 5 Analyzing Events Analyzing in TRACE Mode Procedure Waveform Data Display Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode.
Page 95 5.1 Analyzing in TRACE Mode Tab display Detail Summary List Displays the previous event Display of separate events Displayed by tapping the Detail tab. Displays the next event Cumulative display of events Displayed by tapping the Summary tab. Soft Key Menu (event analysis) Tap the soft key menu display button.
Page 96: Analyzing In Trace Mode
5.1 Analyzing in TRACE Mode Executing an Event Analysis Tap the Event Analysis soft key. Event analysis is performed, and the event results are displayed on the waveform data. For details on the event analysis results, see “Displaying Event Analysis Results” On page 5-1. Note If you display waveform data using the following methods, you need to manually execute event analysis.
Page 97 5.1 Analyzing in TRACE Mode • Inserting an Event Tap the Rotary Knob soft key to select Cursor. Turn the rotary knob to move the cursor to the position where you want to insert an event. Press the Ins. Event (Cursor) soft key. An event is inserted at the cursor position. A virtual event is inserted at the cursor position.
Page 98 5.1 Analyzing in TRACE Mode • Deleting an Event Tap the Rotary Knob soft key to select Event. Turn the rotary knob to select the event you want to delete. Press the Del.Event (Event) soft key. The selected event is deleted. The event is deleted virtually.
Page 99 5.1 Analyzing in TRACE Mode • Editing Event Markers You can move an event marker to recalculate return loss and splice loss. Press the Event MarkerEdit soft key. An event marker edit soft key menu appears. Tap the Rotary Knob soft key to select Event. Turn the rotary knob to select the event you want to edit.
Page 100 5.1 Analyzing in TRACE Mode Example When Marker Mode Is Set to Marker Shows the current marker placed when event analysis was executed The selected event is displayed expanded. You can edit the splice loss and return loss values by moving the market position. Splice loss and return loss of the selected event Example When Marker Mode Is Set to Line...
Page 101 5.1 Analyzing in TRACE Mode • Fixing Events Event positions can be fixed. Fixed events are handled as master events. You can configure the Instrument so that in subsequent event analysis only master events are handled. Tap the Event Fix soft key to display an Event Fix Mode screen. Events are not fixed.
Page 102 5.1 Analyzing in TRACE Mode 2 Point Markers The section distance and section loss between two markers are measured. Tap the 2 Point Markers soft key. A soft key menu for the 2 markers method appears. Turn the rotary knob to move the cursor to the analysis start position. Tap the soft key.
Page 103 5.1 Analyzing in TRACE Mode Explanation Event Analysis Results Event No. A number is displayed on the waveform next to the event. The measurement reference point is displayed as S and the fiber end point as E. In the section between S to E, the numbers are in ascending order from the left of the display.
Page 104 5.1 Analyzing in TRACE Mode Rotary Knob Feature You can select the operation that occurs when you turn the rotary knob from the following. Cursor: The cursor moves continuously. Event: The cursor moves directly between detected events. Inserting an Event •...
Page 105 5.1 Analyzing in TRACE Mode Turning the Event Position Fix Feature On and Off Event positions can be fixed. Fixed events are handled as master events. You can configure the Instrument so that in subsequent event analysis only master events are handled. How the events that are detected at positions other than the master event positions are displayed varies depending on the Event Fix Mode as follows: •...
Page 106: Analyzing In Map Mode
Analyzing in MAP Mode Procedure Executing an Event Analysis Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to MAP mode.
Page 107 5.2 Analyzing in MAP Mode Tab display Displays the previous event List Detail Summary Display of separate events Displayed by tapping the Detail tab. Displays the next event Cumulative display of events Displayed by tapping the Summary tab. Editing Events Tap an icon in the data display area.
Page 108 5.2 Analyzing in MAP Mode Explanation Event Analysis Results Event No. A number is displayed on the waveform next to the event. The measurement reference point is displayed as S and the fiber end point as E. In the section between S to E, the numbers are in ascending order from the left of the display.
Page 109: Chapter 6 Analyzing Waveforms
Chapter 6 Analyzing Waveforms Operating Cursors and Markers Procedure Waveform Data Display Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode.
Page 110 6.1 Operating Cursors and Markers Displaying the Cursors Tap the data display screen. A cursor appears at the tapped position. Distance from the start point to the A cursor appears at the cursor position on the waveform and tapped position. the level at the cursor position Closes the window Clears markers and cursors...
Page 111 6.1 Operating Cursors and Markers Marker Operation (4 Point Markers) Tap a marker button. The selected marker is displayed at the cursor position. A marker is displayed at the cursor position. Setting Markers on a Waveform Set four markers in order starting from the position closest to measurement reference point S (example of 4 point markers).
Page 112 6.1 Operating Cursors and Markers Note • When you set the markers, set them so that the marker is on the measurement start point S side. • The measured loss value differs depending on the specified approximation method. • Set the correct position for .
Page 113 6.1 Operating Cursors and Markers Marker Menu Tap the Marker soft key to display the marker soft key menu. When marker mode is set to Marker (see section 2.3) 2 Point Markers Switches to the screen for measuring with 2 Point markers. For the measurement principle, see the explanation.
Page 114 6.1 Operating Cursors and Markers 2 Point Markers (when the marker mode is Marker) Tap the 2 Point Markers soft key. A soft key menu for the 2 markers method appears. Marker Marker Sets marker Places marker at the cursor position Sets marker Places marker at the...
Page 115 6.1 Operating Cursors and Markers 2 Point Markers (when the marker mode is Line) Tap the 2 Point Markers soft key. A soft key menu for the 2 markers method appears. Cursor operation Marker E Marker n When you tap on the data screen or turn the rotary knob, a cursor appears that you can move.
Page 116 6.1 Operating Cursors and Markers 4 Point Markers Tap the 4 Point Markers soft key. A soft key menu for the 4 markers method appears. Marker Marker Marker Marker Y2 Sets marker Places marker at the cursor position Sets marker Places marker at the cursor position...
Page 117 6.1 Operating Cursors and Markers 6 Point Markers Tap the 6 Point Markers soft key. A soft key menu for the 6 markers method appears. Marker Marker Y1 Marker Y3 Marker Marker Marker Y2 Sets marker Places marker at the cursor position Sets marker Places marker...
Page 118 6.1 Operating Cursors and Markers 5 Point Markers (when the marker mode is Line) Tap the 5 Point Markers soft key. A soft key menu for the 5 markers method appears. Marker N Marker E Marker f Marker n Marker F Press to set all markers together.
Page 119 6.1 Operating Cursors and Markers Presetting Markers Using 2 Point Markers, 4 Point Markers, or 6 Point Markers (pages 6-6 to 6-9), place markers on the waveform data. Tap the Preset soft key to display the preset soft key menu. Select the action (Register, Delete, SetMarker) Select the action to perform when you tap the soft key.
Page 120 6.1 Operating Cursors and Markers Explanation 2 Point Markers The instrument measures the distance and the loss between two points. If reflection is detected between the two points, the return loss is also measured. The splice loss value changes depending on the approximation method that you have specified.
