OPTICAL POWER METERS |
TYPICAL USES: TELCO, WAN, LAN, CATV, IT, Manufacturing or Laboratory Environments |
OWL manufactures a complete line of fiber optic power meters with capability ranging from simple
optical power and optical loss measurement to complete standards-based fiber optic link
certification for both multimode and singlemode fibers, including 10-Gigabit Ethernet!
All OWL fiber optic power meters can be bundled with multimode and/or singlemode light sources for complete optical loss measurement. For more information or for assistance in choosing the right optical power meter for your needs, send us an information request and we would be happy to assist you. |
Fiber OWL 7 Series | OPTICAL POWER METER | |||
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Model #s: F7X 1095.00 F7V * 1315.00 |
Video Coming Soon! |
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Fiber OWL 4 BOLT *** DISCONTINUED *** | OPTICAL POWER METER | |||
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Model #s: FO-4B 895.00 |
Fiber OWL 4 BOLT Optical Power Meter Sales Video |
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Micro OWL 2 Series *** DISCONTINUED *** | OPTICAL POWER METER | |||
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Model #s: MO-2 645.00 MO-2V * 845.00 |
Micro OWL 2 Optical Power Meter Sales Video |
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WaveTester Series | OPTICAL POWER METER | |||
Ideal for end-users who:
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Model #s: WT-1 495.00 WT-1V * 710.00 |
WaveTester Optical Power Meter Sales Video |
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ZOOM 2 Series | OPTICAL POWER METER | |||
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Model #s: ZO-2 320.00 ZO-2V * 540.00 |
ZOOM 2 Optical Power Meter Sales Video |
* - "V" versions of the OWL optical power meters include an integrated Visual Fault Locator port.
As an option, many OWL optical power meters can include a precision-coupled Visual Fault Locator (VFL). By integrating a VFL into the power meter, troubleshooting for near-end faults can be done on the spot during testing. Visual Fault Locators (VFL) play an important part when working on a fiber optic network, especially installation, testing, and troubleshooting. The bright red laser in a VFL allows for quick and easy near-end visual fault location and visual fiber identification. OWL precision-coupled VFLs offer two distinct technological advantages over traditional laser pen-style visual fault locators. First, a multi-million dollar micro-alignment machine is used to place a tiny ball lens between the laser diode and the output port, allowing for optimum precision-coupling of optical power into both multimode and singlemode fibers. Second, red lasers are susceptible to burnout typically caused by power surging from the battery when the unit is powered on, especially from new batteries. Over time, these battery surges can weaken the laser, significantly limiting the laser's effectiveness. OWL optical power meters contain special circuitry that protects the red laser diode from battery power surges, ensuring a stable and consistent source of red light as well as maximizing the life-span of the laser. |