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Table of Contents
Related Manuals for Yamasaki Y40 Series
Summary of Contents for Yamasaki Y40 Series
- Page 1 OPTICAL TIME DOMAIN REFLECTOMETER （ （ （ （ OTDR） ） ） ） QUICK START GUIDE...
- Page 2 Statement This manual is the internal manual of the instrument to guide the operation and use of the instrument, the version number is V2.0. The illustrations in this manual are for reference only, and the instrument interface of different product series may be different.
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Page 3: Table Of Contents
Contents Product Description ..........................4 I. Product introduction ........................4 II. Main features of the product ......................5 III. Other features ..........................5 IV. Switch machine and charge and discharge operation ..............6 Chapter 1 Home ............................7 Chapter 2 OTDR ............................8 I. -
Page 4: Product Description
Product Description I. Product introduction This product is a new generation of 7-inch capacity touch screen comprehensive tester. The product is rich in functions, durable in structure and also has a nice appearance. Using excellent intelligent hardware and software design, it is used to measure parameters such as the length, loss, and connection quality of fiber optic cables. -
Page 5: Main Features Of The Product
II. Main features of the product (1) OTDR function: supports start fiber, end fiber setting, Pass/Fail threshold determination, test report generation and other functions. (2) Event map function: intelligent link test (multiple pulse width test) and visual event list. (3) Light source function: generate CW, 270Hz, 1kHz, 2kHz laser light source. (4) Optical power meter function: -70dBm~+6dBm or -50dBm~+26dBm （... -
Page 6: Switch Machine And Charge And Discharge Operation
IV. Switch machine and charge and discharge operation 1.Switch machine Power-on operation: In the power-off state, press the power-on button for >2s and the battery power >3%, the power-on indicator lights up. Soft shutdown operation: In the power-on state, after pressing the switch button for > 2s or by pulling down the status bar so the shortcut operation menu pops up, then click Shutdown, a shutdown prompt box will pop up, select "Yes", and the instrument will shut down. -
Page 7: Chapter 1 Home
Chapter 1 Home Status bar: Indicates Red Light, TF card, Bluetooth, U disk, charging status, and power %. Pull down the status bar to pop up the following short-cut operation interface, click other areas to close the shortcut operation interface. The quick operation interface includes the Bluetooth switch, Type-C USB (data transfer) switch, VFL switch, quick screenshot, main sound switch, Wifi and brightness adjustment. -
Page 8: Chapter 2 Otdr
Chapter 2 OTDR I. Settings The setting interface is the first interface of the OTDR function: select the test range, pulse width, time, wavelength, and mode in turn. Different ranges correspond to different optional pulse widths, RT is the real-time test mode, and the selected test time is the average mode. ... -
Page 9: Advanced Settings
II. Advanced settings Settings -> Advanced Settings (click) Options: Click "Options"/set title to switch setting content; Default: The current interface setting parameters are restored to the factory settings. (1) Measurement settings Set refractive index, back-scattering coefficient, start fiber, end fiber, measurement units. PON mode: Turn on the PON mode, the PON network test performance is improved. - Page 10 (2) Analysis settings Set the reflection threshold, non-reflection threshold, and end threshold required for event analysis. (3) Pass/Fail Pass/Fail is used to set the Pass/Fail function parameters, and can set the average loss of different wavelengths, total link loss, splice loss, connection loss and reflectivity judgment thresholds. If the set thresholds are exceeded, they will be marked in the event list.
- Page 11 (4) General settings Auto save: The tested OTDR curve is automatically saved according to the default save name; Prompt save: prompt the user whether to save the test curve when testing again after opening; Grid: OTDR curve background displays grid after it is turned on; Event list show section: Turn on, the event list will be displayed according to the section mode;...
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Page 12: Documents
III. Documents File(click) The "File" in the OTDR can use the SOR file saved by the OTDR test and the generated test report PDF file, and the SOR file is saved in a date-named folder. "Tick" means selected, the selected operation object can be opened, deleted, renamed, copied, etc. "Change color"... -
Page 13: Curve Operation
IV. Curve operation Save: save the current curve and generate a test report; Setting: Click to return to the setting interface and set the test parameters; Curve: zoom in on the test curve, move the cursor, and compare the curves; ... - Page 14 2.Waveform analysis (1) Zooming and moving the waveform Waveform zoom: Full touch gestures expand outward to zoom in the zoom center area; Waveform zoom out: Full touch gestures zoom in the center area to zoom out; Waveform reset: Click the "1:1" button or double-tap the screen to reset the waveform; ...