Page 121 6.1 Operating Cursors and Markers 6 Point Markers The instrument measures using the 6-point method when there are two adjacent splice loss events. The instrument uses the following six points to perform the measurement: the first splice loss start point , start point Y1 used to calculate the approximation line, end point Y3 used to calculate the approximation line, the second splice loss start point , the second splice loss end point Y2, and the...
Page 122: Zooming In On Or Out Of Waveforms
Zooming In on or Out of Waveforms Procedure Waveform Data Display Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode.
Page 123 6.2 Zooming In on or Out of Waveforms Zooming in on Waveforms Display a cursor at the waveform position you want to zoom. A marker and cursor operation screen or an event edit screen appears. For the cursor operation procedure, see section 6.1. Zooms the waveform at the cursor position Closes the window...
Page 124 6.2 Zooming In on or Out of Waveforms Overview Display The overview display is linked to the zoomed waveform display. The box indicates where in the entire waveform display area the zoomed waveform display is showing. • Example of a Full Display Overview display The current data display area is displayed with a frame.
Page 125: Displaying A Reference Trace
Displaying a Reference Trace Procedure Waveform Data Display Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode.
Page 126 6.3 Displaying a Reference Trace Snapshot Menu Tap the Reference Trace soft key to display the snapshot soft key menu. Moves the reference trace up Moves the reference trace down Sets trace comparison (OFF, ON) Displays the differential trace between the reference trace and current waveform.
Page 127 6.3 Displaying a Reference Trace Moving the Reference Waveform Vertically Tap the Trace Shift soft key and then the Trace Shift Up or Trace Shift Down soft key. The reference trace will move vertically. Reference trace Example in which the waveform is moved up Comparing Traces Tap the Compare Trace soft key to select ON.
Page 128: Analyzing Sections
Analyzing Sections Procedure Waveform Data Display Press MENU to display the MENU screen. For details on the MENU screen, see the Getting Started Guide, IM AQ1210-02EN. Tap OTDR to display the OTDR screen. • Switching the Display between TRACE Mode and MAP Mode Tap the TRACE/MAP button to set the data display screen to TRACE mode.
Page 129 6.4 Analyzing Sections Section Analysis Menu Tap the Section Analysis soft key to display the section analysis soft key menu. Sets the start point Sets the start point marker at the cursor position Sets the end point Sets the end point marker at the cursor position Specify from markers.
Page 130 6.4 Analyzing Sections Setting the Start and End Points Move the cursor to the start point position. For the cursor operation procedure, see section 6.1. Tap the Set Start Marker soft key to display the S marker. Move the cursor to the end point position. Tap the Set End Marker soft key to display the E marker.
Page 131 6.4 Analyzing Sections Adjusting the Reference Level Tap the More soft key and then the Reference Level Adjust soft key. Marker appears. End point Shows marker E Reference point Shows marker The level at the reference point (marker Section analysis values between the reference point and end point Explanation...
Page 132: Using The Light Source
Chapter 7 Using the Utility Feature Using the Light Source WARNING During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à...
Page 133 7.1 Using the Light Source Light Source Screen Turns the optical output on and off When you tap the ON button, the measurement light turns on. The button changes to OFF, and a mark appears on the instrument display to indicate that the light is on. When you tap the OFF button, the measurement light turns off.
Page 134 7.1 Using the Light Source Soft Key Menu (Light source) Tap the soft key menu display button. A light source soft key menu appears. Soft key menu Light Source Menu Turns the light on Outputs the measurement light A mark appears on the instrument display to indicate that the light is on. Turns the light off Stops the measurement light The light mark disappears.
Page 135 7.1 Using the Light Source Using the Light Source from the OTDR Screen (utility button) Displaying the OTDR Screen Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. MENU screen OTDR Screen Tap LS to display the light source screen. If the LS button is not displayed, proceed to step 4.
Page 136 You can produce continuous light (CW) or light that has been modulated at the selected frequency (modulation mode). Model Measurement Light Wavelength AQ1210A 1310 nm, 1550 nm AQ1215A 1310 nm, 1550 nm AQ1210E 1310 nm, 1550 nm, 1625 nm AQ1215E 1310 nm, 1550 nm, 1625 nm...
Page 137: Using The Visible Light Source (/Vls Option)
Using the Visible Light Source (/VLS option) WARNING During measurement, light is transmitted from the VLS port. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. French AVERTISSEMENT Lorsque instrument génère de la lumière, la lumière est émise à travers les ports de source lumineuse.
Page 138 7.2 Using the Visible Light Source (/VLS option) Visible Light Source Screen Turns the optical output on and off When you tap the ON button, the measurement light turns on. The button changes to OFF, and a mark appears on the instrument display to indicate that the light is on. When you tap the OFF button, the measurement light turns off.
Page 139 7.2 Using the Visible Light Source (/VLS option) Soft Key Menu (Visible light source) Tap the soft key menu display button. A light source soft key menu appears. Soft key menu VLS Menu Turns the light on Outputs the measurement light A mark appears on the instrument display to indicate that the light is on.
Page 140 7.2 Using the Visible Light Source (/VLS option) Using the VLS from the OTDR Screen (utility button) Displaying the OTDR Screen Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. MENU screen OTDR Screen Tap VLS to display the visible light source screen. VLS button Starts the visible light source screen Turns the light output on and off...
Page 141: Using The Optical Power Meter
Using the Optical Power Meter Procedure Displaying the Optical Power Meter Screen Press MENU to display the MENU screen. Tap Power Meter to display the POWER METER screen. MENU screen Power Meter Screen Enter a value and assign it to the reference value (–80 to 40dBm) The reference value appears if you press the DREF soft key or set the unit to dB.
Page 142 7.3 Using the Optical Power Meter Performing Setup Press SETUP to display the optical power meter setup screen. Tap the Power Meter tab or Logging tab to display the following screen. Set the display of the max/min value menu (OFF, ON). Set the wavelength mode (Simple, Detail, CWDM).
Page 143 7.3 Using the Optical Power Meter Note Perform a zero-set whenever necessary, such as after you have turned on the power or when the ambient temperature changes. Performing a zero-set adjusts the internal deviation of the optical power measurement section and enables you to obtain more accurate absolute optical power values. Measuring the Optical Power Set the wavelength.
Page 144 7.3 Using the Optical Power Meter Holding the Measured Value Display Tap the HOLD soft key. The measured value at that point remains displayed. When you tap the soft key again, the hold mode will be cleared. Hold indication Measured value Setting the Reference Value to the Currently Displayed Measured Value Tap the DREF.
