Grandway fho3000 d26 инструкция на русском

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• Page 1
  FHO5000 Optical Time Domain Reflectometer (OTDR) Manual FHO5000 English Version…
• Page 2
  FHO5000 Optical Time Domain Reflectometer (OTDR) Manual…
• Page 3
  Every effort has been made in the preparation of this manual to ensure the accuracy of its contents. However, should you have any questions or find any errors, please contact your nearest GRANDWAY dealer. Copying or reproducing all or any part of the contents of this manual without…
• Page 4
  FHO5000 Trademark Microsoft, Windows, and Windows XP are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. Adobe and Acrobat are trademarks of Adobe Systems Incorporated. For purposes of this manual, the TM and ® symbols do not accompany their Respective trademark names or registered trademark names.
• Page 5
  FHO5000 Standard Accessary OTDR standard accessary showed in next table. Num. Description Quantity Power Adapter(220V 50Hz) Power Patchcord Data Cable Carrying Case Securing Strip Manual Module OTDR optional accessary showed in next table. Num. Item OTDR1 module Standard VFL(visual fault locator) module Standard OTDR2 module Optional…
• Page 6
  FHO5000 Safety Precautions To use the instrument safely and effectively, be sure to observe the precautions given in the user’s manual. Not complying might result in injury or death. Before test with OTDR module please ensure there is no active signal in optical network under test, any s i g n a l w h i c h p o w e r i s h i g h e r t h a n 0 d B m w i l l permanently damage this meter and this kind of damage are not within the scope of free warranty!
• Page 7
  FHO5000 Warning Use the Correct Power Supply Before connecting the power cord, ensure that the source voltage matches the rated supply voltage of the AC adapter and that it is within the maximum rated voltage of the provided power cord. Use the Correct Power Cord Use only the power cord that comes with the instrument.
• Page 8
  FHO5000 Symbol Icons on the main body or in manual Warning: handle with care. Refer to the user’s manual or service manual. This symbol appears on dangerous locations on the instrument which require special instructions for proper handling or use. The same symbol appears in the corresponding place in the manual to identify those instructions Direct current Stand-by (power)

• Page 9: Table Of Contents

  FHO5000 Content 0.0Names and Functions of Parts…………………………0.1 Front Panel………………………………0.2 Top Panel………………………………0.3 Back Panel………………………………0.4 Side Panel………………………………0.5 Main Menu Interface…………………………….0.6 OTDR Module Interface…………………………..0.7 VFL Module Interface…………………………….. 1.0 Preparation………………………………1.1 Attaching the Belt…………………………….1.2 Connecting Power supply…………………………..1.3 Turnning on………………………………

• Page 10
  FHO5000 4.3 Event List………………………………4.4 Distance Measurement…………………………..4.5 OTDR Optimizing Tool…………………………… 4.6 Setting proper parameters…………………………..5.0 Expanding the Waveform and Moving the Display Area………………….5.1 Switching between Event list and display window……………………… 5.2 Cursor Operation…………………………….5.2.1 Activating Cursor…………………………….5.2.2 Moving Cursor…………………………….5.3 Curve Operation…………………………….
• Page 11
  FHO5000 8.0 VFL Module………………………………9.0 FLM Test (Optional) …………………………….. 10.0 OPM Module(Optional)…………………………..11.0 OLS Module(Optional)…………………………..12.0 FIM Module(Optional)…………………………..13.0 Waterproofing work(optional)…………………………14.0 Touch Screen(optional)…………………………..15.0 Software Update…………………………….16.0 Background Information on Measurements……………………..16.1 Viewing the Optical Pulse Measurement Waveform……………………16.2 Terminology………………………………17.0 Maintenance………………………………

• Page 12: Names And Functions Of Parts

  FHO5000 0.0 Names and Functions of Parts 0.1 Front Panel V I I V I II I I I Num. Item Function Tag select button(F1-F5) Enter relevant menu Direction key Move cursor and confirm FILE Open Database SETUP Proceed quick set ON/OFF Turn on/off OTDR Cancel current menu…

