If you’re looking to Sell Divot SM SC/APC Bare Fiber Adapter Testing Device

Divot Bare Fiber Testing Device
The Divot® is designed to quickly connect to unterminated fiber for testing, servicing or communication requirements. Connect the patch cable included with the system to your test equipment and insert bare fiber into the end of the Divot® module. Preparation of the bare fiber is easy. Simply strip and clean a few inches of fiber down to 125uM cladding. Cleave fiber leaving approximately 3/4” of bare fiber exposed. Insert the bare fiber into the Divot® module until it stops. The device will accept a non-cleaved fiber with a typical insertion loss of less than 0.8dB. Cleaved fiber will result in even lower insertion loss. Connections are suitable for many testing applications with results similar to a standard terminated piece of fiber.

Features:

• Internal replaceable cartridge filled with optical coupling compound
• Low insertion loss
• No dipping, messy applicators or external reservoirs to fill
• LiteLOCK® Technology
• Quickly test fiber without terminating
• Accepts non-cleaved fiber
• Repeatable and Reusable

Buying, Selling, Trading Divot SM SC/APC

If you’re selling your Divot SM SC/APC please fill out form on the right hand side of page.

If you’re looking to Sell Divot FC Singlemode Bare Fiber Testing Device

Divot Bare Fiber Testing Device
The Divot® is designed to quickly connect to unterminated fiber for testing, servicing or communication requirements. Connect the patch cable included with the system to your test equipment and insert bare fiber into the end of the Divot® module. Preparation of the bare fiber is easy. Simply strip and clean a few inches of fiber down to 125uM cladding. Cleave fiber leaving approximately 3/4” of bare fiber exposed. Insert the bare fiber into the Divot® module until it stops. The device will accept a non-cleaved fiber with a typical insertion loss of less than 0.8dB. Cleaved fiber will result in even lower insertion loss. Connections are suitable for many testing applications with results similar to a standard terminated piece of fiber.

Features:

• Internal replaceable cartridge filled with optical coupling compound
• Low insertion loss
• No dipping, messy applicators or external reservoirs to fill
• LiteLOCK® Technology
• Quickly test fiber without terminating
• Accepts non-cleaved fiber
• Repeatable and Reusable

Buying, Selling, Trading Divot FC

If you’re selling your Divot FC please fill out form on the right hand side of page.

If you’re looking to Sell Dead Zone OTDR Eliminator Launch Box for SM Fiber

Features / Benifits
* Use as a Pulse Suppressor, OTDR Launch Box, Delay Line, Product Demonostrations, Training, Calibration
* Prevents fiber damage and stress during use or transportation
* Continuous reel of fiber
* Small/Slim/Low profile design
* Module stacking capability for added flexibility
* Portable for field use
* Singlemode 9/125

Applications
* OTDR Launch Cable/Lead
* Equipment Calibration
* System emulation of loss, length, time delay and reflectance

Description
* The Dead Zone Eliminator® (DZE) is designed to aid in the testing of fiber optic cable when using an OTDR. The DZE is used with Optical Time Domain Reflectometers (OTDR’s) to help minimize the effects of the OTDR’s launch pulse on measurement uncertainty.

Buying, Selling, Trading Dead Zone OTDR

Specifications
* Length: 100 Meters
* Type of Fiber: Singlemode
* Loss @ 1310nm: < 0.5 dB
* Connector: SC / SC

Why do I Need a Launch Cable?
A launch cable (box) is designed to aid in the testing of fiber optic cable when using an OTDR. The launch box is used with Optical Time Domain Reflectometers (OTDR’s) to help minimize the effects of the OTDR’s launch pulse on measurement uncertainty.

Without a Launch Cable…
Without the use of a Dead Zone Eliminator® Launch Cable, the initial length of fiber is hidden within the launch pulse. Loss measurements cannot be accomplished in the initial section of fiber. OTDRs require a Dead Zone Eliminator® launch cable when measuring end-to-end loss, fiber loss, connector loss and reflectance of optical fiber links.

With a Launch Cable…
With the use of a Dead Zone Eliminator® Launch Cable, the initial section of fiber under test can be measured. The blind area (dead zone event) is placed in the launch cable allowing you to measure through the event and display the insertion loss and reflectance of the connection at the beginning of the fiber under test. To test an entire section of fiber (end-to-end), two Dead Zone Eliminator® launch cables are recommended. One cable will serve as a launch cable testing the near-end connection, the other cable will serve as a receive cable testing the far-end connection.

Included:
* 100 Meter Dead Zone Eliminator
* Universal Fiber Connector

If you’re selling your Dead Zone OTDR please fill out form on the right hand side of page.