- Page 15 （ （ （ （ ） ） ） ） O pen multiple curves File -> Target SOR File -> Open Supports opening 3 SOR files at the same time for curve analysis and comparison operations. ； The currently selected curve, click to switch ...
- Page 16 （ （ （ （ ） ） ） ） L oss, attenuation, reflectivity, return loss analysis Loss analysis: When calculating the loss of "Event 1" in the figure, the cursor sequence position is as shown in the figure below; 2-point method displays the distance and loss of A-B cursors in real time; ...
- Page 17 Reflectivity analysis: When calculating the reflectivity of event 1 in the figure, the cursor sequence position is shown in the following figure. 2-point method to calculate A -B cursor distance and loss in real time ； 3-point method calculates the reflectivity of the measured event in real time. Return Loss (ORL) Analysis: Analyze the total return loss of the link under test and the return loss within the A-B cursor position.
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Page 18: Save
V. Save Save SOR file: Curve Operation -> Save -> Save File Step 1: Set the name and save parameters, select the storage path, Step 2: Confirm save. Curve Operation -> Save -> Save File -> Save Settings Save setting is used to set the SOR file save content such as fiber identification, cable identification, cable code, location and project type, project code, company name, operator, direction, etc. - Page 19 Generate PDF test report: Curve Operation -> Save -> Save PDF Step 1: Set the name and save parameters, select the storage path, Step 2: Confirm to save. Curve Operation -> Save -> Save PDF -> Save Settings Save settings are used to set the test information included in the generated PDF report.
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Page 20: Chapter 3 Event Map
Chapter 3 Event Map Test Step 1: Select the test wavelength, you can choose single wavelength or dual wavelength test mode; Step 2: Click Auto Test. After the test is completed, the test results are displayed in the event map and list. Click the corresponding wavelength to view the event list for each wavelength. -
Page 21: File
File You can open, delete, rename and copy a saved event map in .emp format. III. Save Save the test results on event maps as .emp files or generate a pdf test report. -
Page 22: Settings
IV. Settings 1. Measurement settings Set the refractive index, back-scattering coefficient, transmitting fiber, receiving fiber and measurement unit. 2.Analysis settings Set the reflection threshold, non-reflection threshold, and end threshold required for event analysis. - Page 23 3. Pass/fail Pass/Fail is used to set the function parameters, and can set the judgment thresholds of different wavelength average loss, total link loss, splice loss, connection loss, reflectivity and splitter loss. marked in the list. 4. General settings Set the display mode of auto save, prompt save, save name prefix, save path and event list.
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Page 24: Chapter 4 Laser Source
Chapter 4 Laser Source The wavelength of light source function is consistent with the wavelength of the OTDR, and supports the output of CW continuous wave light and 270Hz, 1kHz, 2kHz modulated light. Step 1: Connect the LS interface (same as the OTDR interface); Step 2: Click the switch button to turn on the light source and select the output mode, and the status bar shows ON. -
Page 25: Chapter 5 Vfl
Chapter 5 VFL The VFL function means that the wavelength of the visual fault locator is 650nm, and it supports constant light and 1Hz, 2Hz debugging light output. Step 1: Connect the VFL interface; Step 2: Click the constant light to turn on the red-light function or pull down the status bar to switch the red light on and off through the shortcut menu, and the status bar will display the status. -
Page 26: Chapter 6 Opm
Chapter 6 OPM The optical power meter function displays the optical power value of the DUT in dBm and mW units in real time, and automatically determines and displays the frequency of the DUT (power value >-20dBm). Step 1: Connect to the DUT, click Start; Step 2: Select the wavelength. -
Page 27: Chapter 7 Insertion Loss
Chapter 7 Insertion Loss The optical loss test function supports turning on the light source and the optical power meter at the same time, and is mainly used to measure the insertion loss of the DUT. Step 1: Click Start; Step 2: Use a short jumper to short-circuit the light source LS and the OPM port of the optical power meter, and click the reference;... -
Page 28: Chapter 8 Fiber Inspection (Optional)
Chapter 8 Fiber Inspection (Optional) Fiber end-face inspection enables real-time viewing fiber connector cleanliness. Step 1: Connect the end-face detection probe to the USB-A interface; Step 2: Click Start; Step 3: Connect to the DUT and check the cleanliness of the end-face under test in real time. -
Page 29: Chapter 9 Ethernet Tools
Chapter 9 Ethernet Tools I. Internet Tools 1.PING Connect to Ethernet LAN2, enter the remote host IP in the PING test, and click Start. To determine whether the Ethernet physical link is successfully connected, the test result can be saved as a txt file. -
Page 30: Link Tools
3. IP Scan Connect the Ethernet LAN2, enter the start scan IP and end scan IP in the same IP segment, and scan the IP used in the IP segment. II. Link Tools 1. Link speed The link test used to test the speed performance between the physical links, routers, switches, photoelectric conversion devices, etc. - Page 31 Step 1: Connect the DUT between the two instruments through the LAN2 interface; Step 2: One instrument is set as the server, and the other is set as the client; Step 3: Set the other party's IP address and port number and other information, and click Test. 2.RJ45 Find （...