Page 145 7.3 Using the Optical Power Meter Saving the Results of Optical Power Measurements for Multi-Fiber Cables (saving data) Tap the Save Data soft key. A screen appears for saving the results of optical power measurements for multi-fiber cables. Saved result indication Blue: Measured data saved White: Measured data not saved Tap on the screen or turn the rotary knob to move the cursor (blue frame)
Page 146 7.3 Using the Optical Power Meter • Deleting Measured Data Tap the Delete Data soft key. A data delete soft key menu appears. Deletes the measurement data of No. 1 from the saved data information of the selected core number Deletes the measurement data of No.
Page 147 7.3 Using the Optical Power Meter • Deleting Measured Data Tap the Auxiliary Function soft key. A soft key menu appears for the auxiliary function of the logging screen. Auto zoom Automatically zooms in on the graph at the cursor position. Zoom Initialize Resets the scale so that the graph displays the entire optical power range.
Page 148 7.3 Using the Optical Power Meter Using the Optical Power Meter from the OTDR Screen (utility button) Displaying the OTDR Screen Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. MENU screen OTDR Screen Tap OPM to display the optical power meter screen. OPM button Starts the optical power meter screen Set the wavelength (GI 850nm, GI 1300nm, SM 1310nm,...
Page 149 7.3 Using the Optical Power Meter Explanation Wavelength The photodetector in the optical power measurement area has wavelength sensitivity characteristics. The photodetector corrects the sensitivity according to the set wavelength and measures optical power more accurately. The wavelength setting range and setting step very depending on the wavelength mode set in the detailed setup screen.
Page 150 7.3 Using the Optical Power Meter Turning the Interlocking of the Light Source and Optical Power Meter Settings On and Off You can connect an optical fiber between the light source port of an Instrument and the optical power measurement port of another Instrument and use this setting so that the power meter settings are synchronized to the light source wavelength and modulation mode settings.
Page 151 Optical fiber cable under loss test Light source Optical power meter OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210E, AQ1215E, Loopback AQ1215F, AQ1216F Saving the Results of Optical Power Measurements for Multi-Fiber Cables Skip When Skip is selected, the corresponding core is not measured. By specifying Skip on cores that do not need to be measured, you can save time.
Page 152 7.3 Using the Optical Power Meter Number of Cores or Tapes Set the number of cores or tapes in the following range. Tape Number Type Number of Cores or Tapes Number of cores: 10 to 100 a-b(2) Number of tapes: 10 to 50 a-c(3) Number of tapes: 10 to 33 a-d(4)
Page 153 7.3 Using the Optical Power Meter • Zoom Initialize Zoom initialization returns the vertical and horizontal zoom factors to ×1. • Zooming In and Out You can press the arrow keys to zoom the displayed graph in or out. The graph is zoomed at the cursor position.
Page 154: Using The Pon Power Meter (/Ppm Option)
Using the PON Power Meter (/PPM option) Procedure Displaying the PON Power Meter Screen Press MENU to display the MENU screen. Tap PON Power Meter to display the PON POWER METER screen. MENU screen PON Power Meter Screen Set the transmission direction (ONU -> OLT(wavelength 1310 nm), OLT -> ONU wavelength 1490 nm and 1550 nm).
Page 155 7.4 Using the PON Power Meter (/PPM option) Performing Setup Press SETUP to display the optical power meter setup screen. Tap the OPM Setup tab to display the following screen. Set the average count (1, 10, 50, 100). OPM Setup tab Set the offset (–9.900 to 9.900 dB).
Page 156 7.4 Using the PON Power Meter (/PPM option) Measuring the Optical Power Set the transmission direction. Connect an optical fiber cable to the OPM port. The measured value is displayed on the power meter screen. For the position of the OPM port, see “Component Names and Functions” in the Getting Started Guide, IM AQ1210-02EN.
Page 157 7.4 Using the PON Power Meter (/PPM option) Holding the Measured Value Display Tap the HOLD soft key. The measured value at that point remains displayed. When you tap the soft key again, the hold mode will be cleared. Cannot be used in hold mode. The pass/fail display is not shown in hold mode.
Page 158 7.4 Using the PON Power Meter (/PPM option) • Deleting Measured Data Tap the Delete Data soft key. A data delete soft key menu appears. Deletes the measurement data of the selected core number Deletes collectively the measurement data of all core numbers When you delete data, the screen returns to the Save Data menu after the data is deleted.
Page 159 7.4 Using the PON Power Meter (/PPM option) Threshold For each wavelength, you can set upper and lower threshold values and determine whether or not the measured values fall within them. • The range for upper and lower threshold values is –80 to 40 dBm. The upper limit must be greater than the lower limit.
Page 160: Using The Power Checker (/Pc Option)
Using the Power Checker (/PC option) Procedure Displaying the Power Checker Screen Press MENU to display the MENU screen. Tap Power Checker to display the POWER CHECKER screen. MENU screen Power Checker Screen Set the wavelength (SM 1310nm, SM 1490nm, SM 1550nm, SM 1625nm, SM 1650nm). Set the reference value (–80 to 40dBm).
Page 161 7.5 Using the Power Checker (/PC option) Executing the Zero Set Tap ZERO SET. Remove the optical fiber cables from the instrument and close the OPM port covers, or make sure that the power meter is not receiving any light, and then start the optical power meter zero set procedure. Measuring the Optical Power Set the wavelength.
Page 162 7.5 Using the Power Checker (/PC option) Power Checker Menu Sets the reference to the currently displayed measured value Setting the Reference Value to the Currently Displayed Measured Value Tap the DREF soft key. The reference value is set to the current measured value, and the measurement display changes to dB units.
Page 163 7.5 Using the Power Checker (/PC option) Using the Power Checker from the OTDR Screen (utility button) Displaying the OTDR Screen Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. MENU screen OTDR Screen Tap OPC to display the optical power meter screen. OPC button Starts the power checker screen Set the wavelength (SM 1310nm, SM 1490nm, SM 1550nm,...
Page 164 7.5 Using the Power Checker (/PC option) Explanation Wavelength The photodetector of the optical power checker has wavelength sensitivity characteristics. The photodetector corrects the sensitivity according to the set wavelength and measures optical power more accurately. Select the wavelength from the following: 1310 nm, 1490 nm, 1550 nm, 1625 nm, 1650 nm Unit Set the optical power display unit from the following.
Page 165: Using The Fiber Inspection Probe (/Fst Option)
Using the Fiber Inspection Probe (/FST option) Procedure Displaying the Fiber Inspection Probe Screen Press MENU to display the MENU screen. Tap Fiber Inspec Probe to display the FIBER INSPEC PROBE screen. MENU screen Fiber Inspection Probe Screen The model name of the probe is appeared on the display when the probe is automatically recognized by the instrument.
Page 166 7.6 Using the Fiber Inspection Probe (/FST option) Performing Setup Press SETUP to display the Fiber Surface Pass/Fail Setup screen. Tap the Fiber Surface Pass/Fail Setup tab to display the Fiber Surface Pass/Fail Setup screen. Select the optical fiber cable (SM, MM). Fiber Surface Pass/Fail Setup tab Select the judgment reference.
Page 167 7.6 Using the Fiber Inspection Probe (/FST option) Connecting the Fiber Inspection Probe Connect the fiber inspection probe to the USB port (Type A) of this instrument. Connect the probe of the fiber inspection probe to the end face of the optical fiber cable. Note For instructions on how to use the fiber inspection probe, see the user’s manual for the probe.
