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OTDR

We deal in new and used OTDR of JDSU EXFO.

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Approx. Rs 49,000 / Set
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  • Price Rs 49998 Plus GST (1310/1550nm 24/22db)
    This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

     

    FEATURES:●Automatic one-button testing
    ●1310/1550 or 1310/1550/1625 nm wavelength●PON online test (only AOR500-P Series)●Short dead zone(8m)●High speed signal processing, short test time and fast analysis●Internal memory can store up to 10000 waveforms●High contrast color TFT LCD●USB port connect to PC●Input laser signal auto detection and self-protection function●Built-in VFL●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Minimum Order Quantity: 1 Set
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Approx. Rs 16,000 / Piece
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Features: Portable, rugged, lightweight; Easy to use.More accurate testing results and better repeatability.Up to 8 fiber faults can be detected in each measurement.Automatic Pulse Width Control design to ensure a convenient operation.Easy to identify the faults location. Built-in visual fault locator (VFL), conveniently to find the faults in dead zone.Dust, water and shock proof, des igned for field useLong battery life, up to 5000 measurements operation. Applications: Testing the distance of the fiber and identify the faults location in the fiber link.Locates reflective and non-reflective breaks in the fiber network.Inspection of fiber repair and maintenance. 1. Before testing, ensure that the test connector and the interface clean OTDR (moistened with alcohol wipes to clean) and OTDR coupled with good test line can not be connected with the light emitting device (optical fiber can not light). 2. If you need to test the line with pigtail connection test (butt welding or ligated, flange coupling), should pay attention to the connection line attenuation can not be too large, otherwise affect the test. 3. The left side of the interface simple OTDR red light, the right to test the break interface; the interface connected to the right of the OTDR test, and then press the power button, then press the SCAN button, the screen display ||||||||| |||||| scroll bar, scroll completion can be measured readings. The first and second step is very important, if the test result screen is null, should pay attention to whether the steps 1 and 2 did not do. Wavelength: 1310/1550nmFiber Type: 9/125umConnector Type: FC/PCSensor Type: InGaAsLaser Peak Power: ≥60mWMaximum display distance: Reflection event: 60KM (≥1dB) Non-reflective event: 20KM(≥2.5dB)Unit of measurement: MReflection time dead zone: 15MDistance Accuracy (Reflection Event): ±(2m+2*10-4distance)VFL: 650nmVFL power: ≥1mWPower Supply: 3pcs 1.5V AA alkaline batteries(Not include)Battery operating time: ≥5000 measurementsOperating temperature: -5~40℃Storage temperature: -10~60℃Humidity: 0~85% Not condensingWeight(Without batter): 350g
Additional Information:
  • Minimum Order Quantity: 5 Piece
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Approx. Rs 49,000 / Set
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Price Rs 49998 Plus GST
This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

 

FEATURES:●Automatic one-button testing
●1310/1550 or 1310/1550/1625 nm wavelength●PON online test (only AOR500-P Series)●Short dead zone(8m)●High speed signal processing, short test time and fast analysis●Internal memory can store up to 10000 waveforms●High contrast color TFT LCD●USB port connect to PC●Input laser signal auto detection and self-protection function●Built-in VFL●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Minimum Order Quantity: 1 Set
Yes! I am Interested
View PDF
REQUEST CALLBACK
Approx. Rs 49,000 / Set
Get Best Quote
Product Details:
Minimum Order Quantity1 Set
BrandVTECH

Price Rs 49998 Plus GST
This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

 

FEATURES:●Automatic one-button testing
●1310/1550 or 1310/1550/1625 nm wavelength●PON online test (only AOR500-P Series)●Short dead zone(8m)●High speed signal processing, short test time and fast analysis●Internal memory can store up to 10000 waveforms●High contrast color TFT LCD●USB port connect to PC●Input laser signal auto detection and self-protection function●Built-in VFL●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Item Code: VTC500
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Approx. Rs 49,000 / Set
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Price Rs 49998 Plus GSTThis advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