- Page 32 3.RJ45 Order （ （ （ （ o ptional ） ） ） ） Step 1: Connect the network cable under test to the Ethernet interface LAN1; Step 2: Connect and separate the remote end at the end of the network cable under test; Step 3: Click Start.
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Page 33: Chapter 10 Remote Test
Chapter 10 Remote Test The host computer is connected to the instrument through Ethernet, and the software of the host computer realizes remote control such as parameter distribution, start-up test and graphic display. (Remote test operation please refer to Appendix I) Step 1: Set the IP address and port number of the machine;... -
Page 34: Chapter 11 File
Chapter 11 File System-level file management can open, delete, copy, rename and other internal files of local disks, external U disks, TF cards and other storage devices (files can be imported through the Type-C USB interface). The files in the local disk are stored and displayed according to functional modules. -
Page 35: Chapter 12 Settings
Chapter 12 Settings 1 . Backlight Set the backlight brightness and the backlight sleep time. If the backlight does not operate within the set time, the backlight will automatically decrease and resume after operation. 2 . Date time Set the date and time of the system, and click Save after modification. - Page 36 3. Language Select the language of the system. 4 . Power Options Set the automatic shutdown time of the instrument. If no operation is performed within the set time, the instrument will automatically shut down.
- Page 37 5. Connect The main connections are Type-C interface USB switch and Bluetooth switch. Turn on the Type-C USB switch, connect the instrument to the computer through the data cable, and export or import the internal test files of the instrument on the computer; Turn on blue-tooth, set the blue-tooth connection name, and connect the instrument through the mobile phone APP, which can realize the control of the OTDR, VFL, optical power meter, light source functions of the instrument, the acquisition and upload the internal files of the instrument.
- Page 38 7 . Lock screen Set and modify the power-on password operation of the instrument. 8. Storage View the storage space usage of internal storage, external U disk, and TF card.
- Page 39 9 . Default APP Set the default startup add-on when the instrument is powered on. 10 . Internet Set the internal IP address and other information of the instrument, the IP is consistent with the Ethernet Tools and Remote Test.
- Page 40 11. Software update U disk upgrade: The upgrade file is located in the root directory of the U disk, insert the U disk, and click U disk upgrade. 12. Factory reset Click the " Factory reset " to restore all the internal settings of the instrument to the factory settings.
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Page 41: Appendix I Remote Test
Appendix I Remote Test Step 1: Connect the device to remote computer through the Ethernet LAN2 interface (modify the IP address in the system settings); Step 2: Enter the Ethernet remote test function and start the monitoring service; Step 3: Configure the TCP/IPv4 IP address of the host computer to be in the same segment as the device;... -
Page 42: Appendix Ii App-Side Bluetooth Control Device
Appendix II APP-side Bluetooth control device (Optional) Please scan QI code to download the Bluetooth APP. Step 1: Turn on Bluetooth in System Settings -> Connect “Bluetooth”, until display the Bluetooth MAC address;... - Page 43 Step 2: On mobile phone APP, add a Bluetooth device, scan the corresponding MAC information, and then the connection is successful; Step 3: The Bluetooth APP terminal can control the operation of the light source function, the optical power meter function (OPM) and the red-light function (VFL);...
- Page 44 Step 4: The Bluetooth APP terminal operates the OTDR function, sets the test parameters, starts the test and checks the test results ； Step 5: Transmission and sharing test results.