• Page 13: Top Panel

  FHO5000 0.2 Top Panel Num. Item Description AC-DC port Connect to AC adapter Main USB Connect external device like: U disk II III I V ,keyboard and FIM Probe Internet Access Connect to internet Sub USB(mini USB) Remote control through PC VFL(visual fault locator) port VFL module port OTDR1 port…

• Page 14: Side Panel

  FHO5000 0.4 Side Panel Num. Description Handle belt buckle Fenders 0.5 Main Menu Interface Num. Function Description Side menu Enter relevant interface Function Modules Area Enter relevant module Basic State Information Area Display information of date ,time and power…

• Page 15: Otdr Module Interface

  FHO5000 0.6 OTDR Module Interface Function Description Thumbnail of current curve For user’s reference to the integrated curve. Curve display and operating area Display events and curves. Event list area Display event information including: «Type»,»distance(Km)»,»Loss(dB)»,»T.Loss(dB)»,»Slope (dB/km)» and «Reflection(dB)». Test condition information area Display condition information of test including»PW»(Pulse width), «WL»(wavelength),resolution of X axis and Y…

• Page 16: Preparation

  FHO5000 1.0 Preparation 1.1 Attaching the Belt Procedure: 1. Introduce belt through the buckle. 2. Put on the sheath . 3. Introduce belt through another buckle. 4. Fix the belt.

• Page 17: Connecting Power Supply

  FHO5000 1.2 Connecting the Power Supply AC adapter Using AC adapter Connect to adapter after shut down Patchcord Once connect to AC adapter , power indicator turns red(if it is not fully charged), adapter is charging the battery , after fully charged power indicator turns green.

• Page 18: Turnning On

  FHO5000 1.3 Turning on Press power button(>2s) to turn on OTDR, power state indicator turns green .when power is low some warning information will display on the screen. Power state indicator Launching state indicator Green light: Working state or fully charged Green light: Proceed realtime test Red light: Charging state Red light: Proceed averaging test…

• Page 19: Connecting The Fiber

  FHO5000 1.4 Connecting the Fiber Before connect fiber to FHO5000,clean fiber end first ,the dust which on the end of connector may damage the optical port or reduce test quality. Procedure: 1. Put connector against the cleaner. 2. Rotate the handle of cleaner. 3.

• Page 20: Introduction Of Otdr

  FHO5000 2.0 Introduction of OTDR 2.1 Purpose of Measurement OTDR shows the back-scatter light power of the optical signal relative to the distance. With this information, the OTDR could measure a series of important information of an optical fiber such as the quality of the line, distance of the line and etc. 2.2 Content of Measurement Event position—a broken point or the end of the tested fiber.

• Page 21
  FHO5000 Normal Curve A normal trace shows as above, the A mark is a start-peak and the B mark is a end-reflection-peak. The tested trace is oblique, the total loss will become bigger with the increasing of the fiber length. The total loss(dB) divides total length is the average loss(dB/km) of a fiber.
• Page 22
  FHO5000 Curve with Broken Point If the tested trace is just like the figure shows above, this might be caused by several reasons like: a bad connection between the connector and the lunching port, the optical pulse cannot be launched into the optical fiber or a short distance broken point of the tested fiber from the initial connection and the preset testing distance and pulse width is larger.
• Page 23
  FHO5000 Abnormal Condition The situation that there is no reflection peak at the end of a trace shows above should be paid attention on. If the distance of the tested fiber is available and the distance shown on OTDR is not equal to the original distance, this shows that the fiber might be broken down or twisted and the bending radius of it is over limited.

• Page 24: Fundamental Of Otdr

  FHO5000 2.4 Fundamental of OTDR OTDR——Optical Time Domain Reflector is a high precision optical testing meter that use the theory of Rayleigh scattering and Fresnel reflection. It is widely used in the maintenance, construction and monitoring of an optical line. All the important parameters like fiber length, optical loss, connection loss, broken or twisted point and etc.

