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ROP-OTDR Launch Tester Box
Ritano-optics
ST, SC, ASC (angled SC), FC, AFC (angled FC), LC
Yes
| Quantity: | |
|---|---|
Product Description
1.What is WAG. Plastic Box with OTDR description?
Measuring an insertion loss of the near-end and / or far-end connection of a fiber optic link with an OTDR requires
a launch and / or receive test cable. A launch cable, which connects the OTDR to the link under test, reveals the
insertion loss and reflectance of the near-end connection. A receive cable, which connects to the far-end of the
link, reveals the insertion loss and reflectance of the far-end connection. Launch and receive test cables can
range from 150 m to 1 km (or longer) in length. Because very long test cables are impractical to transport and use,
Noyes offers coiled lengths of 50 mm multimode, 62.5 mm multimode, or single-mode fiber packaged in compact
rings. Fiber Rings of 150 m of fiber are ideal for premises fiber network test applications. Fiber Rings of 500 m
and 1 km of single-mode fiber are designed for broadband, long-haul fiber network test applications.
2.What is WAG. Plastic Box with OTDR models?
Model | Configuration | Fiber Type | Fiber Length |
ROP50-150-x1- x2 | Standard, one fiber | Multimode, 50 mm | 150m (492 ft) |
ROP50-150-x1-x2 | Standard, one fiber, Laser Optimized | Multimode, 50 mm | 150m (492 ft) |
ROP62.5-150- x1- x2 | Standard, one fiber | Multimode, 62.5 mm | 150m (492 ft) |
ROP9-150- x1- x2 | Standard, one fiber | Single-mode | 150m (492 ft) |
ROP9-500- x1- x2 | Standard, one fiber | Single-mode | 500m (1640 ft) |
ROP9-1000- x1- x2 | Standard, one fiber | Single-mode | 1000m (3280 ft) |
ROP50-150-MTRJ-x1-x2 | MT-RJ near-end, A and B fibers | Multimode, 50 mm | 150m (492 ft) |
ROP62.5-150-MTRJ-x1-x2 | MT-RJ near-end, A and B fibers | Multimode, 62.5 mm | 150m (492 ft) |
ROP9-150-MTRJ-x1-x2 | MT-RJ near-end, A and B fibers | Single-mode | 150m (492 ft) |
ROP50-150-E2000-x1-x2 | E2000 to ST, SC, FC, etc., one fiber | Multimode, 50 mm | 150m (492 ft) |
ROP62.5-150-E2000-x1-x2 | E2000 to ST, SC, FC, etc., one fiber | Multimode, 62.5 mm | 150m (492 ft) |
ROP9-150-E2000-x1-x2 | E2000 to ST, SC, FC, etc., one fiber | Single-mode | 150m (492 ft) |
ROP50-150-E2000-E2000 | E2000 to E2000, one fiber | Multimode, 50 mm | 150m (492 ft) |
ROP62.5-150-E2000-E2000 | E2000 to E2000, one fiber | Multimode, 62.5 mm | 150m (492 ft) |
ROP9-150-E2000-E2000 | E2000 to E2000, one fiber | Single-mode | 150m (492 ft) |
x1, x2 — connectors specify type [ST, SC, ASC (angled SC), FC, AFC (angled FC), LC]
WAG. Case size: 190 * 160 *50mm, PVC
Other connector types, fiber types, and fiber lengths will be quoted upon request.
Place of Origin: China
How to Generate a Baseline Trace Using Fiber Rings
l Use the Fiber Ring as a launch cable.
Connect the Fiber Ring between your OTDR and the fiber link under test. This will allow you
to measure the loss of the near-end connection.
l Use the Fiber Ring as a receive cable.
Cconnect the Fiber Ring to the far-end connector of your fiber link under test. This will
allow you measure the loss of the far-end connection.
l By using Fiber Rings as both launch and receive cables, as shown in the diagram below,
you can measure total insertion loss of the fiber link under test.
OTDR Trace Made Using Launch And Receive Cables.
Example OTDR Test Configuration With Launch And Receive Cables.
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