2J06 - Anritsu CMA5000 OTDR New Jilong KL-300T Splicer

KL-300T

The KL-300T Core Alignment fiber optic fusion splicer made by Jilong Communication is a solid reliable addition to any Technician’s tooling. In side by side specification comparisons the KL comes up first in more categories than the big three, Fujikura, Sumitomo or Fitel. The 300 triumphs in attributes like a 39 second splice/shrink cycle time, the second highest magnification on the market and lighter weight than all other standard fusion splicers.

But the KL-300T stands out even more with features that can’t be weighed & measured and put into a chart. Each and every time you interact with this machine you will appreciate features like a lighted fusion area, the largest screen on the market, a high resolution graphical user interface, easy to interpret universal buttons and frustration free menu navigation. Additionally when you see the video from the high resolution cameras you’ll know you’ve got a machine that will spoil you.

Features:

• Core to core alignment by PAS technology
  • ( PAS:Profile Alignment System)
• Digital fusion splicer with automatic focus function
• Fiber core can be display clearly
• Single X or Y view and X & Y view simultaneously
• Auto detect cleaved endface fault
• Display fiber cleaved and offset angle
• Display core and clad offset
• 5.6 inch TFT color LCD monitor with clear digital image display 
• USB & VGA interface
• Software upgrade via USB interface

Specifications:

Model	KL-300T
Applicable fibers	SM (ITU-T G.652), MM (ITU-T G.651), DS (ITU-T G.653), NZDS (ITU-T G.655)
Fiber cleaved length	8~16mm(Coating diameter:250µm)    16mm(Coating diameter: 250 ~ 1000µm)
Fiber diameter	Cladding diameter:80 ~150µm   Coating diameter:100~ 1000µm
Fiber Count	Single
Fiber aligning method	Core or clad aligning
Image processing method	Digital
Actual average splice loss	0.02dB (SM), 0.01dB (MM),  0.04dB (DS), 0.04dB( NZDS)
Splicing time	Typical 9 sec,with standard SM fiber
Splicing mode	53(templet), 40(user)
Splice loss estimate	More accurate
Return loss	>60dB
Storage of splice result	4000 results,20 parameter per result
Fiber display and magnification	300X(X or Y view),150X(X and Y view)
Tube heating time	Typical 30 sec
Tube heating mode	9(templet), 24(user)
Tube heating temperature	Can be adjusted
Applicable Protection sleeve length	60mm, 40mm and a series of micro sleeves
Tension test	2N
Electrode life	2500
No.of splice/heating with battery	Typical 150 cycles (splice/tube heat) with inner Li-battery
Display screen	5.6 TFT inch color LCD monitor
Image change over	The fiber image is turned upside down
Terminals	USB 1.1 and VGA
Operating condition	0 ~ 5000m above sea level, 0 ~ 95%RH and -10~50°C, respectively, Max. wind velocity of 15m/s
Power supply	AC 100-240V with AC adapter; inner Li-battery(6600mAH)
Dimensions	150mm(L) x150mm (W) x150mm (H)
Weight	2.7 Kg excluding battery,3.2 Kg including battery

Splicing mode	Auto \Calibrate  Normal \Special
Fiber cleaved angle threshold set	0.1 - 10.0 °  0.1°step
Display fiber cleaved angle	•
Display fiber offset angle	•
Auto aligning	•
Auto detect cleaved endface fault	•
Display core offset	•
Display clad offset	•
Fiber partial core Compensation	•
Arc strength automatic adjustment	•
Display inside temperature	•
Display ambient temperature	•
Display heater temperature	•
Display air pressure	•
Display battery voltage	•
Taper Splice	•
Sleep	•
Auto Shut down	•
Software upgrade	•

The CMA5000 is one of the most modular and flexible field service offerings from Anritsu.  Test Gigabit Ethernet, DWDM, SONET, OTDR, ORL, PMD and CD all with the same easy-to-use instrument

The CMA5000 is a field portable, network testing platform designed for installation, maintenance and troubleshooting of next generation, convergence networks. It features a common user interface, open architecture design and numerous test technologies that allow the platform to evolve with user testing needs and address ever-changing telecommunication infrastructures.

Comprehensive physical layer characterization is simplified with all required testing applications including OTDR, Optical Spectrum Analysis, Loss Test Set and Optical Return Loss. Supplemental tools such as a Visual Fault Locator and Video Inspection Probe are also available providing a complete testing solution. As services are deployed, the CMA5000 expands to certify performance of Gigabit Ethernet and SONET/SDH networks up to 10Gb/s.

Why choose the CMA5000?