• Page 25
  FHO5000 Formula of the distance: distance = (c/n)*(t/2). Here: c is the light speed traveled in vacuum(2.998*108m/s). T is the delay between launching pulse and receiving pulse. N is the refraction ratio of the testing fiber(specified by manufacturer). When display the whole trace, each point of the trace represents the average value of several sampling points. By zoom in and zoom out function, the value of each sampling point can be got.

• Page 26: Event Type

  FHO5000 2.5 Event Type Start event or non Reflection event End event reflection event The events on trace are all the points that the value of power loss fluctuates abnormally. It usually contains various types of connection and bending, crack, broken and etc. The event points marked on trace with special marks are the abnormal points in a fiber that cause the excursion of a normal trace.

• Page 27: Setting Measurement Conditions

  FHO5000 3.0 Setting Measurement Conditions Press 【SETUP】button on the panel to enter test setting interface. The meaning of items indicated in the following table: Test Wave Test wavelength of OTDR. Test Mode Auto Mode: FHO5000 will set best parameters for current test Manual Mode: set parameters manually. Test Time Under averaging test mode(TEST), longer test time has better SNR (Signal Noise Ratio) but takes more time .

• Page 28: Setting To Auto Mode

  FHO5000 3.1 Setting to Auto Mode In Auto mode,you could just proceed test by setting proper wavelength. Procedure: SETUP 【SETUP】 1.Press button to enter «Test Setting» interface. 2. Set «Auto» mode. 3.Set test wave. Caution 　　　　 Auto test mode is not suitable to proceed Blind area test,user should enter «Manual» mode and choose «Blind area test»…

• Page 29: Setting To Manual Mode

  FHO5000 3.2 Setting to Manual Mode In manual mode,user could set proper range and pulse width manually. Procedure: SETUP 【SETUP】 1.Press button to enter «Test Setting» interface. 2. Set «Manual» mode. 3.Set test wave. 4.Set range and pulse width. Caution 　　　　…

• Page 30
  FHO5000 Proper relationship between Range(MR) and pulse width(PW)(For user’s reference only) 10km 40km 120km 100m 500m 20km 80km 160km 240km √ √ △ △ △ △ △ △ △ △ △ √ √ √ △ △ △ △ △ △ △…

• Page 31: Making Measurements

  FHO5000 4.0 Making Measurements FHO5000 has two test modes: averaging test mode and realtime test mode. 4.1 Averaging Test Mode Averaging test mode can calculate the data of curve over a period of time and display as a averaging one ,test time could set «Test Time»…

• Page 32: Realtime Test Mode

  FHO5000 4.2 Realtime Test Mode Realtime test mode could check network , adjust test range and pulse width in real-time. Press 【REALTIME】 button on control panel, test state indicator turns green,enter realtime test interface. REAL TIME Realtime test interface…

• Page 33: Setting Wavelength

  FHO5000 4.2.1 Setting Wavelength Procedure: 1. Select wavelength (WL) tag to set wavelength. 2. Confirm by 【OK】button. 4.2.2 Setting Test Range and Pulse Width Procedure: 1. Select tag «Params» to set Test range(MR) and Pulse width(PW)button. 【 】button. 2. Confirm by 4.3 Event List After test, event list will appear immediately at the bottom of the window, Event 1…

• Page 34: Distance Measurement

  FHO5000 Description of items showed in chart below: Item Description Type Type of event(Attenuation events, Reflection events and End event) Distance Distance from start point to event Section Distance from this event to last event. Loss Loss of this event(dB) T.

• Page 35: Otdr Optimizing Tool

  FHO5000 4.5 OTDR Optimizing Tool Guide Fiber Connecting Flange Reflection Event 1.Guide fiber Use an guide fiber to figure out the character of connector. By adding this fiber we could move the fist connector out of the blind area. In the same way we could use this way to figure out the character of last connector. 2.About guide fiber Proper length of Guide fiber is 100~1000m, it depends on the blind area of OTDR.

