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In stock products will ship
the same day if your order is placed by 4pm EST Mon-Fri.
Fiber Optic Cable Tester
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Battery Powered, Low Cost, Basic
Fiber Test Tool |
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Locates breaks, faulty
splices and poorly crimped components or connections of 62.5/125
0.9mm universal connectors |
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Accepts ST, SC, FC
Optical Connectors |
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Continuous outputs of high 635nm Class III A laser diode power and
tests over 4km (2.5mi) |
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Slim Pocket Size, Pen Type Design |
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Includes
Acrylic Carrying Case and Two 1.5V AAA Batteries |
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Fiber Optic Visual Fault
Locator
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Connector Type |
1.25mm (LC) |
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Light Source |
Class 3A laser diode |
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Nominal
Wavelength |
650nm±10nm |
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Temperature |
Operating Temp.: 0~40°C
Storage Temp.: -20°C~60°C |
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Size |
Length: 6"
Diameter: 1/2" |
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Batteries |
2X AAA (not included) |
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Individual Packing |
Color box with black EVA
inner case |
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MT-7509 Fiber Optic Visual Fault Finder |
$92.35 |
[Add to Cart] |
F6230A Pen-style Visual Fault Locator
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Product Overview
The Model F6230A Pen-style Visual Fault Locator is a commonly known as a VFL.
The new product Model F6230A, is a pencil style VFL that features a
universal connector accepting any optical connector style with a 2.5mm
ferrule. It operates on a single 1.5V AA alkaline battery keeping the
overall size to a minimum while providing long battery life. The VFL output
is from a 650nm laser providing visibility to 5 km.
Unlike many VFLs today, the F6230A features a choice of continuous or
modulated output and a “low battery” indicator to alert the user when it is
time to change batteries. The universal connector eliminates the
inconvenience of having to use a patch cable for direct connection to fiber
under test if connector styles are dissimilar.
This single basic tool is one that all installers, and maintenance personnel
should have in their tool kit. It is the most economical test tool for
quickly verifying continuity, checking the validity of patch cables before
or after installation, test and find breaks in LANs, verifying short lengths
of installed fiber, or looking for cracked fiber in splice cases, bad
connectors, tight crimps in fiber cable, backbone breaks or anywhere light
continuity needs checking.
[More Info]
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Noyes HILite & VFI2 Visible
Fault Identifiers
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- 650 nm Visible
Red Laser Source |
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- Compact Size |
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- Universal
Connector Interface for Quick Connection |
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- High Power (1
mW) |
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HILITE Noyes Fiber Visual fault identifier
Keychain |
Only $279.00 |
[Add
to Cart] |
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VFI2
Noyes Fiber Visual fault identifier |
Only
$379.00 |
[Add to Cart]
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Ideal VFF5 Visual Fault Finder
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Product Overview
The VFF5 Visual Fault Finder is a light
source used to locate breaks and misconnections in fiber optic cables.
It's ideal to verify continuity, test and find breaks in LANs, fiber data
links and loops, telephone, shipboard and other vessels, and intrinsically
safe process applications where fiber is used instead of copper.
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- Finds Breaks, Faulty Splices and Crimps,
Poor Components or Connections |
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- Low-Cost, Basic Fiber Test Tool |
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- Slim, Pocket-Sized Tool |
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- High Output, Class 2, 670nm Laser Diode
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- Includes: |
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- Carrying Case |
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- Lens Cap |
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- Batteries |
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- Lanyard |
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- Instruction Sheet Rugged |
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- Metal Housing |
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- Battery-Powered |
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Fluke Networks Visifault
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Product
Overview
Rugged VisiFault Visual Fault Locator for fiber
verification and troubleshooting
In today's fast-paced workplace maximizing productivity is essential.
Whether installing new fiber links or troubleshooting an existing
network, the faster you can locate a problem, the faster you can fix it.
That's easier said than done when you are faced with a complex network
of fibers, connectors and patch cords.
You can diagnose and repair simple fiber link problems with Fluke
Networks' VisiFault™ Visual Fault Locator (VFL). The laser-powered
VisiFault locates fibers, verifies continuity and polarity, and helps
find breaks in cables, connectors and splices. Continuous and flashing
modes make for easier identification. Compatible with 2.5mm and 1.25mm
connectors for easy connection. Ruggedly constructed for demanding
field-testing. Long battery life for hours of use.