Page 168 7.6 Using the Fiber Inspection Probe (/FST option) Executing a Judgment Press the Judge soft key. A judgment is performed, and the result (summary) is displayed. Before executing pass/fail judgment, adjust the fiber inspection probe knob to focus on the image.
Page 169 7.6 Using the Fiber Inspection Probe (/FST option) Using the Fiber Inspection Probe from the OTDR Screen (utility button) Displaying the OTDR Screen Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. MENU screen OTDR Screen Tap FIP to display the FIBER INSPEC PROBE screen.
Page 170 For cautions regarding connecting the probe, see Note in section 9.1. For information about compatible fiber inspection probes, contact your nearest YOKOGAWA dealer. Holding the Image Display The still image size is VGA for both the USB2.0 and USB1.1 fiber inspection probes.
Page 171 7.6 Using the Fiber Inspection Probe (/FST option) Pass/Fail Judgment (/FST option) Configuring the Pass/Fail Judgment • Selecting the Optical Fiber Cable Select the type of optical fiber cable to be judged. Single mode Multi mode • Selecting the Judgment Reference Select the ferrule’s polished surface of optical fiber cable to be judged.
Page 172: Displaying A Map Of The Line Configuration And Events (Otdr Smart Mapper)
Chapter 8 Using the Application Feature Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) WARNING • During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. •...
Page 173 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) OTDR Smart Mapper Screen Save data directly. See section 4.4. Set the wavelength. Set the distance range. See section 2.1. See section 2.1. Set the pulse width. Set the averaging conditions.
Page 174 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) Analysis (Analysis) Conditions Tap the ANALYSIS tab to display the following screen. Set the splice loss (0.01dB to 9.99dB). Set the end of fiber (3dB to 70dB). ANALYSIS tab Set macro bending (OFF, ON).
Page 175 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) Note For details on the setup screen that appears when you select a setting and the descriptions of the settings, see section 2.3. File (FILE) Conditions Tap the File tab to display the following screen. Set comments for file names.
Page 176 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) Map Display of the Measurement Results Relative position of the event View and edit waveforms in trace mode. Distance Displays the event type with an icon between events Event number The icon display method is the same as the display...
Page 177 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) Soft Key Menu (waveform view/edit) Tap the soft key menu display button. A soft key menu appears for operating the core selection screen of multi-fiber measurement. You cannot operate in MAP mode. Soft key menu Waveform View/Edit Menu Edit the composite waveform display.
Page 178 8.1 Displaying a Map of the Line Configuration and Events (OTDR Smart Mapper) Editing the Composite Waveform Display Tap the Waveform Edit soft key. A soft key menu appears for operating the composite waveform display. Target sections (Line1, Line2, Line3) The number of lines varies depending on the number of measured pulse widths.
Page 179: Measuring A Multi-Core Optical Fiber Cable (Multi-Fiber Project)
Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) WARNING • During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. • Close the covers of any light source ports that do not have optical fiber cables connected to them.
Page 180 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Multi-Fiber Measurement Screen Saved result indication Gray: Measured data saved Green: Measured data saved, pass judgment Red: Measured data saved, fail judgment If the measurement result of one waveform is saved in a multi wavelength measurement, the color appears in half of the cell.
Page 181 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Soft Key Menu (core selection screen) Tap the soft key menu display button. A soft key menu appears for operating the core selection screen of multi-fiber measurement. Soft key menu Core Selection Menu for Multi-Fiber Measurement Set the project name (new).
Page 182 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Performing Setup Press SETUP to display the multi-fiber measurement setup screen. Project Conditions Tap the Project tab to display the following screen. Set the number of cores or tapes (1 to 2000). Create a project with more than 100 cores Selected: The selectable range of number of cores is 100 to 2000.
Page 183 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Measurement (Measure) Conditions Tap the MEASURE tab to display the following screen. Set the sample interval (Normal, Hi-Resolution). Set the distance range. (AUTO, 200m, 500m, 1km, 2km, 5km, 10km, 20km, 30km, 40km, 50km, 100km, 200km, Set the pulse width.
Page 184 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Analysis (Analysis) Conditions Tap the ANALYSIS tab to display the following screen. Set macro bending (OFF, ON). Set the end of fiber (3dB to 70dB). ANALYSIS tab Set the splitter loss (1dB to 20dB). Set the splice loss (0.01dB to 9.99dB).
Page 185 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Display (OTDR) Conditions Tap the OTDR tab to display the following screen. Set the ghost cursor Marker information display (OFF, ON). (OFF, ON) OTDR tab Approximation line display Set the marker mode (OFF, ON) (Marker, Line).
Page 186 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Performing Averaged Measurements Tap the core number you want to perform averaged measurement on. A menu appears for executing a measurement. OTDR feature (average) Example of measuring core number 44 Tap the Average menu to start an averaged measurement. The measured waveform is displayed on the screen, and while the measurement is in progress, a laser emitting mark is displayed at the top of the screen.
Page 187 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) • When Auto Save is Set to OFF in the Measurement (Measure) Conditions of Setup When measurement is complete, the measured results are not automatically saved. The OTDR waveform screen will be displayed. To return to the multi-fiber measurement screen, display the soft key menu, and tap Return to Multi-Core FiberMenu.
Page 188 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) • When Averaged Measurement Is Not in Progress Marker operation See section 6.1. Event analysis control See section 5.1. Section analysis control See section 6.4. Returns to the multi-fiber measurement screen (core selection screen) Index 8-17 IM AQ1210-01EN...
Page 189 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Performing Real-time Measurement Tap the core number you want to perform real-time measurement on. A menu appears for executing a measurement. OTDR feature (realtime) Example of measuring core number 44 Tap the Realtime menu to start a real-time measurement. The measured waveform is displayed on the screen, and while the measurement is in progress, a laser emitting mark is displayed at the top of the screen.
Page 190 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Note • In real-time measurement, measured results are not automatically saved. • If Wavelength on the multi-fiber measurement screen is set to “All,” measurement of “Waveform 1” is executed. To measure “Wavelength 2” and later, save the measured results of “Waveform 1,” and then press the Wavelength soft key in the soft key menu to switch the wavelength.
Page 191 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) • When Real-Time Measurement Is Not in Progress Marker operation See section 6.1. Event analysis control See section 5.1. Section analysis control See section 6.4. Set the wavelength. Switches the wavelength to perform real-time measurement Returns to the multi-fiber measurement screen (core selection screen)