• Page 36: Setting Proper Parameters

  FHO5000 Setting Proper Parameters 164km test range is too long to the fiber of 7.6km At the fist time using OTDR, if user choose some testing parameter which is not suitable to the real condition may cause the bad result. User should take Testing range, pulse width and wavelength into consideration.

• Page 37
  FHO5000 Setting proper wavelength Proceed test with same fiber but different wavelength we will get different result. Longer the testing wavelength is,more sensitive of the bending, in below chart ,first splicing point has bending problem,splicing loss value under 1550nm is bigger than that under 1310nm.

• Page 38: Expanding The Waveform And Moving The Display Area

  FHO5000 5.0 Expanding the Waveform and Moving the Display Area 5.1 Switching between Event List and Display Window In «current test» interface, press【F4】button to switch between «Curve»and «Event», expend each section after switch, this function could also switch Original event window between cursor(«Curve») and selection tag(«Event»).

• Page 39: Cursor Operation

  FHO5000 Every time move selection bar to an event in event list, cursor will move s y n c h r o n o u s l y t o r e l e v a n t e v e n t o n c u r v e . U s e r c o u l d u s e «Zoom»,»Move»,»Switch»function to adjust curve to a better position, for more information please refer next sections.

• Page 40: Moving Cursor

  FHO5000 5.2.2 Moving Cursor Cursor B 【 ▶ 】/【 ◀ 】 Set proper cursor, press button to move current cursor, long press to move cursor faster. Cursor A Cursor AB Sequence of cursor switching 5.3 Curve Operation 5.3.1 Horizontal Zoom Procedure: In «Current Test»interface, 1.

• Page 41: 2Vertical Zoom

  FHO5000 5.3.2 Vertical Zoom Procedure: In «Current Test»interface, 1. Press【F2】button, activate «Zoom»function. 2. Control【▶】/【◀】button to zoom in or zoom out curve. Original 【▶】: Zoom out 【◀】:Zoom in 3. Press【OK】button to reset curve. 5.3.3 Horizontal Shift After operation Procedure: In «Current Test»interface, 1.

• Page 42: 4Vertical Shift

  FHO5000 5.3.4 Vertical Shift Procedure: In «Current Test»interface, 1. Press【F3】button, activate «shift»function. Original 2. Control【▲】/【▼】button to move up or down. 【▲】: 【▼】 move up :move down. 3. Press【OK】button to reset curve. 5.4 Elaborating Event This section we will introduce how to elaborate an event on curve, example After operation as event 2 in right curve.

• Page 43: Switch Between Curves

  FHO5000 5.5 Switching between Curves This function could used to switch between several curves ,current curve displayed in yellow. Procedure : A Curve In «Current Test» interface, B Curve C Curve 1. Press【F2】button , active «switch»function. 2. Control【▲】/【▼】button to switch between curves. 【▲】:Switch to above curve 【▼】:switch to below curve 3.

• Page 44: Removing An Event

  FHO5000 5.6 Removing an Event Procedure: Target event In current Test interface, 1. Press【F1】button to activate tag, move cursor to the target event Appear by pushing»Next page»tag 【F4】 【F5】 3. Press «Remove Event»tag to remove event(S). 2. Press button to select»Next Page»tag. After operation this event in the event list disappear After operation cursor…

• Page 45: Adding An Event

  FHO5000 5.7 Adding an Event Procedure: In current Test interface, 1. Press【F1】button to activate tag, move cursor to the target event Target event 2.Press【F5】button to select»Next Page»tag( Please refer last section5.6 «Remove an Event»). 3. Press【F3】 to add event. Caution 　　　　…

• Page 46: File Operation

  FHO5000 6.0 File Operation 【 】 In “Current Test” interface Save the current curve , press FILE button on the board ,open “File 　　　 Operation”interface,showed as follow: FILE File Setting F5 «File Operation»interface 6.1 Saving Curve Procedure: In»Device Directory»window, 1. Press 【▲】/【▼】 to choose file and subfile then press 【OK】. 2.