FEATURES:●Automatic one-button testing●1310/1550 or 1310/1550/1625 nm wavelength●PON online test (only AOR500-P Series)●Short dead zone(8m)●High speed signal processing, short test time and fast analysis●Internal memory can store up to 10000 waveforms●High contrast color TFT LCD●USB port connect to PC●Input laser signal auto detection and self-protection function●Built-in VFL●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Item Code: OTDR
  • Minimum Order Quantity: 1 Set
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Approx. Rs 16,000 / Piece
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Features: Portable, rugged, lightweight; Easy to use.More accurate testing results and better repeatability.Up to 8 fiber faults can be detected in each measurement.Automatic Pulse Width Control design to ensure a convenient operation.Easy to identify the faults location. Built-in visual fault locator (VFL), conveniently to find the faults in dead zone.Dust, water and shock proof, des igned for field useLong battery life, up to 5000 measurements operation. Applications: Testing the distance of the fiber and identify the faults location in the fiber link.Locates reflective and non-reflective breaks in the fiber network.Inspection of fiber repair and maintenance. 1. Before testing, ensure that the test connector and the interface clean OTDR (moistened with alcohol wipes to clean) and OTDR coupled with good test line can not be connected with the light emitting device (optical fiber can not light). 2. If you need to test the line with pigtail connection test (butt welding or ligated, flange coupling), should pay attention to the connection line attenuation can not be too large, otherwise affect the test. 3. The left side of the interface simple OTDR red light, the right to test the break interface; the interface connected to the right of the OTDR test, and then press the power button, then press the SCAN button, the screen display ||||||||| |||||| scroll bar, scroll completion can be measured readings. The first and second step is very important, if the test result screen is null, should pay attention to whether the steps 1 and 2 did not do. Wavelength: 1310/1550nmFiber Type: 9/125umConnector Type: FC/PCSensor Type: InGaAsLaser Peak Power: ≥60mWMaximum display distance: Reflection event: 60KM (≥1dB) Non-reflective event: 20KM(≥2.5dB)Unit of measurement: MReflection time dead zone: 15MDistance Accuracy (Reflection Event): ±(2m+2*10-4distance)VFL: 650nmVFL power: ≥1mWPower Supply: 3pcs 1.5V AA alkaline batteries(Not include)Battery operating time: ≥5000 measurementsOperating temperature: -5~40℃Storage temperature: -10~60℃Humidity: 0~85% Not condensingWeight(Without batter): 350g
Additional Information:
  • Minimum Order Quantity: 5 Piece
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Approx. Rs 1.75 Lakh / Piece(s)
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Product Introduction???(One year Warranty)DESCRIPTION:

This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance. OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

 

FEATURES:???Automatic one-button testing
???1310/1550/1625 nm wavelength???1625 nm with filter for PON online testing???PON online test module (1625nm)
???Test through 1*64 PLC splitter in PON test
???Internal memory can store up to 10000 waveforms
???High contrast color TFT LCD
???USB port connect to PC
???Input laser signal auto detection and self-protection function
???Built-in VFL
???User-friendly OTDR simulation software shows details of events

Additional Information:
  • Minimum Order Quantity: 1 Piece(s)
Yes! I am Interested
REQUEST CALLBACK
Approx. Rs 49,000 / Piece
Get Best Quote
Product Details:
Minimum Order Quantity1 Piece
BrandVTECH

Price Rs 49998 Plus GST
This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

 

●FEATURES:
●Automatic one-button testing
●1310/1550 or 1310/1550/1625 nm wavelength
●PON online test  (only AOR500-P Series)
●Short dead zone(8m)
●High speed signal processing, short test time and fast analysis
●Internal memory can store up to 10000 waveforms
●High contrast color TFT LCD
●USB port connect to PC
●Input laser signal auto detection and self-protection function
●Built-in VFL
●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Item Code: VTC-500s
  • Port of Dispatch: Delhi
Yes! I am Interested
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Approx. Rs 49,000 / Piece
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Product Details:
Minimum Order Quantity1 Piece
ApplicationIndustrial, Laboratory
BrandVTech
ModelVTC500S

