Reflectometer Dealers

• Range: 45dB

Optical time domain reflectometers Enhanced support of FTTH to Metro, Core Network, Wide Range of Modules Available, Short Dead Zone (0.8 m),Optional built in Dummy Fiber.

• Type: Optical Time Domain Reflectometers
• Application: Industrial Use
• Feature: Accuracy
• Display Type: Digital Display
• Wavelength: 1310 Nm, 1550 Nm

• Type: Optical Products
• Shape: Rectangular
• Style: Modern
• Color: Blue
• Condition: New
• Packaging Type: Box
• Country of Origin: China
• Model: TT800U
• Usage/Application: OTDR FIBRE TEST EQUIPMENT
• Display Type: LCD 4.3 INCH
• Dynamic Range: 1310/1550
• Touch Screen: Yes
• Features: Mini-Pro OTDR 1310/1550nm 26/24dB 4.3 inches Touch Screen Test Rang 5m-100Km Optical Network Tester Built in OPM/OLS / RJ45 / VFL UPC Connector Mini-Pro OTDR Test Wavelength 1310/1550nm,Test Range 5m
• Product Attributes: 1 Main Functions: Test fiber length The distance between any two points on the test fiber curve Intelligent battery charge indicator 2 Product Characteristics Pocket type, light weight, easy to c
• Appearance size: 210mm x 100mm x 60mm
• Weight: About 1kg

• Feature: Accuracy, Robust Pcconnectivity
• Display Type: Digital Display
• Driven Type: Electric
• Dynamic Range: 30/30db
• Touch Screen: Yes
• Auto Power Off: Yes

• Type: Portable
• Color: White
• Voltage: 220 V
• Warranty: 1 Year
• Material: Metal & Plastic
• Display: Digital

An optical time domain reflectometer (OTDR) is a precision instrument used to locate events or faults along a fiber link, typically within an optical communications network. The OTDR launches a series of high speed optical pulses into the fiber to be measured. Various events on the fiber generates a Rayleigh back scatter that returns to the OTDR and the strength of the return pulses are measured and integrated as a function of time, and plotted as a function of fiber length. The horizontal axis is the distance and the vertical axis is the loss. OTDRs are mainly used in the optical fiber installation and maintenance servicing of access networks (communications links between telephone exchanges and telephone poles) and user networks (communications links between user sites and telephone poles). Our broad lineup of OTDRs offer cost performance, field durability, and applicable dynamic range. With thirty years of innovation in reflectometry design we deliver technology solutions where you need them most.

• Feature: Rugged and robust.PC connectivity.

The 1205CX-A provides the CATV field technician with unparalled fault finding capability. With a sub-ns pulse, a rugged and robust package and full PC connectivity, the 1205CX-A offers industry leading performance as well as having the Riserbond ease of use functionality. It is intuitive and easy to use and meets the users needs both in performance and in use. It has advanced features such as a sub-ns pulse and auto fault find and is housed in a field proven rugged and robust enclosure. The 1205CX-A is complete fault finding package for the CATV field engineer.

We are offering optical time domain reflectometer. * windows ce based (lighter/faster/virus free). * 7-inch tft touchscreen(outdoor high contrast display). * 12 hours battery backup (li-polymer battery). * usb port(2nos), rj-45(1no). * internal storage: 20,000 traces. * sampling point: 2,56,000 points. * light weight (1.29kg). * auto report generation function.

