OWL ZO2V ZOOM 2 optical power meter w/integrated VFL with data storage
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Item # 53419660
Model # ZO2V
$495.11
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Warning: This product can expose you to chemicals, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.govProduct Description
OWL OPTICAL WAVELENGTH LABORATORIES ZO2V ZOOM 2 optical power meter w/integrated VFL with data storage NEW
FEATURES: InGaAs photodetector with 2.5mm universal adapter port (for ST, SC, FC, and others) Multimode and singlemode ready Graphic LCD display with intuitive user interface Simple 2-key operation Power measurements shown in dBm, dB, or microwatts Stores optical references for each wavelength to be used for optical loss testing Long battery life - over 250 hrs on one 9v battery Integrated visual fault locator (VFL) for fiber identification and near-end fault detection
APPLICATIONS: The ZOOM 2 VFL is a high accuracy, high resolution, microprocessor controlled, optical power meter. It has a 65dB dynamic range, and is calibrated at 850, 1300, 1310, 1490, and 1550nm, making it ideal for both singlemode and multimode fiber testing, including Fiber To The Home (FTTH) PON networks. It is enclosed in an attractive handheld case with a graphic liquid crystal display, and 2-key keypad for easy operation. Its 2.5mm universal fiber connector port allows connection to ST, SC, FC, and other popular 2.5mm ferrule connectors, will operate for over 250 hours on a standard high-capacity 9v battery, and has built-in auto shutdown. Reference values for each calibrated wavelength can be stored in permanent memory for quick and simple optical loss measurements. The ZOOM 2 VFL also contains a precision-coupled visual fault locator optimized for fiber optics. An optical ball lens placed near the laser output focuses the light for optimum input into fiber optic cables, and special current-limiting electronics prevents laser burnout (a common problem with pen-style laser pointers), increasing the life of the VFL. Its high-intensity red laser allows for fiber identification up to 5 kilometers away through both multimode and singlemode fibers. It can also be used to check for faults within a few feet of its launch point. When the bright red light encounters a fault, the light is deflected into the jacket, producing a red glow at the point of the fault.
FEATURES: InGaAs photodetector with 2.5mm universal adapter port (for ST, SC, FC, and others) Multimode and singlemode ready Graphic LCD display with intuitive user interface Simple 2-key operation Power measurements shown in dBm, dB, or microwatts Stores optical references for each wavelength to be used for optical loss testing Long battery life - over 250 hrs on one 9v battery Integrated visual fault locator (VFL) for fiber identification and near-end fault detection
APPLICATIONS: The ZOOM 2 VFL is a high accuracy, high resolution, microprocessor controlled, optical power meter. It has a 65dB dynamic range, and is calibrated at 850, 1300, 1310, 1490, and 1550nm, making it ideal for both singlemode and multimode fiber testing, including Fiber To The Home (FTTH) PON networks. It is enclosed in an attractive handheld case with a graphic liquid crystal display, and 2-key keypad for easy operation. Its 2.5mm universal fiber connector port allows connection to ST, SC, FC, and other popular 2.5mm ferrule connectors, will operate for over 250 hours on a standard high-capacity 9v battery, and has built-in auto shutdown. Reference values for each calibrated wavelength can be stored in permanent memory for quick and simple optical loss measurements. The ZOOM 2 VFL also contains a precision-coupled visual fault locator optimized for fiber optics. An optical ball lens placed near the laser output focuses the light for optimum input into fiber optic cables, and special current-limiting electronics prevents laser burnout (a common problem with pen-style laser pointers), increasing the life of the VFL. Its high-intensity red laser allows for fiber identification up to 5 kilometers away through both multimode and singlemode fibers. It can also be used to check for faults within a few feet of its launch point. When the bright red light encounters a fault, the light is deflected into the jacket, producing a red glow at the point of the fault.
