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Fiber Master Mini OTDR (FMM-1315) is a touch screen operational and intended for use on single mode and NZDS fiber optic systems for locating faults and irregularities on Optical Fiber Cable during Installation and subsequent maintenance. FMM1315 is "Real-time" operation equipment, during which it displays the current fiber trace and the current 2-point loss between two user selected points essentially used to measure Splice loss, connector loss and fiber attenuation, Reflectance of points, link optical return loss and distance to fiber events. It can also be used for estimating the length of O.F. Cable and attenuation attributed by the same. |
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| Digital Cable Fault Locator |
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The Fault Master 111 is a cost effective uniersal fault locator used to locate all types of faults in telecom cables. This unit functions in two switchable modes.
1. TDR (Time Domain Reflectometer)
2. LIFL (Potential Distribution Method) |
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| Portable Cable Fault Locator - FM-011 |
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| This is an advanced metallic Time Domain Reflectometer capable of accurately locating and recognising faults in multi-pair telecommunication cable upto 5 kms. By transmitting an electrical pulse into the cable, irregularities of cable impedance and cable faults are detected. |
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| Optical Power Meter Model # PMDT-012A |
The PMDT-012A is a battery or/and AC operated, PC interfaceable Optical Power Meter to measure Laser Power in the range of 850 nm to 1650nm. This instrument is used for testing of Optical Links during maintenance, installation & Troubleshooting, fault localization of Optical Links and Optical loss tests. It is manufactured as per the latest state of art technology satisfying all clauses of TEC – India for Type-A Power Meter with measurement Range of +28 to -55 dBm |
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| RF Power Meter # RFPM-A |
Digital RF Power meter, Model RFPM-A is a RF power meter which can measure RF power is an accurately in analog and Digital Systems. It operates over a broad frequency range and has the ability to measure true average power.
It is capable of measure the Broad RF frequency and Measures True Average power. Designed for handing the CDMA, GSM, WCDMA bands and power consumption LCD display has been used to work more number of working hours. It has simple Keypad operation with Frequency, SET off set, Increase decrease and direct hot key for dBm/ Watts.
It can measure RF Range upto 50 Watt. In direct mode using additional adaptor and highly sensitive RF sensor module has been provided for through mode and direct measurements. |
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| DULA 1310/1550NM LASER SOURCE |
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| Dual Laser Light Source 1310nm/1550nm designed and developed by Aishwarya Telecom is a stabilized switchable wavelength laser light source instrument for field or laboratory testing of fiber optic system. It features excellent accuracy in both wavelengths and also high performance source for SMF testing. RS232 port is provided for external control using a PC. The instrument is dust proof and drop protected. |
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| Laser Light Source 1310nm designed
and developed by ATL is a Stabilized Laser Light Source instrument for field or laboratory testing of fiber optic systems. It features excellent accuracy and high performance source for SMF testing. The RS232c port is useful for external control using a PC. The instrument is dust proof & drop protected. It is also a simple menu operational, Portable & easy to use laser source. |
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| Laser Light Source 1550nm designed and developed by ATL is a Stabilized Laser Light Source instrument for field or laboratory testing of fiber optic systems. It features excellent accuracy and high performance source for SMF testing. The RS 232c port is provided for external control using a PC. The instrument is dust proof & drop protected. |
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| 2MBPS Data Tester - ATL 20 |
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| Digital Communication System |
| The Digital Communication Analyzer is a test instrument suitable for measuring the digital line parameters. |
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G.703 at 2.048 mbps |
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G.703 co directional, contra directional and centralized clock interfaces |
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Insertion and analysis of errors and alarms. |
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Round Trip Delay, Performance analysis (G.821) |
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| Electronic Marker # Tracemark |
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The premise behind Tracemark's working is amazingly simple - it is buried over key facilities of underground utility installations that might require future access. Subsequently, it is easily located using a Marker Locator (a compact and lightweight electronic device). The locator transmits a signal which the marker responds to Audio and visual indicators on the locator help determine the exact position of the marker. The marker can be buried up to a maximum depth of 8 feet (2.4 m). |
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colour coding and present frequencies for different utilities ensure instant identification even in congested areas with different buried utilities. There is no danger of finding another utility's markers, because Tracemark is tuned to a specific frequency for your utility and the locator is preset only to the frequency. Use of the locator and installation of marker requires only a few minutes of training. |
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| Integrated tracing system for cable, pair and utilities location PCT01 was developed to solve the identification and tracing problems of electrical and telecom technicians and to address the location requirements of maintenance personnel working on plant such as water and gas networks. Its compact size and performance render it extremely efficient and unique. The modern microprocessor based technology ensures simplicity and ease of use. By appropriate choice of output power and frequency the transmitter unit allows for optimal matching to diverse conductors and plant conditions. The transmitter can also simultaneously transmit two different frequencies for the simultaneous tracing of a specific pair and its cable. |
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