• Color: Blue
• Size: Small
• Application: CATV
• Battery Backup: 10 Hours
• Brand Name: Ragis
• Dynamic Range: 29/27dB
• Wavelength: 1310/1550nm
• Battery Type: Rechargeable Li-Polymer
• Interface: 1x USB2.0 Port and 1x RJ-45

• Fiber Optic Sensing Products: OBR 4600

Key Features In extended range mode the maximum sensing range is 2 kilometers The OBR 4600 for sensing has a dual display with an intuitive user interface that allows the user to simultaneously view a plot of temperature and strain in the upper graph and a magnification of sections of that plot in the lower graph The user interface can store and display up to five traces (two traces in desk top analysis mode) The scanning wavelength range, sensing range, gage length and sensor spacing are all user adjustable and offer the user maximum flexibility to tailor OBR 4600 measurements to the application requirements The spot scan option is available with the sensing option, offering higher spatial resolution over a user selectable 80 meter section of the total sensing range

• Color: Red
• Display Type: LCD
• Brand: BI Communications
• Model Name/Number: TX8000
• Usage/Application: Cable fault identification
• Dynamic Range: 6KM
• Auto Power Off: Yes
• Power Source: 6 Volts
• Dimensions: 8.7x3.8x2.3 inches
• Weight: 0.5 Kg

• Type: Reflectometer
• Certification: CE Certified
• Application: Industrial Use
• Feature: Accuracy
• Condition: New
• Display Type: Digital Display
• Driven Type: Electric
• Brand Name: Merck , Borosil , Abdos , Millipore,Thermo & all other brands

PLANAR R54 is a Vector Reflectometer designed for S11 parameter measurement. It represents an excellent low cost solution for magnitude and phase measurements over the frequency from 85 MHz to 4.2 GHz. With the weight of just 0.25 kg it provides the user with high accuracy measurements and a variety of analysis capabilities in frequency and time domains. Frequency range: 85 MHz to 4.2 GHz Measures magnitude and phase of reflection coefficient, cable loss, DTF Measurement time per point 200 us Frequency setting resolution 10 Hz Powered via USB interface Compact size: 117х39х19 mm, lightweight: 0.25 kg

• Product Name: max 720c
• MOQ: 1
• Colour: blue

This fully featured OTDR with tablet-inspired design combines singlemode and multimode fiber testing in a dedicated and compact quad unit to allow everyday field testing in access networks, data centers and private enterprise networks.   ·         Handy, lightweight, powerful, tablet-inspired design ·         7-inch, outdoor-enhanced touchscreen–the biggest in the handheld industry ·         12-hour autonomy         

• Features: 12-hour autonomy * Dead zones: EDZ 1 m, ADZ 4 m * Dynamic range of 30/28/28 dB

The MAX-700BC Series is the first tablet-inspired OTDR line that is handy, lightweight and rugged enough for any outside plant environment. With a 7-inch, outdoor-enhanced touchscreen�the most efficient handheld display in the industry�it delivers an unprecedented user experience. Its intuitive Windows-like GUI ensures a fast learning curve. Plus, its new and improved OTDR 2 environment offers icon-based functions, instant boot-up, automatic macrobend finders as well as improved auto and real-time modes.

      DOWNLOAD Pulse Echo, Impulse Current, ARM & Decay method. 10 Arc graphs + 1 reference graph for accurate & certain fault distance. Five waveforms for comparison. Easy to use Cursor. Large graphs storage capacity. Online support for experts reviews the fault graphs. Compact small, light weight design. Suitable to operate on mains (220-230/240 VAC, 45Hz up to 60 Hz) or portable generator. PRODUCT DESCRIPTION Reflectometer T510 is a Laptop based Digital Time Domain Reflectometer for pre-location of faults in Power Cables. Its state-of-art technology makes it easy to use and yet most reliable for any fault condition. The interactive graphical user interface makes it easy, for even a layman, to pre-locate the fault distance. USB Port makes the device extremely flexible. The device has four working modes namely Pulse echo mode, Impulse Current mode, Decay mode and ARC Reflection mode. Pulse echo mode is useful only for open and shot types of faults. The impulse mode when used with surge generator T1016 or T1020 or T1028 or T1032 to pre-locate fault distance of almost all types of faults including open, short and intermittent faults by way of ICM, ARC Reflection & Decay Method. Decay is suitable for flashing types of fault. The software provides a huge storage capacity so that you may use the Reflectometer T510 test result for future reviews & analysis. The innovative feature of software displays LAST TWO waveforms for comparison purposes. The easy to use cursor makes it simple to pre-locate the fault distance. The VOP (Velocity of Propagation) control makes it easy to precisely pre-locate the fault distance on cables with different velocity of propagation. The test waveforms can be printed as a hardcopy directly from the software. The fault readings can be transferred over INTERNET for further assistance. The software is so programmed that it automatically saves all the test results, so that you never miss any important result. The entire tests are stored on the bases of date and time of the reading taken. PERFORMANCE FEATURES • Digital acquisition of measured data using highly advanced Flash technology in all modes and ranges of measurement. • Easy menu-based operator guidance. • Large-size high-contrast display on monochrome or color screen (15 ″). • Pulse output in bridge configuration for suppressing the display of the transmitter pulse. • Internal compensation in order to enhance fault location at short distance. • High local resolution by using short pulses. • Long locating range due to wide dynamic range. • Quasi-real time operation due to high rate of measurement. • Enhanced fault detectability even in difficult conditions due to averaging of measured values. • Evaluation of reflect graphs by cursor and marker. •Integrated memory for storing the results of all measurements taken in all modes and the data related to them together with the device setups.