Common platform supports all the tools needed for:

• Fiber installation and maintenance
• Rapid isolation of network problems
• In-depth analysis and monitoring of network performance

It combines Best-in-Class performance with:

•  Exceptional ease-of-use
  -Accurate results with little or no training
• Common feature set across different test applications
  - Leads to greater productivity
• One button tests that speed troubleshooting
  - Faster time to restore service
• Multi-layer test capability
  - Quickly isolate and resolve complex network problems

 CMA5000 provides significant advantages:

• The CMA5000 reduces the total cost of measurement
  - Common platform reduces the number of “boxes” needed to perform routine and emergency testing
  - Common user interfaces reduces training required for effective use of different applications
• The CMA5000 provides increased customer revenue
  - Simple bandwidth utilization monitoring leads to network optimization
  - Fast, efficient testing enables rapid restoration of existing services and quicker deployment of new ones
• Simple Go/NoGo tests are always backed up with detailed data for manual analysis

Even though the unit is simple for the novice, the experienced users can drill down to get more in-depth results

Today’s telecommunication professionals are faced with unprecedented challenges ranging from accelerating the deployment of highspeed communications services to reducing costs, including capital expenditures. NetTest answers these challenges with the CMA 5000 Multi-Layer Network Test Platform.

The CMA 5000 is the industry’s premier test and measurement solution designed with the high performance and scalability necessary to meet the stringent demands of telecommunication professionals while simultaneously accelerating the deployment of new services and reducing the total cost of measurement.

Reduce the Total Cost of Measurement
One platform providing complete testing solutions for multiple network layers saves time by minimizing training, increasing user efficiency, reducing equipment inventory, and decreasing test time via best-in-breed specifications - reducing the total cost of measurement.

Accelerate the Deployment of Services
Unparalleled performance for all applications allows networks to be characterized and commissioned faster than the competition, thereby providing accelerated time to revenue.

Optimize Performance and Bandwidth
The CMA 5000 fully characterizes each fiber and network for maximum performance and revenue generation.

Specifications:

Wavelength	Optical fiber type	Pulse width	Dynamic Range (SNR=1)	Deadzone (back-scattered)	Deadzone (Fresnel)
850±30 nm 1300±30 nm 1310±20 nm 1550±20 nm	Multimode(62.5 um), SingleMode(8-10 um)	Singlemode: 5, 10, 20, 50, 100, 200, 500, 1000, 2000, 5000, 10000, 20000 ns Multimode: 5, 20, 50, 100, 200, 500, 1000 ns	24/26/35/35 dB	7/8/10/10m	5/5/5/5m

Distance Range	Single mode: 5, 20, 50, 75, 125, 250, 300 km Multimode: 5, 15, 20, 40, 64 km
Sampling resolution	Single mode: 0.125, 0.5, 1, 2, 4, 8, 16 m Multimode: 0.125, 0.5, 1, 2, 4 m
Sampling Points	Up to 256,000
IOR settings	1.300000-1.700000
Distance Measurement Accuracy	0.0025% of distance measurement± distance resolution ± index uncertainty
Loss Measurement accuracy (linearity)	±0.04 dB/dB
Loss Resolution	0.001 dB
Laser Safety	Meets IEC60825-1 Class I and CDRH Class 1 Requirements (Eye Safe) 21 CFR 1040
Optical Connector	Single mode: Universal with UFC, USC, UST, AFC, ASC Multimode: Universal with FC, SC, ST
Operating Modes	Fault Locate, Standard OTDR, Construction (Automated Multi-wavelength, Multi-fiber testing), NetWorks (data processing and report generation)

JDSU OLS-6
Pocket-sized dual wavelength light sources, 1310 and 1550 nm

• Pocket class: Rugged, compact and lightweight
• Easy-to-use, straight forward operation
• Reliable basic functionality for most economical testing
• Three year calibration period
• OLS-6: dedicated for single mode at 1310 and 1550 nm
• Standard AA batteries or NiMH/NiCd cells
• FTTx ready

The JDSU OLS-6 pocket-sized light sources are the result of JDSU's many years of experience in optical measurement technology. They are designed for dual wavelength measurement alongside JDSU's pocket-sized or Smart optical power meters.

The rugged OLS-6 is really pocket-sized and fit into a handy belt bag so they are always ready to use. The simple three-button operation together with an easy-to-read display makes them extremely easy-to-use.

The OLS-6 is designed for dual wavelength measurement in various single mode applications. It has separate optical laser ports for each wavelength (1310 nm and 1550 nm, 1490 nm and 1550 nm, or 1550 nm and 1625 nm). Together with an JDSU optical power meter (OLP) the automatic wave-length detection guarantees fast and error-free results.

The 1625 nm wavelength of the OLS-6 allows additional tests for detection of micro/macro-bending effects at optical fibers. This makes it ideal for dense wavelength division multiplexing (DWDM) applications.

The OLS-6 with 1490/1550 nm is specially designed for tests in FTTx applications.

