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Owl Volt-1 Visual Optical Length Tester Up To 1.5Km Yes  New

Owl Volt-1 Visual Optical Length Tester Up To 1.5Km Yes New

Available*
Item # 53419820
Model # VOLT-1
$399.94
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CA Prop 65 Warning 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.gov

Product Description

Owl Optical Wavelength Laboratories Volt-1 Visual Optical Length Tester Up To 1.5Km Yes New

Features: Measures The Length Of Both Single Mode And Multi-Mode Fiber With Accuracy Of ± 2.5 Meters High-Intensity Visible Laser Allows For Visible Fault Location Of Breaks And Microbends Pulsed Mode Provides Easy Fiber Identification Easy-To-Read Bright Red 7-Segment Led Display 15 Hours Continuous Use On One 9V Battery Low Battery Indicator Handheld Lightweight

Applications: Volt Stands For Visual Optical Length Tester, And Offers A Unique, Low-Cost Alternative For Users Who Need To Measure The Length Of Optical Fibers. Fiber Installations Are Increasingly Required To Have Fiber Length Measurements To Comply With Bid Requirements. Rather Than Purchase Certification Test Sets That Can Cost Thousands Of Dollars, The Volt Can Be Added To An Installer’S Existing Fiber Test Kit. These Length Testers Use A “Round-Robin” Method Of Measuring Fiber Length. This Is Accomplished By Looping Back Two Fibers At One End Of The Fiber Run With A Patch Cord. The Round Trip Time That The Light Takes To Travel Through Both Fibers Is Converted To Length In Kilometers, Then Divided By Two To Show The Length Of The Fiber Cable. There Is No Need To Measure The Length Of All The Fibers; The Length Measurement Can Be Applied To All Fibers In The Cable. This Method Of Length Testing Provides Accurate Measurements, And Saves Time And Money. Measuring Fiber By The Jacket Is An Accepted Method Of Measurement; However, There Are Many Scenarios Where This May Not Be Valid. Length Markings May Be Hard To Reach If They Are Already Terminated In A Patch Panel. Fiber Links May Also Go Through Multiple Cross-Connects Or Have Splices In The Middle, Thereby Making Jacket Markings Invalid. Optical Measurement Of Fiber Produces Accurate Results Without The Need For Jacket Markings. Optical Measurement Also Saves Time By Eliminating The Need To Estimate The Length Of The Fiber Run With A Measuring Wheel. This Method Is Especially Troublesome And Inaccurate In Networks That Traverse Walls, Are In A Star Topology, Or Contain Riser Cables. The Volt Uses A Visible Laser That Can Measure Fiber Links Of Up To 1.5 Kilometers, And Is Accurate To Within ±2.5 Meters. In Addition To Length Testing, The Volt’S High-Intensity Laser Permits It To Do Double Duty As A Visual Fault Locator, And A Pulsing Mode Allows For Easy Fiber Identification.

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