Page 192 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Measuring the Optical Power Tap the core number you want to measure the optical power of. A menu appears for executing a measurement. Optical power meter Example of measuring core number 44 Tap the OPM menu to display the power meter screen.
Page 193 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Measuring the Optical Power Set the wavelength. Connect an optical fiber cable to the OPM port. The measured value is displayed on the power meter screen. For the position of the OPM port, see “Component Names and Functions” in the Getting Started Guide, IM AQ1210-02EN.
Page 194 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Using the Fiber Inspection Probe (/FST option) Connect the fiber inspection probe to the core of the optical fiber cable you want to inspect. Tap the core number that you are connecting the fiber inspection probe to. A menu appears for executing a measurement.
Page 195 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Soft Key Menu (fiber inspection probe) Tap the soft key menu display button. A soft key menu for the fiber inspection probe appears. Soft key menu Fiber Inspection Probe Menu Displays the image in real time Holds the image display (HOLD) Executes pass/fail judgment A pass/fail judgment is performed, and the result (summary) is displayed.
Page 196 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Previewing Measured Results Using the arrow keys or the rotary knob, move the cursor to a core number cell with a pass/fail judgment result indication on the multi-fiber measurement screen. The preview area at the bottom of the screen displays the measurement conditions, measurement date, and the measurement result waveform of the selected core number.
Page 197 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Creating a New Project Tap the New Project soft key. A character input dialog box will open. Enter a project name by following the procedure provided in “Entering Text” in the Getting Started Guide, IM 1210-02EN. Tapping Enter in the character input dialog box displays the following screen.
Page 198 8.2 Measuring a Multi-Core Optical Fiber Cable (Multi-Fiber Project) Explanation Saving the Project The project file and measurement result files of each core can be compressed in MPZ format and saved. For the procedure to save files, see section 9.4. Note Decompressing MPZ Files On the AQ7933 OTDR emulation software, run Utility >...
Page 199: Performing An Auto Loss Test (Auto Loss Test)
Performing an Auto Loss Test (Auto Loss Test) WARNING • During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. • Close the covers of any light source ports that do not have optical fiber cables connected to them.
Page 200 8.3 Performing an Auto Loss Test (Auto Loss Test) Auto Loss Test Screen Optical power meter display screen Light source display screen Performing Setup Press SETUP to display the auto loss test screen. Tap the Auto Loss Test tab to display the following screen. Lower threshold (see section 7.3) Set the offset (–9.900 to 9.900 dB).
Page 201 8.3 Performing an Auto Loss Test (Auto Loss Test) Soft Key Menu (auto loss test) Tap the soft key menu display button. An auto loss test soft key menu appears. Soft key menu Auto Loss Test Menu • When the function is set to Light Source •...
Page 202 8.3 Performing an Auto Loss Test (Auto Loss Test) Operation on the Optical Power Meter Side Optical fiber cable under loss test OTDR port (PORT1) OPM port AQ1210A, AQ1210A, AQ1215A, AQ1215A, AQ1210E, AQ1210E, AQ1215E, AQ1215E, AQ1215F, AQ1215F, AQ1216F AQ1216F Light source...
Page 203 8.3 Performing an Auto Loss Test (Auto Loss Test) Operation on the Light Source Side Optical fiber cable under loss test OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F Light source...
Page 204 Connect the OTDR port (PORT1) of the instrument (light source side) to the OPM port of the instrument (optical power meter side) with an optical fiber cable. Optical fiber cable under loss test OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F...
Page 205 Optical fiber cable under loss test Light source Optical power meter OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210E, AQ1215E, Loopback AQ1215F, AQ1216F Loopback Display Screen Tap the Function soft key to select Loop Back. You can now operate the loopback display screen.
Page 206 OPM port with a short optical fiber cable. Optical fiber cable under loss test Light source Optical power meter OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F Tap LS Power Adjust to display the following screen. Index Starts optical power...
Page 207 Light source Optical power meter OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210E, AQ1215E, Loopback AQ1215F, AQ1216F Tap the Loss Test START soft key. The loss test starts, and the soft key display changes to Loss Test STOP. Then, the optical power value of the wavelength is displayed on the instrument screen.
Page 208 8.3 Performing an Auto Loss Test (Auto Loss Test) Explanation This feature is available on models with the /SPM or /HPM option. Models with the /PPM option do not have the Auto Loss Test feature, so combine these models with a light source and the optical power meter feature to perform the loss test.
Page 209: Performing A Multicore Loss Test (Multicore Loss Test)
Performing a Multicore Loss Test (Multicore Loss Test) WARNING • During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. • Close the covers of any light source ports that do not have optical fiber cables connected to them.
Page 210 8.4 Performing a Multicore Loss Test (Multicore Loss Test) Multicore Loss Test Screen Master Slave Before loading project conditions (setup) Project condition status Project condition status After loading project conditions (setup) A screen for executing multicore loss tests • Project Condition Status Before starting a multicore loss test, set the conditions (e.g., number of cores) of the multi-core fiber cable to be measured.
Page 211 8.4 Performing a Multicore Loss Test (Multicore Loss Test) Soft Key Menu (multicore loss test) Tap the soft key menu display button. An multicore loss test soft key menu appears. Soft key menu Multicore Loss Test Menu • When the function is set to Master You can configure the master settings.
Page 212 8.4 Performing a Multicore Loss Test (Multicore Loss Test) Creating New Project Conditions Tap the Function soft key to select Master. Tap the New Project soft key to display a Project Setup screen. Set the number of cores or tapes (1 to 2000). Set the starting core number (1 to 9900).
Page 213 OPM port with a short optical fiber cable. Optical fiber cable under loss test Light source Optical power meter OTDR port (PORT1) OPM port AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1215F, AQ1216F Tap LS Power Adjust to display the following screen. Starts optical power adjustment The measurement light turns on.
Page 214 Connect the OTDR port (PORT1) of the instrument on the master side and the OPM port of the instrument on the slave side with an optical fiber cable. Transfer the project data OTDR port (PORT1) OPM port Optical fiber cable for signal transmission AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F...
Page 215 Optical fiber cable for signal transmission Light being OTDR port OPM port measured (PORT1) Optical fiber cable under multicore loss test AQ1210A, AQ1215A, AQ1210A, AQ1215A, AQ1210E, AQ1215E, AQ1210E, AQ1215E, AQ1215F, AQ1216F AQ1215F, AQ1216F Slave Master Execute a multicore loss test...