Price Rs 49998 Plus GST
This advanced diagnostic tool for optical fibres allows the Fibre Engineer to take a snapshot of a fibre link.The OTDR sends short pulses of light down one end of a fibre at a specified repetition rate.Light reflected back from fibre discontinuities and light continuously back scattered from the fibre itself travels back to the OTDR, where the instrument records the optical power and arrival time.The arrival time of the pulse from a given point in the fibre is related to its distance from the OTDR.With this information, the OTDR graphically displays returned power versus distance.OTDRs are well-equipped for troubleshooting problems because they allow you to visually locate reflective events like connections and fibre breaks and non-reflective events like splices and tight bends by studying the graphical trace. The power difference between two points on the trace is an estimate of optical loss.

 

●FEATURES:
●Automatic one-button testing
●1310/1550 or 1310/1550/1625 nm wavelength
●PON online test (only AOR500-P Series)
●Short dead zone(8m)
●High speed signal processing, short test time and fast analysis
●Internal memory can store up to 10000 waveforms
●High contrast color TFT LCD
●USB port connect to PC
●Input laser signal auto detection and self-protection function
●Built-in VFL
●User-friendly OTDR simulation software shows details of events

Additional Information:
  • Item Code: VTC-500
Yes! I am Interested
View PDF
REQUEST CALLBACK
Approx. Rs 48,000 / Set
Get Best Quote
Product Details:
Minimum Order Quantity1 Set
BrandHantek
Display TypeDigital
ModelHT824
HT824 multifunctional process calibrator has high accuracy, high stability, can be widely used in site calibration of industry instruments and equipment in laboratory. Powerful functions, it can simulate to output voltage in millivolt and volt, current in milliampere, and many types of electric signals needed by the measurement and control during industry control process. It can also test or simulate kinds of TC and RTD signals.

Features

  • HT824 multifunctional process calibrator has high accuracy, high stability, can be widely used in site calibration of industry instruments and equipment in laboratory. Powerful functions, it can simulate to output voltage in millivolt and volt, current in milliampere, and many types of electric signals needed by the measurement and control during industry control process. It can also test or simulate kinds of TC and RTD signals.
  • 5 1/2 digit input/output display.
  • Manual/auto cold junction compensation and setting.
  • The temperature value can be directly measured/output.
  • Auto power off when the voltage of battery is low.
  • Apply advanced built-in battery management system. 7.4V/7800mAh lithium battery, which can easily last for over 8 hours during site measurement work.
  • Auto triangular wave/step wave signal output.
  • It can store 8 sets of measurement and output data, and recall it to display. All the setting value and the function in the last operation can be saved automatically after power-off.
  • The screen shows the connection diagram of probes and plugs to avoid wrong operation. It has backlight.
  • The output has manual/auto step and slope output function. It can arbitrarily set the value of 0%, 25%, 100% in the range of signal output to test the response speed of transmitter.
  • Application field: measurement and calibration of instruments, maintenance and overhaul of temperature instruments, automatically maintenance and overhaul, project construction debugging, detection and diagnosis of control system signal source, configuration of site instrument repairmen room, matching of the thermal engineering laboratory in electric power industry.

Additional Information:
  • Item Code: ht824
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Approx. Rs 88,000 / Set
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Product Details:
Minimum Order Quantity1 Set
ApplicationIndustrial Use, Laboratory Use
BrandHantek
ModelHSA2000
Frequency range :9KHz~1.6GHz;
Optimal sensitivity: -161dBm;
RBW:10Hz to 1MHz.
High protection portable design, sturdy and durable
can be used in laboratory, more suitable for field mobile use
built-in large capacity lithium battery, can work for more than 4 hours. 18650 rechargeable battery.
USB/LAN communication, easy for long-range control.
5.6 inch highlight color display, 640*480 resolution, waveform display clearly.

    Additional Information:
    • Item Code: HSA2016
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