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FSM-50S Fusion Splicer
This is a new standard of core to core aligning arc fusion
splicer.
A number of improvements have been added to the performance-proven Profile
Alignment System (PAS) platform, resulting in the smallest and lightest package
of its kind. With improved splice & tube-heat time, the splicing operation
is the world's fastest truly optimized for field use. Other valuable features
include an ergonomic design, reduced numbers of operating steps and a powerful
battery extend the boundaries of traditional field fusion splicing performance.
The movable monitor and dual-direction operating system essentially gives the
operator a choice of two splicers. With these features, the FSM-50S is now more
than a tool, it is a work of art.
Features
- Fully automatic core alignment with 9 second splice time for SM fiber
- Reduced splice protector shrink time – now only 35 seconds
- Extremely compact and lightweight – just 2.8kg
- Automatic fibre type identification
- Multi-position monitor for front or top mounting
- High capacity battery option for 120 splice/shrink cycles
- Real time arc calibration
- Fibre clamps integrated into wind protector to reduce operation time
Dual-directional operating system
The reversible monitor accommodates the user's ergonomic preference. With a
control panel on each side, the ease of use is phenomenal.
Splice time of 9 sec.
Improved computer processing and newly introduced stepping motor help achieve
9 sec. splice time with SM fiber.
Tube-heat time of 35 sec.
Advanced heater design shortens tube-heat time to 35 sec. with FP-03
protection sleeve.
Large capacity battery option
Two types of slot-in batteries BTR-06S and BTR-06L are available.
Arc calibration-free system
Time-consuming arc calibration is no longer requried with real- time arc
calibration.
| Applicable fibers |
SM(ITU-T G.652), MM(ITU-T G.651), DS(ITU -T
G.653), NZDS(ITU-T G.655) |
| Fiber Count |
Single |
| Cladding diameter |
80 to 150µm |
| Coating diameter |
100 to 1000µm |
| Fiber cleaved length |
8 to 16mm with coating diameter of 250µm or less.
16mm with coating diameter of 250 to 1000µm.
Optional set-plate for 8
to 16mm with coating diameter of 250 to 1000µm is available. |
| Actual average splice loss |
0.02dB with SM, 0.01dB with MM, 0.04dB with DS,
0.04dB with NZDS.
Measured by cut-back method relevant to ITU-T and IEC
standards. |
| Splice time |
Typical 9sec. with standard SM fiber. |
| Return loss |
>>60dB |
| Splicing modes |
40 user programmable modes and up to 60 modes for
reference(factory predetermined setting). |
| Splice loss estimate |
Available |
| Attenuation splice function |
Intentional high splice loss of 0.1dB to
15dB(0.1dB step) can be made for an in-line fixed attenuator. |
| Storage of splice result |
The last 2000 results to be stored in the internal
memory. |
| Fiber display |
X / Y, or both X and Y simultaneously. |
| Magnification |
295x for single X or Y view, or 147x for X and Y
view. |
| Viewing method |
Two CMOS cameras and 5.6 inch color LCD
monitor. |
| Operating condition |
0 to 5000m above sea level, 0 to 95%RH and -10 to
50? respectively. |
| Mechanical proof test |
2N(standard)/ 4.4N(option) |
| Tube heater |
Built - in tube heater with 10 heating modes and
up to 20 modes for reference. |
| Tube heat time |
Typical 35sec. with FP-03 protection sleeve. |
| Applicable protection sleeve length |
60mm, 40mm and a series of micro sleeves. |
| No.of splice/heating with battery |
Typical 80 cycles with BTR-06(S)/ Typical 160
cycles with BTR-06(L). |
| Power supply |
Auto voltage selection from 100 to 240Va.c. or 10
to 15Vd.c. with ADC-11. 13.2Vd.c. with BTR-06(S / L). |
| Terminals |
USB 1.1(USB-B type)for PC communication. Video
terminal RCA video jack / NTSC. |
| Wind protection |
Max. wind velocity of 15m/s. |
| Dimensions |
150W × 150D × 150H(mm) |
| Weight |
2.3kg(2.8kg including AC adapter
ADC-11) |
CMA4000 OTDR Mainframe
The fastest, smartest, and easiest OTDR in the
world!
When it comes to fiber optic testing, time is money.
That's why we designed the CMA4000. It offers all the features of a
mainframe OTDR in a rugged, economical, field-portable unit and its unique
features make it better than other OTDRs. Intelligent software minimizes
necessary steps to perform frequent functions, its multi-tasking ability allows
the CMA4000 to test, analyze and display data faster than any other OTDR
available. Plus, it has incredible deadzone, dynamic range performance,
tri and quad-wavelength optics and is fully configurable. In other words,
it's the only piece of equipment you'll ever need for all your basic fiber optic
testing -- whether for installation, maintenance or fault location.
Incredible dynamic range and short
deadzones
The CMA4000 offers a test range of 21 to 46dB, the highest
dynamic range in the world. That means you can test longer lengths of
fiber with greater resolution and less averaging time. Plus, with
deadzones as short as 2.5 m, you can be sure you’re getting complete and
accurate data for your entire length of cable.