Page 216 8.4 Performing a Multicore Loss Test (Multicore Loss Test) Repeat steps 12 to 14 to execute the multicore loss test. Explanation This feature is available on models with the /SPM or /HPM option. The same project conditions must be shared between the master and slave. The project conditions can be shared using the following methods.
Page 217: Performing Advanced Analysis (Advanced Analysis)
Performing Advanced Analysis (Advanced Analysis) WARNING • During measurement, light is transmitted from the light source ports. Do not disconnect the connected optical fiber cable. Visual impairment may occur if the light enters the eye. • Close the covers of any light source ports that do not have optical fiber cables connected to them.
Page 218 8.5 Performing Advanced Analysis (Advanced Analysis) Advanced Analysis (Waveform Analysis) Screen Multi trace analysis Up to four waveforms can be loaded and compared. 2 way trace analysis The waveform measured from each end can be combined and compared. Differential trace You can display a waveform obtained by subtracting the values of one waveform from those of another waveform selected as the current trace.
Page 219 8.5 Performing Advanced Analysis (Advanced Analysis) Soft Key Menu (multi trace) Tap the soft key menu display button. A multi trace soft key menu appears. Soft key menu Multi Trace Analysis Menu Load analysis waveforms. Set markers (4 Point Markers). See page 6-8.
Page 220 8.5 Performing Advanced Analysis (Advanced Analysis) Waveform Display Example Current Trace Switches the display of the marker analysis values — — Splice loss Return loss Displays marker analysis values Markers are displayed on the trace waveform specified as the current trace. Note •...
Page 221 8.5 Performing Advanced Analysis (Advanced Analysis) 2-Way Trace Analysis Tap the 2-Way Trace item to display the 2-Way Trace screen. Trace1 waveform Trace2 waveform List of events Overview display Displayed by tapping the List tab. See section 6.2. For details on events, see the explanation in section 5.1. Display of separate events Displayed by tapping the Detail tab.
Page 222 8.5 Performing Advanced Analysis (Advanced Analysis) Soft Key Menu (2-Way Trace) Tap the soft key menu display button. A 2-Way Trace soft key menu appears. Soft key menu 2-Way Trace Menu Load analysis waveforms. Selects the current trace (Trace A, TraceB, Merged) Select the trace to display on the screen.
Page 223 8.5 Performing Advanced Analysis (Advanced Analysis) • Combining the Waveforms from Each Direction To display the two waveforms obtained by measuring the same section from two directions, one of the waveforms can be reversed and superimposed on the other waveform, which is specified as the current waveform.
Page 224 8.5 Performing Advanced Analysis (Advanced Analysis) Differential Trace Tap the Diff. Trace item to display the Diff. Trace screen. Marker information of the trace waveform specified as the current trace Differential trace Waveform displays of Trace1 and Trace2 Markers for monitoring loss values Distances to the Overview display Loss display of each waveform...
Page 225 8.5 Performing Advanced Analysis (Advanced Analysis) Differential Trace Menu Load analysis waveforms. 4 Point Monitor Loss values can be measured for TraceA, TraceB, and differential trace. Selects the current trace (Trace A, TraceB, Diff.) Select the waveform to place 4 Point Monitor markers and cursors on. •...
Page 226 8.5 Performing Advanced Analysis (Advanced Analysis) Explanation Multi Trace Analysis Loading Waveform Data Up to four traces can be loaded. Loaded traces are displayed on a single screen, so you can compare them. The type of file that you can load is SOR. Loaded traces are displayed in line with the current trace.
Page 227 8.5 Performing Advanced Analysis (Advanced Analysis) Differential Trace Loading Waveform Data The type of file that you can load is SOR. A differential trace of traces that meet the following conditions can be displayed. • Sample interval • Measurement start position Current Trace The current trace can be set to one of the traces that are used for taking the difference.
Page 228: Chapter 9 Managing Data
Chapter 9 Managing Data Connecting USB Storage Device to the USB Ports CAUTION Do not remove a USB memory device or turn off the power when the USB memory access indicator is blinking or when data is being saved or loaded from internal memory. Doing so may damage the storage device (USB memory or internal memory) or corrupt its data.
Page 229: Using The Instrument As A Mass Storage Device
USB driver is automatically installed in the PC. TypeC TypeC USB cable The ends of the USB cable supplied with the AQ1210A, AQ1215A, product are both Type-C. If the USB port on AQ1210E, AQ1215E, your PC is of a different type, prepare your AQ1215F, AQ1216F own USB cable.
Page 230: Displaying The Data Management Buttons
Displaying the Data Management Buttons This section explains how to display the buttons used to save and load data, export reports, and operate files. Procedure Displaying the Data Management Buttons Using the FILE Icon You can display the data management buttons using the FILE icon shown on the data display screen of the OTDR, power meter, and the like.
Page 231 9.3 Displaying the Data Management Buttons Displaying the Data Management Buttons Using the MENU key Press MENU to display the MENU screen. The data management buttons appear. MENU screen Report file operation Data management is not possible. buttons Save data Load data Operate files (see sec.
Page 232: Saving And Loading Data
Saving and Loading Data CAUTION Do not remove a USB memory device or turn off the power when the USB memory access indicator is blinking or when data is being saved or loaded from internal memory. Doing so may damage the storage device (USB memory or internal memory) or corrupt its data. French ATTENTION N’enlevez pas un dispositif de mémoire USB et ne coupez pas l’alimentation électrique...
Page 233 9.4 Saving and Loading Data Saving the Data of Multi Wavelength Measurement (1310 nm/1550 nm) (SOZ format) You can save the two waveforms of multi wavelength measurement as a single data file in SOZ format. When the data is saved in SOR format, the current waveform is saved. To save the two wavelengths separately, save each file by switching the current waveform display.
Page 234 9.4 Saving and Loading Data Loading Data (excluding system settings) Tap the File icon to display the data management buttons. Tap LOAD. A file list screen for loading data appears. Tap an SOR file to select it. Execute the data load operation. A feature starts according to the content of the file. File List Screen for Loading Data Set the file list display method (list, detail).
Page 235 9.4 Saving and Loading Data Explanation Saving Data The following types of files can be saved. • System setup Extension Description System settings are saved to a file in CFG format. • OTDR feature Extension Description Waveform data measured from an optical pulse (including the measurement conditions) is saved in an SOR file format that conforms to Telcordia SR-4731.
Page 236 9.4 Saving and Loading Data Loading Data The following types of files can be loaded. • System setup Extension Description System setup information file. • OTDR feature Extension Description File in a format that conforms to Telcordia SR-4731 or Bellcore GR-196-CORE (must be a data file with measurement conditions that can be set on the instrument) Optical pulse waveform data (including the measurement conditions) for two wavelengths measured with the multi wavelength measurement feature.
Page 237: Creating Report Files
Creating Report Files CAUTION Do not remove a USB memory device or turn off the power when the USB memory access indicator is blinking or when data is being saved or loaded from internal memory. Doing so may damage the storage device (USB memory or internal memory) or corrupt its data. French ATTENTION N’enlevez pas un dispositif de mémoire USB et ne coupez pas l’alimentation électrique...