• Page 47: Loading Curve(S)

  FHO5000 6.2 Loading Curve(s) Procedure: In»Device Directory»window, 1. Press 【▲】/【▼】to choose relative file and subfile press 【OK】. 2. Press【▶】 switch to «File list» window. 3. Control【▲】/【▼】 button to to select relevant file curve file(s),press 【OK】button to select the relevant file(s). 4.

• Page 48: File Setting

  FHO5000 6.5 File Setting Tags： Item Description Menu Back main menu Filename Modify prefix of file name Save Path Modify the save path of files File Operation Back to «File Operation» interface Quit Quit current interface Items： Item Description Filename Prefix of file name , modify by «Filename»tag menu AutoSave Path Save path of auto save…

• Page 49: Print Screen

  FHO5000 6.6 Print Screen FHO5000 could capture current screen and save as «.BMP»format file. Procedure: 1. Press «Next page»tag ,under test interface. 2. Press【F1】button to capture. User could check captured screen in «File Operation»by pushing【FILE】 button. Save Path Caution 　　　　 User could change save path under «File Setting»(refer section 6.5).

• Page 50: Entering Characters

  FHO5000 7.0 Entering Characters Text Editing Storage Path You can enter file names and comments from the Caps Lock character input screen shown below when saving the measured waveforms. Delete All irtual Keyboard Delete one character Input Method Space Save and Quit 7.1 Renaming Next guide will teach you how to change the name of file.

• Page 51: Vfl Module

  FHO5000 8.0 VFL Module VFL module could launch visiable light to identify the fiber ,locate fault of SM or MM fibers.It is the supplementary to the testing of blind area and basic tool of optical network, LAN ,ATM fiber system and telecommunication network maintenance.

• Page 52: Flm Test (Optional)

  FHO5000 9.0 FLM Test (Optional) FLM Test (Fiber Link Measurement), also known as «Optical Eye», uses multiple pulse width acquisitions and advanced algorithms to quickly characterize the fiber under test and display the optical events applying intuitive symbols. Press【F2】 Select «FLM» module «Setting»…

• Page 53: Opm Module(Optional)

  FHO5000 10.0 OPM Module(Optional) User could use OPM module to measure the power value in optical network and get the loss of the line with optical light source. Setting Set offset value and Display precision Reference value Press“REF”to set current power value as reference value Wavelength switch Press “WL switch”to switch wavelength Mode switch…

• Page 54: Ols Module(Optional)

  FHO5000 11.0 OLS Module(Optional) Start Turn on the laser source WL switch Switch between wavelengths Power Increase Increase the power value Power Decrease Decrease the power value Shutdown Turn off the laser source OLS Module interface Specification Working wavelength 850/1300/1310/1490/1550/1625/1650nm① Output power -25~0dBm Accuracy…

• Page 55: Fim Module(Optional)

  FHO5000 12.0 FIM Module(Optional) FIM Module is qualified for field connector inspection by connecting a probe to USB port, also this probe can use computer as a display with no additional software. Capture Image Save current image Bright/Contrast Adjust Bright and Contrast for image Reset Recover to factory settings FIM Module Interface…

• Page 56: Waterproofing Work(Optional)

  FHO5000 13.0 Waterproofing work(Optional Through special process, FHO5000 can compliance with IPX5 protection level. This could make FHO5000 withstand harsher environments.Test for the ratings IPX5 address the possibility of water ingress from a jetting stream.They are conducted using a jet nozzle kit . 14.0 Touch Screen (Optional) After slelect this optional module ,a Resistance Screen will be added to FHO5000,user could select item or input words by just touch the relvent area,a specialized pen is attached.

