Refurbished Yokogawa AQ7275 OTDR with 735032 module 1310/1550nm 37/35dB Ready in stocks! Descriptions: The AQ7275 is one of the best selling OTDRs in the world. Model lineup has been expanded to a total of 9 models to choose from with a dynamic range of up to 45dB.

Wavelength capability spans from 850nm (MMF) to 1650nm (SMF). An impressive 0.8m event dead zone makes this model an excellent choice for FTTH and metro, core networks.

Thank you for purchasing the AQ7270 Series (AQ7270/AQ7275) OTDR (Optical Time Domain Reflectometer). This user’s manual contains useful information about the instrument’s functions and operating procedures and the handling precautions of the AQ7270 Series OTDR. To ensure correct use, please read this manual thoroughly before beginning operation. AQ7280 Modular Optical Time Domain Reflectometer. The AQ7280 is the most flexible OTDR in our lineup due to a modular platform to create a variety of systems from a basic unit to units with filtered ports to test live traffic networks in applications from long haul, to metro, core and FTTH. 35+ years of OTDR expertise has enabled us.

Enhancements include a PON option allowing accurate event analysis after a 1x32 splitter with significantly reduced undershoot effects. Games onet portable. Also unique to the industry is a built-in section of launch fiber to eliminate the need for a separate launch box. Latest standard features includes the convenient capability to display a fiber connector inspection probe using one of the unit's standard USB I/O ports. Features: Wide Range of Modules Available Enhanced support of FTTH to Metro, Core Network High Dynamic Range (45dB) Short Dead Zone (0.8 m) Optional built in Dummy Fiber Quick Startup within 10 Seconds Wide Range of Modules Available Applicable Fiber No. Of Wavelengths Wavelength Dynamic Range Model Descriptions SMF 1 1650nm 30dB 735031-New 1650nm model, supporting maintenance wavelength of 1650nm including 1310/1550nm cut filter.

Yokogawa AQ7275 735041 Optical Time Domain Reflectometer is a fully-functional handheld OTDR with high dynamic range and short dead zone. The reflectometer operation is comfortable and efficient due to the easy to use software, pass/fail analysis and the ability to save configuration setups. A quick 10-second startup helps to minimize operation time. Yokogawa AQ7275 OTDR is perfect for use in a wide variety of optical fiber installation, maintenance and repair applications.

The device may be used for various optic fiber networks including FTTH, RFoG, PON, Access, Metro and Core networks. Yokogawa AQ7275 735041 Optical Time Domain Reflectometer Features • Compact and lightweight handheld device.

• Wavelength: 1310/1550 nm (single-mode), 850/1300 nm (multimode). • Dynamic range: 40/38 dB (SM), 22.5/24 dB (62.5GI), 21/22.5 dB (50GI). • Short Dead Zone: 0.8 m/1 m. • Pass/Fail analysis. • Displays up to eight digits of the relative one-way direction between two arbitrary points on the trace.

• Displays one-way loss in steps of 0.001 dB to a maximum of 5 digits. • Displays the one-way loss, loss per unit length, and splice loss between any arbitrary points on the trace. • Measures return loss and total return loss of a fi ber cable or between two arbitrary points on the trace. • Battery power supply, 6 hours battery life. • USB interface. • Internal memory and USB storage.

• 8.4-inch color TFT LCD. • Standards: • Laser: Class 1 M (IEC 60825-1:1993 + A2:2001); 21CFR1040.10. • Safety: EN61010-1. • Emission: EN61326-1 Class A; EN55011 Class A Group 1. • Immunity: EN61326-1 Table 2.

Yokogawa AQ7275 735041 Optical Time Domain Reflectometer User Manual Download. Yokogawa AQ7275 735041 Optical Time Domain Reflectometer Technical Specifications. User Agreement Last updated on April 20th, 2018 Welcome to our website (the 'Site'). We provide services to you that are subject to the notices, terms, and conditions set forth in this agreement and Privacy Policy (the 'Agreement'). We reserve the right to change this Site and these terms and conditions at any time without prior notice. Accessing, browsing or otherwise using this site indicates your agreement to all terms and conditions in this agreement, so please read this agreement carefully before proceeding.

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