Specifications
Functions	Details for 1310 and 1550 nm
Emitter Type	Dual FP Laser (laser class 1)
Wavelength Range	1310 nm ± 20 nm
	1550 nm ± 20 nm
Spectral width (RMS)	typically <5 nm
Output level (CW)
9/125 µm fiber -7 dBm	typically ± 1 dB
Modulated output level	typically -10 dBm
Level stability (Short-term)
1 h, -10 to +55°C	typically ± 0.03 dB
Level stability (Long-term)
8 h, -10 to +55°C	maximum ± 0.25 dB
Modulated output signal (Rectangular, modulation ratio 1:1);
Selectable	270 Hz, 1 kHz, 2 kHz
Modes
CW	continuous wave signal
Auto-?	output signal includes ? information (detectable by all JDSU power meters)
FMOD	modulation for fiber identification 270 Hz, 1 kHz, 2 kHz
Dual	Both wavelengths activated
Optical connector	Two outputs (one for each wavelength) each with the same connector (to be selected when ordering) FC/PC, SC/PC

JDSU OLS-5
Pocket-sized dual wavelength light sources, 850 - 1300 nm

• Pocket class: Rugged, compact and lightweight
• Easy-to-use, straight forward operation
• Reliable basic functionality for most economical testing
• Three year calibration period
• Dedicated for multimode at 850 and 1300 nm
• Standard AA batteries or NiMH/NiCd cells
• FTTx ready

The JDSU OLS-5 pocket-sized light sources are the result of JDSU’s many years of experience in optical measurement technology. They are designed for dual wavelength measurement alongside JDSU’s pocket-sized or Smart optical power meters.

The rugged OLS-5 is really pocket-sized and fit into a handy belt bag so they are always ready to use. The simple three-button operation together with an easy-to-read display makes them extremely easy-to-use.

For multimode applications the OLS-5 is the ideal choice. Via one single port 850 and 1300 nm LEDs are connected to the test cable. Together with an JDSU optical power meter (OLP) automatic wavelength detection and TwinTest guarantee fast and error-free results at a high test speed.

Specifications
Emitter Type		LED (laser class 1)
Wavelength Range		850 nm ± 20 nm 1300 nm ± 50 nm
Spectral width (FWHM)		850nm
		1300 nm
Output level (CW)	50/125 µm fiber	-20 dBm ± 1.7 dB
	62.5/125 µm fiber	-17 dBm ± 3 dB
	100/140 µm fiber	-13 dBm ± 3 dB
	9/125 µm fiber	-40 dBm ± 3 dB
	Modulated output level	3 dB less than in CW mode
Level stability (short-term)	15 min, +23°C ±3 K, ?T = ± 0.5 K	± 0.25 dB
	15 min, -10 to +55°C, ?T = ± 0.5 K	± 0.08 dB
Level stability (Long-term)	15 min, +23°C ±3 K, ?T = ± 0.5 K	± 0.25 dB
	15 min, -10 to +55°C, ?T = ± 0.5 K	± 0.08 dB
Modulated output signal (Rectangular, modulation ratio 1:1); Selectable		1 kHz, 2 kHz
Modes	CW	continuous wave signal
	Auto-?	output signal includes ? information (detectable by all JDSU power meters)
	FMOD	modulation for fiber identification 270 Hz, 1 kHz, 2 kHz
TWINTest		Automatic toggling between 850 nm and 1300 nm
Fixed optical connector		ST

JDSU OLP8
The JDSU OLP8 was designed for the installation and maintenance of singlemode and multimode cables, systems, and networks

The JDSU OLP product line of pocket-sized optical power meters provides an excellent price/performance ratio for universal, singlemode loss test and systems power measurements.

Highlights

• TWINtest cuts test time in half and simplifies handling due to automatic attenuation measurements at 850/1300 nm or 1310/1550 nm.
• Auto-lambda automatic wavelength detection and simple fiber identification together with an JDSU OLS light source.
• Easy three-button operation lets you concentrate on your work at hand.
• Lightweight, portable, rugged, and shock-proof design guarantees long life.
• Includes a handy nylon belt pouch.

Applications

• The OLP-6 is the universal solution for telecommunications applications with a dynamic range of -65 to +10 dBm.
• The OLP-8 is the solution for the measurement of high optical power values in the range of -50 to +23 dBm.

Key Features

• Extra long battery lifetime (>130 hours).
• Battery replacement indicator.
• Powered from standard dry batteries or rechargeable cells.

Specifications
Display range	-50 to +23 dBm
Max. permitted input level	+23 dBm
Accuracy
Intrinsic uncertainty	± 0.20 dB (± 5%)
Linearity	± 0.06 dB (-35 to +20 dBm)
Wavelength range	780 to 1650 nm
Standard wavelength settings	980, 1310, 1480, 1550 nm
Wavelength and modulation detection together with OLS-5, OLS-6, OLS-55/56, OLT-55	270 Hz, 330 Hz, 1 kHz, 2 kHz
1310, 1550 nm	-35 to +23 dBm
980 nm	-30 to +23 dBm
Connectable fiber types	9/125 µm to 10/125 µm