• Page 57: Software Update

  FHO5000 15.0 Software Update FHO5000 could proceed update by one U disk(with patch storage in root directory). Procedure: 1.Download patch from PC and storage into U disk(must storage in root directory). 2. Insert U disk into USB port. 3.Turn on FHO5000, press【F5】to enter system setting,press【F2】 to proceed upgrades. Upgrades interface1 Upgrades interface2…

• Page 58: Background Information On Measurements

  FHO5000 16.0 Background Information on Measurements 16.1 Viewing the Optical Pulse Measurement Waveform Backscattering Connector connection Light point Incident ray Fused point Bending Open end Near-end reflection Approximation line Splice loss due to fusion Reflection due to connector connection Loss due to bending Open end reflection (Fresnel reflection) *See the next page for the definitions of terminology…

• Page 59: Terminology

  FHO5000 16.2 Terminology Near-end reflection A reflection occurs in the gap between OTDR and the connector for the optical fiber cable. Losses and reflections of the connection points cannot be detected in the section in which this reflection is detected. This section is called a dead zone. Backs cattering light When light propagates through the optical fiber cable, a phenomenon called Rayleigh Scattering occurs due to the nonuniformity of the density or constituents of materials smaller than the wavelength unit.

• Page 60: Maintenance

  FHO5000 17.0 Maintenance 17.1 Notice FHO5000 OTDR Use rechargeable Li-ion battery. Pay attention to the following: Keep OTDR dry and clean store at room temperature(15℃ ~30℃ Charge it monthly if you don’t use it for a long time(more than one month ). Keep Optical port clean by alcohol soaked cotton and recover dust cap after use.

• Page 61: Cleaning Tools

  FHO5000 17.2 Cleaning Tools Optic fiber cleaner (for cleaning of optic connectors) Optic fiber cleaning rod (for cleaning of optic outputs) Optic fiber cleaning tissue (for cleaning optic interfaces) Isopropyl alcohol Cotton ball Paper tissue Cleaning brush Compressed Structure of optical port 17.3 Cleaning of Optical Port Procedure: 1.

• Page 62: Diagnosis Center

  FHO5000 18.0 Diagnosis Center 18.1 FAQ Fault Reason Solution Can’t turn on 1.Holding time on power button is not 1. Long press on ON/OFF key. enough(>2s). 2.Connect external power/ Replace a new battery. 2.Run out of power / battery has broken. 3.Install battery.

• Page 63: Help Information

  FHO5000 18.2 Help Information FHO5000 has an build-in manual with essential information. Procedure: Turn on OTDR, 1.Press【F5】enter system setting,press【F4】to read manual Control 【▲】/【▼】button to flip over. 2.Press 【Esc】 to quit. 19.0 Specification 19.1 Physical Parameter Display 7inchTFT-LCD(touch screen is optional) Working temperature -10~+50°C Storage temperature…

• Page 64
  FHO5000 19.2 Parameters Type① Testing wavelength Event/Attenuation dead-zone③ Dynamic range② FHO5000-M21 850/1300nm 1.5/8m 21/19dB FHO5000-MD21 850/1300/1310/1550nm MM: 1.5/8m SM: 1.5/8m 21/19/35/33dB FHO5000-MD22 850/1300/1310/1550nm 21/19/40/38dB MM: 1.5/8m SM:1.75/11m FHO5000-D26 1310/1550nm 32/30dB 1.5/8m FHO5000-D32 1310/1550nm 1.5/8m 32/30dB FHO5000-D35 1310/1550nm 1.5/8m 35/33dB FHO5000-D40 1310/1550nm 1.75/11m 40/38dB…
• Page 65
  FHO5000 Test parameter Pulse width 3ns, 5ns, 10ns, 20ns, 50ns, 100ns, 200ns, 500ns, 1μs, 2μs, 5μs, 10μs, 20μs Testing distance Dead zone test(100m), 500m, 2km, 5km, 10km, 20km, 40km, 80km, 120km, 160km,240km Sampling resolution Minimum 0.25m Sampling point Maximum 128,000 points Linearity ≤0.05dB/dB scale indication…

