Basic Info.
Product Description
Reduce "test blind zone'lmprove the accuracy of test results.
Optical Time Domain Reflectometer (OTDR) is an indispensable tool in theprocess of fiber testing. lt uses the principle of light scattering to perform fiberloss testing and fiber fault location. However, the optical time domainreflectometer (OTDR) also has a "blind zone". lf proper measures are not taken.this "blind zone" will affect the accuracy of the test. Using OTDR to test extensioncords is a common way to reduce the impact of "blind spots"
Description:
Standard boxes along with custom configurations for OTDR applications.
Prevents fiber damage and ensures accurate results.
Application :
Use as OTDR launch/receive cable. Test link loss with an OTDR. Measure insertion loss and reflectance of near/far end connector. Pulse suppressor for the first reflection at the beginning of a fiber.
Function:
Mainly to make up for the OTDR test blind zone
The fiber has single mode, multi-mode (50/62.5) selection, the connector can be customized, the fiber length can be customized below 2KM, and the conventional fiber can be delivered on the same day.
How to Generate a Baseline Trace Using Fiber Rings
Use the fiber ring as a launch cable. Connect the fiber ring between an OTDR and the fiber link under test. In this configuration, the loss of the near-end connection can be measured.
Use the fiber ring as a receive cable. Connect the fiber ring to the far-end connector of your fiber link under test. In this configuration, the loss of the far-end connection can be measured.
By using fiber rings as both launch and receive cables, as shown in the diagram at the right, total insertion loss of the fiber link under test can be measured.
What length of launch cable should I use in testing single mode and multi mode fiber?
The length of launch cable used depends on the measurement needs. But there are some general rules to follow. The cable should be longer than either of the following specifications, Event Dead Zone or Loss Dead Zone and the pulse length being used. The better of the two to select is Loss Dead Zone as this will meet both. This would meet the minimum length recommendation. Now with that said you may find that the launch cable may need to actually be longer because of the pulse length being used. Another item to watch is that the launch cable is not a small integer length of the cable being tested, i.e. test cable / launch cable = 1, 2, or 3. This is because of Ghosting.
Here are some recommendations.
Multi Mode and Single Mode: The jumper cable needs to be at least 4 to 5 times the length of the pulse width you will be using, 10 times is better. This applies for both a launch cable and a terminating cable. (Terminating cable allows you to see the true loss of the end connector. Because to see the loss of this connector you need to see beyond it.)
Specifications
| Length x Width x Height | 24 x 14 x 6.5cm |
| Material | SR Polypropylene |
| Weight | 0.75 kg (without fiber) |
| Operating temperature | -40° Cto +55° C |
| Typical Loss | < 0.5dB @ 1310nM for 1000 meters |
Delivery leading period
Within 3 working days for small orders after receiving full payment
Kindly consult us for bulk orders
Shipment
Choosing DHL, FedEx, TNT, EMS, UPS and other Express, delivering to your hands directly for small orders.
By sea or by aircargo for bulk orders.
After-sales Service
We guarantee all our telecom fusion splicers for 36 months from the date customers receive them. Other parts for six months.
We guarantee that every fusion splicer is tested carefully and works very well before shipment. We strive for 100% customer satisfaction on every sale we complete.
We are responsible for the whole lifespan of our products, and whenever you have questions during usage, feel free to contact us, we are glad to provide technical support timely.
Lifelong Maintenance Service
During the warranty period, we can repair or replace the defective parts for free.
After the warranty time, we can also repair the defective parts, but only charge for parts.
Shinho Fiber Communication Co., Ltd is a professional manufacturer of fiber optic fusion splicers. Besides, Shinho could also supply other related test equipment, like palm OTDRs, power meters, VFLs, light sources, fiber identifiers, toolkits, cleavers, etc.
Shinho X-series of optical fiber fusion splicers have Independent Intelligent Property Right (IIPR). They have advanced functions and stable performance, and their splicing loss could reach the top level in the world. After several years' development, Shinho products are broadly acknowledged and trusted by different clients around the world, like USA, South America, Russia, India, Pakistan, Europe, Middle East, South Africa, etc.
Shinho would keep researching and developing the top level fiber optic fusion splicers, providing the excellent and quick service to our customers.
1. Are you manufacturer or distributor?
-----We are the original manufacturer, OEM & ODM are also available.
2. Why Choose Xianghe?
----Industry technology leader: More than 20 years experience, keeping upgrading new technology and now models.
----Reliable product quality: ISO9001:2015 quality management system, strict quality control and testing process.
----Strong production/OEM ability: More than 10,000 units machines sold to more than 50 countries and areas every year, OEM available.
----Satisfied after-sales service: Life long technical support, quick feedback to any problem, 24 months warranty period.
3. What Certificate you have?
-----CE,Rohs, and ISO.
4. What is the warranty?
-----Telecom fusion splicer:3 Years from the date from you received the splicer. If there is any problem you meet, please contact us, we will instruct to solve it .
5.What is the lead time?
-----Within 3 working days after received payment. For urgent orders, we could offer speed-up service.
6. How to be your distributor?
-----We welcome customers to be our distributor. We will give you full support. Contact us if you are interested.