Page 238 9.5 Creating Report Files File List Screen for Creating Reports Set the file list display method (list, detail). : List Sorts the file list : Detail Displays the contents of the next higher level folder File path List of files and folders Exports a report file Name of the file to be saved See “Setting the File Name”...
Page 239 9.5 Creating Report Files Exporting File List Data to Report Files Press MENU to display the MENU screen. Tap OTDR to display the OTDR screen. Tap the File icon to display the data management buttons. Tap FILE to display the file list screen. File Operations Data management buttons...
Page 240 9.5 Creating Report Files Tap the export report icon. A report file will be created. Set the file list display method (list, detail). : List Sorts the file list : Detail Displays the contents of the next higher level folder File path List of files and folders Exports a report file...
Page 241: Performing File Operations
Performing File Operations CAUTION Do not remove a USB memory device or turn off the power when the USB memory access indicator is blinking or when data is being saved or loaded from internal memory. Doing so may damage the storage device (USB memory or internal memory) or corrupt its data. French ATTENTION N’enlevez pas un dispositif de mémoire USB et ne coupez pas l’alimentation électrique...
Page 242 9.6 Performing File Operations File List Screen for Manipulating Files Sorts the file list Displays a screen for selecting files and folders to be manipulated (rename, copy, delete files and folders) Set the file list display Displays the contents of the next higher method (list, detail).
Page 243 9.6 Performing File Operations • Copying Files and Folders Tap the icon. A file list screen of the copy destination folder appears. Change the folder as necessary. Returns to the previous screen Copy destination file list Copy destination example: Under the Sample folder Starts copying The file or folder is copied in the displayed file list.
Page 244 9.6 Performing File Operations Loading Files (SOR Format, CFG Format) Select the file you want to load. A screen with file operation icons shows a load file icon. A screen with file operation icons Returns to the previous screen Loads files The selected files will be loaded.
Page 245: Chapter 10 System Setup
Chapter 10 System Setup 10.1 Displaying the System Setup Screen Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. You can display the system setup screen by pressing the SETUP key on screens other than the MENU screen, such as those of the OTDR feature and power meter feature.
Page 246 10.1 Displaying the System Setup Screen Explanation Screen Color Select the screen color from the following: Color 1 Color scheme based on black Color 2 Color scheme based on white B&W This setting is suitable when you want to print data saved in BMP or JPG format in black and white on an external printer.
Page 247: Using The Power Save Mode
10.2 Using the Power Save Mode Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. Tap Power Save to display the Power Save screen. When using the USB-AC adapter Set the LCD brightness (Bright, Normal, Power save, OFF). Set the LCD brightness Set the sleep function When using the battery...
Page 248: Using The Network (Lan)
AQ1215F, AQ1216F Note Please use your own communication dongle. For the recommended communication dongles that can be used with this instrument, contact your nearest YOKOGAWA dealer. Network Setup Screen Press MENU to display the MENU screen. Press SETUP to display the system setup screen.
Page 249 For details on DHCP and TCP/IP, contact your network administrator. Please use your own communication dongle. For the recommended communication dongles that can be used with this instrument, contact your nearest YOKOGAWA dealer. Enabling and Disabling the Network Feature Set the user name, password, timeout value, and TCP/IP parameters, and then select Valid.
Page 250 10.3 Using the Network (LAN) Subnet Mask Set the mask value for determining the subnet network address from the IP address. In a network such as the Internet, networks are divided and managed in small subnets. Subnet mask is a value that defines how many bits of the IP address is used for network identification.
Page 251: Using The Wlan Application
AQ1215F, AQ1216F Note Please use your own communication dongle. For the recommended communication dongles that can be used with this instrument, contact your nearest YOKOGAWA dealer. Starting the Wireless LAN Application Press MENU to display the MENU screen. Press SETUP to display the system setup screen.
Page 252 10.4 Using the WLAN Application Configuring the Wireless Network Tap the Advanced Setup button to display the Advanced Setup screen. Set the remote control login information. Set the access point. Setting the Access Point Tap Access Point Mode Setup to display the Access Point Mode Setup screen. Set the authentication password.
Page 253 10.4 Using the WLAN Application Setting the Remote Control Login Information Tap Application Setup to display the Application Setup screen. Set the user name. A character input screen appears. For instructions on how to input characters, see the Getting Started Guide, IM AQ1210-02EN. Set the password.
Page 254 10.4 Using the WLAN Application • Operation on the Wireless Terminal Search for the access point from the wireless terminal, and connect to the access point. Check that the SSID is the same as that of the instrument. Start OTDR Data Transporter on the wireless terminal. For the operating procedure of the application, see the application software’s help.
Page 255 10.4 Using the WLAN Application Operation on the Wireless Terminal (Yokogawa OTDR Remote Controller) Continuing from step 5 on page 10-9, search for the access point from the wireless terminal, and connect to the access point. Check that the SSID is the same as that of the instrument.
Page 256 If you set the user name in the network settings to “anonymous,” enter “anonymous” for the user name. You do not have to enter the password. • To connect in View Mode, enter “guest” for the user name and “yokogawa” for the password. • User name and password are case-sensitive.
Page 257 10.4 Using the WLAN Application • Displaying the File Dialog Box Click File List at the top of the screen. A folder structure of the instrument internal memory and USB memory devices connected to the instrument appears. Click download to download the corresponding file to the wireless terminal. Click to download files Explanation Access Point...
Page 258 You can transfer data saved on the instrument to a wireless terminal. To use this feature, you need to install OTDR Data Transporter (a YOKOGAWA software application) in the wireless terminal. This software application is a freeware. Visit the YOKOGAWA webpage below, and download OTDR Data Transporter.
Page 259 10.4 Using the WLAN Application • Touch Panel Remote Control The instrument’s touch panel remote control only supports tap operations. You can perform the equivalent of tapping by clicking the mouse. Dragging and pinching are not possible. • Downloading Files •...
Page 260: Specifying The Expiration Date
10.5 Specifying the Expiration Date Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. Tap Expiration Date Setup to display the Expiration Date Setup screen. When you set the expiration date and time, the number of remaining days until expiration is displayed.
Page 261 10.5 Specifying the Expiration Date Setting the Expiration Message Tap Message Setup to display the Message Setup screen. The set message Enter the message by following the procedure provided in “Entering Text” in the Getting Started Guide, IM AQ1210-02EN. Enabling the Expiration Date Settings Continuing from step 3, tap Expiration Release Code to display a number input screen.