• Page 66: Test Index

  FHO5000 OLS Module(Optional) Working wavelength 850/1300/1310/ 1490/ 1550/1625/1650nm④ Output power -25~0dBm ±0.5dB Accuracy FC/UPC Connector FIM Module(Optional) Magnification 400X Resolution 1.0µm View of Field 0.40×0.31mm Storage/working Condition -18~35 Dimension 235×95×30mm Sensor 1/3 inch 2 million of pixel Weight 150g 1.1/2.0 Adapter⑤…

• Page 67: Dimension

  FHO5000 19.3 Dimension Unit:mm Except where noted, tolerance default as:±3% (if size<10mm, tolerance:±0.3mm) Top view 73.60 Front view Side view…

• Page 68: Warranty

  The warranty on your equipment shall not apply to defects resulting from the following: Unauthorized repair or modification Misuse, negligence, or accident GRANDWAY reserves the right to make changes to any of its products at any time without having to replace or change Previously purchased units. 20.3 Transportation To return instrument for reasons of yearly calibration or other, please contact us.

• Page 69: Customer Service And Support

  Seal the packing box with exclusive tape. Ship to your representative or the agent of the Company in a reliable way. 20.4 Customer Service and Support Shanghai Grandway TelecomTech. Co., Ltd. Address: 6F, Xin’an Building, No.99 Tian Zhou Road, Caohejing Hi-Tech Park, Shanghai ,200233, China…

Цена розничная:

Цена дилерская: Есть.

Оптический рефлектометр Grandway FHO3000-D26 – оптический рефлектометр для обслуживания одномодовых волоконно-оптических сетей городского масштаба, сетей доступа, кабельного телевидения CATV, LAN/WAN и Metro сетей дальностью до 130 км. Диапазон отображаемых дальностей 4 — 260 км.

Рабочие длины волн – 1310/1550 нм. Динамический диапазон – 26/24 дБ. Мёртвая зона – события/затухание – 6/1 метр.

В стандартный набор опций входит: VFL – детектор повреждений, красный лазер 635 нм, PM – измеритель мощности.

Количество точек выборки – 128000.

Назначение прибора: поиск и идентификация неисправностей ВОЛС, определение расстояния до них, диагностика и ввод в эксплуатацию оптических линий.

Granway FHO3000-D26 идеально подходит для каждодневного использования. Не перегруженный дополнительным функционалом FHO3000 нацелен на быструю проверку линии с целью обнаружения неисправностей, сварок, коннекторов, оптического затухания, уровня отражения от событий, возвратных потерь и расстояния до неоднородностей.

Детальная информация по каждому событию отображается на экране прибора.

Результаты измерений можно передать через USB порт на компьютер в формате  *.sor и *.bmp или на мобильный телефон или планшет в формате *.bmp.

Дополнительная информация:

• Декларация о соответствии ЕАЭС Grandway FHO3000-D26
• FHO3000. Руководство пользователя (eng)
• FHO3000. Руководство пользователя (Ru)

«ОПТЕЛ» является авторизованным дистрибьютором «Shanghai Grandway Tech. Co.Ltd.»

Комплект поставки Grandway FHO3000-D26

• Оптический рефлектометр Grandway FHO3000-D26;
• Адаптер питания 12В;
• Аккумулятор;
• FC оптический адаптер;
• USB кабель;
• Инструкция;
• Программное обеспечение на CD;
• Сумка.

Особенности Grandway FHO3000-D26

• Измеритель мощности (опция);
• Определитель обрывов VFL (опция);
• Интерфейс на русском языке;
• Цветной сенсорный дисплей с высоким разрешением;
• Масштабируемость рефлектограмм;
• Использование маркеров на рефлектограмме;
• Определение расстояния до событий;
• Измерения в режиме реального времени;
• Память на 40 000 измерений;
• Связь с ПК и мобильными устройствами;
• 6 часов работы от батареи;
• Пылевлагозащищенный корпус;
• Генерация отчетов.