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- Bright Red Visible Laser Light Source
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- Accelerates End-to-End Fiber Continuity Checks
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- Speeds Fiber Tracing and Identification |
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- Simplifies Fiber Polarity Verification
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- Aids in Location of Fiber Faults Including Tight Bends, Breaks
and Bad Connectors
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- Features Continuous and Flashing Modes
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- Rugged Case Survives Drops, Impacts and Vibrations
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- Utilize Adapter to Connect to 2.5 mm Standard and 1.25 mm SFF Connectors |
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- Over 80 Hours of Battery Life with Two AA batteries
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- Handy Lanyard Attachment and Carrying Case |
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VisiFault
Fluke Networks Visual Fault Finder |
$290.00 |
[Add to Cart] |
Fiber Optic
Visual Fault Finder
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Product Overview
The 170XL visual fault locator
is an indispensable tool for quickly identifying bending losses and breaks
in optical fibers. If a fiber is bent too tightly, red laser light will be
seen escaping through the cable jacket. Likewise if a fiber is broken,
escaping light will be visible where the break is located. Connectors
are easily tested using the 170XL visual fault locator. A fiber broken
inside or past the ferrule will cause it to glow. If the whole connector
glows, it is a defective connector. If the end face polish of the
connector is bad, light will be reflected internally.
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- Continuous Wave Output Mode
for Steady Fault Location |
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- Find Breaks to 3km |
| - Blinking Output Mode
Increases Viewing Contrast |
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Quick Interface fits all 2.5mm Connector Interfaces (FC, SC,
ST) |
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- 1.0mW Output
Power |
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Rotary Switch Permits Easy One-Handed Operation |
| - Rugged, Compact and
Splash Proof Aluminum Design |
| - Two AA
Batteries Provide 48 hours Continuous Operation |
| - Nylon Belt Holster Included |
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F6121A Basic Optical Fiber Identifier
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Product Overview
The Wilcom Model F6121A Basic Optical Fiber Identifier is a rugged,
easy-to-use installation and maintenance instrument which identifies optical
fibers by detecting the optical signals being transmitted through a
singlemode fiber. By utilizing local detection technology (nondestructive
macro-bend detection), the unit eliminates the need to open the fiber at the
splice point for identification; eliminating the probability of interrupting
service.
The Optical Fiber Identifier detects low frequency tones at 270 Hz, 1000 Hz
and 2000 Hz. When traffic is present on the fiber under test, an audible
tone can be heard as well as the traffic direction which is indicated by
LEDs illuminating on the probe.
During installations, maintenance, rerouting, or restorations it is often
necessary to isolate a specific fiber without disrupting service. A light
source such as Wilcom's Model FS1316 used in conjunction with the Optical
Fiber Identifier can make the job a lot easier.
The Optical Fiber Identifier includes a carrying pouch containing three easy
to use field interchangeable adapter heads to accommodate; 900 µm buffered
fiber, ribbon or 250µm coated fiber and 3mm jacketed fiber.
[More Info]
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Noyes
OFI 200 Optical Fiber Identifier
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- Accepts 250 µm, 900 µm Coated Fiber, 3mm
Jacketed Fiber Cable, and Ribbon Fiber |
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- No Head Swapping or CAM Adjustments |
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- Identifies Light Carrying Fiber |
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- Low Cost, Easy to Use |
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- Hand-Held, 9V Battery Operated |
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- Low Insertion Loss - Traffic Remains
Uninterrupted |
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- Indicates 2 kHz Tone Visually and Audibly |
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- Indicates
Direction of Traffic |
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OFI
200D Noyes
OFI 200 Optical Fiber Identifier |
$1,495.00 |
[Add to Cart]
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F6222 Telecom Optical Fiber Identifier
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Click for larger image |
Product Overview
The Wilcom Model F6222 Telecom Optical Fiber Identifier is a rugged,
easy-to-use installation and maintenance instrument which identifies optical
fibers by detecting the optical signals being transmitted through a
singlemode fiber. By utilizing local detection technology (non-destructive
macro-bend detection), this units eliminates the need to open the fiber at
the splice point for identification; eliminating the probability of
interrupting service.
This Optical Fiber Identifiers detects low frequency tones at 270 Hz, 1000
Hz and 2000 Hz. When traffic is present on the fiber under test, an audible
tone can be heard as well as the traffic direction which is indicated by
LEDs illuminating on the probe.
During installations, maintenance, rerouting, or restorations it is often
necessary to isolate a specific fiber without disrupting service. A light
source such as Wilcom's Model FS1316 used in conjunction with the Optical
Fiber Identifiers can make the job a lot easier.
This Optical Fiber Identifier includes a carrying pouch containing three
easy to use field interchangeable adapter heads to accommodate; 900 µm
buffered fiber, ribbon or 250µm coated fiber and 3mm jacketed fiber.
[More Info]
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Order
By Phone 1-800-543-4333
SHOPPING CART
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