Time domain reflectometers (TDR) are used in cable fault detection and pre-location. This form of cable testing is executed by transmitting an incident signal on to the cable and listening for the signal reflections. If the cable is of uniform impedance and is correctly terminated then there will be no reflections and the incident signal will be absorbed at the end of the cable by the termination. If there is a cable fault then some of the incident signal will be reflected back to the TDR .

The TDR500/3 is a hand held, compact time domain reflectometer for locating faults on metallic cables. It has a minimum resolution of 0.1 m and a 5 km maximum range depending on velocity factor selected and cable type. Four output impedances are available (25, 50, 75, and 100 Ω) and a velocity factor between 0.2 and 0.99 will meet any cable test requirements The TDR500/3 has a simple selection option which together with a 4 way control switch offers an intuitive operation for the user.   FEATURES AND BENEFITS   An AUTO selection option ensures that the most effective parameters are selected depending on the range required, aiding rapid diagnosis of the TDR trace. A clear operator controlled cursor allows instant measurement of the distance to the fault. A trace HOLD feature also allows the operator to hold a trace on the screen, something not seen on most other handheld TDRs. Extra high resolution together with whitelight backlight and grey scale tones give the graphical display a vibrancy, aiding the user in identifying key events on the trace.

* 80 km range *1310 1550 colour touch screen + key pad * dead zone : 1.5 mtr *one button operation.

• Cable Fault Locator: Simple operation , Warble tone generator

The Megger‚ TDR500 cable fault locator breaks new ground as a cost effective high specification hand held Time Domain Reflectometer (TDR) for locating faults on metallic cables. Designed for the field engineer requiring a low cost solution to field testing, the TDR500 offers all the benefits of Megger build quality and reliability in a high quality affordable package. Transmission line testing The TDR500 is suitable for virtually all types of transmission cable including twisted pair, coaxial and parallel conductors. Condition of the entire cable or section is displayed graphically

This portable OTDR is designed for maintenance and troubleshooting of optical fiber networks and transmission systems. It has an internet interface that enables communication with remote computers. It can be controlled remotely for measurement.

• Source: Laser Diode
• Wavelength: 660nm (typ.)
• Max Output power: 3mW
• Max current: 55mA
• Threshold current: 30mA (typ.)

The Experimental OTDR setup consists of individual modules in a vision to provide for the users to gain knowledge on the building blocks of Experimental OTDR and also enhances them to conduct various other experiments separately. The OTDR set up trains the user on OTDR operation, at fraction of a commercial OTDR cost. The user configures the OTDR and works with several fibre events provided. The manual explains the concepts, the functionality of different blocks, different experiments and the commercial applications. Modular fibre events with connector and adaptor at various distances are part of the lab to work with experimental OTDR. Other events can be added on request to capture the fibre bending effect, splice loss etc.