Page 262 If you forget the release number, you will not be able to release the expiration date settings. The release number cannot be initialized. Be sure to manage the release number carefully. If you forget the release number, contact your nearest YOKOGAWA dealer. 10-18...
Page 263 10.5 Specifying the Expiration Date Explanation This feature displays a message at startup or locks the instrument when the specified expiration date arrives. You can display a message that urges you to calibrate the instrument or the like when the recommended calibration period elapses.
Page 264: Chapter 11 Troubleshooting, Updating, And Storage
• If a message appears on the screen, see the following pages for reference. • If servicing is necessary, or if the instrument does not operate properly even after you have attempted to deal with the problem according to the instructions in this section, contact your nearest YOKOGAWA dealer. Symptom Corrective Action...
Page 265: Error Message Display
The measurement condition cannot be replicated. Please modify the measurement setup where ****** is shown. Not executable during measurement. Please stop the measurement and execute again. Hardware failed, and needs to be repaired. Please contact Yokogawa's representatives. Hardware failed, and needs to be repaired. Please contact Yokogawa's representatives.
Page 266 In USB Storage mode, all keys are locked. Please disconnect the USB Cable. Battery is low. Please power it off, and charge the battery or replace the battery. Or, please use the power supply. Backup battery is low Please contact Yokogawa's representatives. 11-3...
Page 267 Code Message Hardware failed, and needs to be repaired. Please contact Yokogawa's representatives. Battery is low. The instrument will be powered off in 10 sec. The temperature inside the instrument is too high. The instrument may be damaged if used in this condition.
Page 268: Viewing The Product Information
11.3 Viewing the Product Information Procedure Press MENU to display the MENU screen. The data management buttons appear. Tap the icon to display the product information screen. MENU screen Data management buttons Product Information Screen Index Executes a self-test Saves the hardware information screen as an image.
Page 269 If the self-test result is successful, the message “Test succeeded” will appear. If there is an error, the message “Test Error occurred” will appear. If an Error Occurs during a Self-Test If an error occurs, contact your nearest YOKOGAWA dealer. 11-6 IM AQ1210-01EN...
Page 270: Updating The Firmware
11.4 Updating the Firmware Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. You can display the system setup screen by pressing the SETUP key on screens other than the MENU screen, such as those of the OTDR feature and power meter feature. Depending on the feature, you may need to tap the System tab after displaying the setup screen with the SETUP key.
Page 271 11.4 Updating the Firmware File List Screen for Selecting the Firmware File Set the file list display method (list, detail). Sorts the file list : List Displays the contents of the next higher level folder : Detail File path Firmware update file Executes firmware updating List of files and folders Explanation...
Page 272: Factory Default Settings
11.5 Factory Default Settings Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. You can display the system setup screen by pressing the SETUP key on screens other than the MENU screen, such as those of the OTDR feature and power meter feature. Depending on the feature, you may need to tap the System tab after displaying the setup screen with the SETUP key.
Page 273 11.5 Factory Default Settings Factory Settings Screen Initializes settings The setup data will be initialized. Initializes the settings and deletes data The setup data will be initialized. Waveform data, image data, and the like in the USER folder in the instrument internal memory will also be deleted. Note •...
Page 274: Adding Options
11.6 Adding Options Procedure Press MENU to display the MENU screen. Press SETUP to display the system setup screen. You can display the system setup screen by pressing the SETUP key on screens other than the MENU screen, such as those of the OTDR feature and power meter feature. Depending on the feature, you may need to tap the System tab after displaying the setup screen with the SETUP key.
Page 275: Mechanical Inspection And Operation Check
• Switches, connectors, and screws are not loose. • Switches and moving parts work smoothly. If there are any problems, contact your nearest YOKOGAWA dealer. Operation Check Turn the instrument on to start it. Check the following to verify that the instrument is running normally.
Page 276: Routine Maintenance
11.8 Routine Maintenance Cleaning the Outside of the Instrument To clean the LCD or the outside of the instrument, turn the power off, and remove the USB-AC adapter from the instrument. Use a damp, well-wrung cloth to clean the outside and then wipe it off with a dry cloth.
Page 277 11.8 Routine Maintenance Make sure that the instrument is turned off. Open the cover of the OTDR port or light source port (option). Remove the optical adapter. For instructions, see “Replacing the Optical Adapter” in the Getting Started Guide, IM AQ1210-02EN. Use a lens cleaner to clean the optical fiber end face.
Page 278: Storage Precautions
11.9 Storage Precautions Before Storage Clean the instrument before storage. For details on cleaning, see section 11.8. Storage Conditions Store the instrument under the following conditions. • In a place where the temperature and humidity are within their allowable ranges. •...
Page 279: Appendix 1 Using Open Source Software
Appendix Appendix 1 Using Open Source Software Using Open Source Software This product includes open source software. For the open source software licenses, see TermsAndConditions_OpenSourceSoftware.pdf in the USER\DATA\USERS_MANUAL folder of this instrument. For instructions on how to access the USERS_MANUAL folder in the internal memory of this instrument, see the “How to View the User’s Manual”...
Page 280 Index Numerics Page Page 2 Point Markers ..............6-12 dead zone ................1-9 2 Point Markers (line) ............. 6-7 Delete Data (optical power meter) ........7-15 2 Point Markers (marker) ............6-6 Delete Data (PON power meter) .......... 7-27 2-Way Trace ................. 8-50 Del.Event (Event) ..............
Page 281 Index multi trace analysis ............... 1-25 Page multi trace analysis menu ............. 8-48 gateway (network) ..............10-6 multi wavelength measurement ..........1-6 ghost cursor ................2-17 Page Page near-end reflection..............1-8 Hi-Reflection ................2-4 network ................. 1-30 Hi-Speed................. 2-4 Network Setup ..............10-4 HOLD (optical power meter) ..........
Page 282 Index Page Page sample interval ............... 2-4 ZERO SET (auto loss test, loopback) ........8-35 SAVE ..................9-5 ZERO SET (auto loss test, optical power meter) ....8-31 Save Data (optical power meter) .......... 7-14 ZERO SET (optical power meter) ..........7-11 Save Data (PON power meter)..........

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Aq1210a Aq1216f Aq1210e Aq1215e Aq1215f

YOKOGAWA AQ1215A User Manual

Chapter 1 Features

Chapter 2 Setting up the OTDR Feature

Chapter 3 Performing Real-Time Measurement

Chapter 4 Performing Averaged Measurements

Chapter 5 Analyzing Events

Chapter 6 Analyzing Waveforms

Chapter 7 Using the Utility Feature

Chapter 8 Using the Application Feature

Chapter 9 Managing Data

Chapter 10 System Setup

Chapter 11 Troubleshooting, Updating, and Storage

Appendix 1 Using Open Source Software

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