• Model: T-OT600 SV20A/B SM OTDR
• Pulse width (ns): 5,20,40,80,160,320,640,1280,2560,5120,10240,20480
• Display: 6.5 inch TFT LCD touch screen
• Linearity (dB/dB): ±0.05 dB/ dB
• Distance uncertainty (m): ±(1 m + 5×10-5× distance + sampling interval)
• Distance scope (km): 0.3 to180
• Memory capacity of trace: SD Card (4G), > 10000 pieces
• Duration of measurement: Defined by user; 5sec, 10sec, 15sec, 30sec, 1min, 2min, and 3min are selectable
• Optical interface: FC/UPC+SC/UPC
• Data interface: USB interface, SD card interface
• Power supply: Lithium battery; continuing working duration ≥ 8 hours
• Warranty period: 12 months
• SKU: 853

Trase utilizes the principle of TDR in order to convert the travel time of a high frequency, electromagnetic pulse into volumetric water content. In practice Trase generates a fast-rise pulse and sends it at the speed of light down a transmission line consisting of two parallel Waveguides that are inserted or buried in the soil. The velocity of propagation of the high frequency, broad band 3GHz wave in soil is determined primarily by the water content. The wave is reflected from the open ends of the Waveguides and returns along the original path. By microprocessor, the travel time of the wave is used to directly calculate the dielectric constant of the surrounding medium. THE WORLD'S MOST VERSATILE TDR INSTRUMENT - TRASE Trase is the only self-contained TDR instrument capable of investigating and monitoring not only soils, but a wide variety of other materials as well. It is fully field portable, and when you need to leave it at a remote site for several days or weeks, it can be accessed from home or office. On site, Trase quickly measures the dielectric and subsequent moisture properties of soil, seeds, or other materials at a specific location, or, with the optional Trase Multiplexer, at up to 256 locations. Trase automatically logs your sensors at intervals ranging from once a minute to once a day. Using diverse waveguide configurations and associated conversion tables, Trase rapidly measures new or unusual materials.

• Weight: 1.5kg
• Temperature: Running temperature -10℃ to 50℃
• Technical Specifications1: Wavelength (nm)
• 1310/1550: Dynamic range (dB)2
• 38/36, 32/30: Pulse width (ns)
• 5,20,40,80,160,320,640,1280,2560,5120,10240,20480: Event blind zone (m)3
• 2m: Attenuation blind zone (m)3
• 9m: Linearity (dB/dB)
• ±0.05 dB/ dB: Loss threshold (dB)
• 0.05: Loss resolution ratio (dB)
• 0.01: Sampling resolution ratio (m)
• 0.125 to 8: Sampling point
• 32K: Distance uncertainty (m)
• ±(1 m + 5×10-5× distance + sampling interval): Distance scope (km)
• 0.3 to180: Typical real-time refreshing duration (s)
• 0.2: Memory capacity of trace
• SD Card (2G), > 10000 pieces: Duration of measurement
• Dimension (H×W×D): 150×235×66
• Memory temperature -40℃ to 70℃: Relative humidity
• 0% to 95% (non condensation): Power supply
• Lithium battery; continuing working duration ≥ 8 hours: Warranty period

• Brand Name: TECHTEST
• Color: Orange
• Display Type: LCD
• Model Name/Number: TT800U
• Usage/Application: TELECOM TEST EQUIPMENT
• Touch Screen: YES

Description :-A time-domain reflectometer (TDR) is an electronic instrument used to characterize and detect faults in metallic cables such as twisted wire pairs, coaxial cables and in the Optical time-domain reflectometer (OTDR) flavor, optical fibers. They serve as useful tools for locating problems in an optical network as they can compute the distance to breaks or attenuation. It also called time-down reflectometer.TDR is typically used for testing very long cable runs, in cases where it is impossible to dig up or remove very long cables. They play an extremely important role in maintenance of telecommunication lines, as they can detect increasing resistance levels on joints and connectors as they corrode; and also growing insulation leakage as it degrades and absorbs moisture. With the help of TDR, faults in lines can be detected within very short depth.