The CMA4000 makes your job faster and easier with dozens
of unique features:
- One button to test and save
- Automatic evaluation of the test fiber for connection quality and traffic
- Multi-tasking software simultaneously test and analyzes trace data to
display results in seconds
- An panel of dedicated keys for easy access to functions you use most as
well as a convenient onboard keyboard for entering file names
- Automated software prompts the user for the required information about the
cable under test and keeps track of the fibers as they are tested
The best value for your money
The CMA4000 is the one
piece of equipment that can meet virtually all your basic fiber optic testing
needs. If you choose to incorporate a standard power meter, optical return
loss test set, light source and visual fault locator, it’s the only piece of
equipment you’ll ever need. You can customize your unit with optional
languages, power cords, connectors, keyboard layouts, and date and time
formats. The built-in keyboard let you enter important text data, and the
large 8.4” display with optional VGA color and flexible configuration, makes the
screen easy to read under any testing condition. Plus, the environmentally
sealed modules and buttons - along with the rugged case - protect the CMA4000
from dust, rain and impact.
Easy documentation makes it simpler for you
The
programmable autosave lets you save test results on the harddrive or floppy in a
format that makes sense for your network. These virtually eliminate typing
mistakes while saving time in the field. When used in conjunction with our
GN NetWorks Software, the CMA4000 can perform a variety of trace manipulations,
such as trace overlay, graphing, batch printing and bi-directional averaging
reports.
SPECIFICATIONS
| Display |
VGA LCD Display (8.4” color or 8.2”
monochrome) |
| Mass Storage |
Up to 125 traces internal storage. Over 65,000
traces with optional hard drive. Up to 180 traces for a standard 3.5 inch,
1.44 MB floppy disk. Floppy disk drive comes standard |
| Stored Data Points |
up to 16,000 |
| Group Refractive Index Setting |
1.400000 - 1.699999 |
| Loss Modes |
ORL, 2-point, 2-point LSA, dB/KM, dB/KM LSA,
splice, reflectance |
| Trace Compare Modes |
Overlay, Delta Trace Compare, Align |
| Data Acquisition |
Real Time, Fast Scan, Medium Scan, Slow Scan,
Timed Average (user selectable) |
| Information Output |
Trace display, FAS event table, integrated trace
display with event information window, header page, measurement
parameters, ASCII report |
| Analysis |
High speed integrated fiber analysis |
| Vertical Scale Settings |
0.125/0.25/0.5/1/2/4/8 dB (module
dependent) |
| Horizontal Scale Settings |
0.001 km/div. to 0.448 km/div @ 2 km; 0.001
km/div. to 57.304 km/div. @ 256 km (IOR = 1.5) |
| I/O Ports |
Standard: Integral alpha-numeric keyboard, (2)
RS-232 Serial, (1) Parallel, VGA, Mouse, External Keyboard
Port |
| Language Capability |
English standard (others per request and may
require hard drive option) |
| Physical Dimensions &
Weight |
9.5” H x 13.5” W x 3.75” D (24.1 x 34.3 x 9.5 cm)
/ 11.0 lbs. (4.9 kg) Includes mainframe, battery and one
module |
Power
| Power Supply |
Autoswitching 92-132 VAC, 47-63 Hz
[weight 1.7 lbs. (.77 kg)] 184-264 VAC, 47-63 Hz |
| Battery |
Sealed Lead Acid Battery Pack [weight 1.4 lbs
(0.63 kg)] |
| Battery Life |
up to 9 hours maximum per battery, depending on
operating mode |
| Recharge Time |
1.5 - 2 hours |
Environmental
| Operation: |
AC Power |
Battery |
| Temperature |
0ºC to 45ºC (32ºF to 122ºF) |
0ºC to 40ºC (32ºF to 104ºF) |
| Humidity |
95% RH max., non-condensing |
95% RH max., non-condensing |
| Maximum Altitude |
50,000 feet |
50,000 feet |
| Storage: |
| Temperature |
-25ºC to 60ºC (-13ºF to 140ºF) |
| Humidity |
95% RH max., non-condensing |
| Maximum Altitude |
50,000 feet |
CMA4436 Specifications
| Center Wavelength |
1310 nm ± 20 nm
1550 nm ± 20 nm |
| Fiber Type |
Singlemode 9/125µ |
| Spectral Width (RMS) |
1310 nm: = 10 nm
1550 nm: = 10 nm |
Dynamic Range1
(SNR = 1) |
1310 nm: 40 dB
1550 nm: 40 dB |
| Initial Reflective Deadzone |
1310 nm: 3.5 meters (typical)
1550 nm: 3.5
meters (typical) |
| Initial Non-Reflective Deadzone |
1310 nm: 6 meters (typical)
1550 nm: 6 meters
(typical) |
| Pulsewidth |
10 ns to 20µs (wavelength dependent) |
| Distance Resolution |
0.0001 km; 0.1 meters; 0.001 kft, 1 ft, 0.001
mi |
| Distance Sampling |
0.25, 0.5, 1, 2, 4, 8, 16 meters (range
dependent) |
| Distance Accuracy |
0.0025% of distance measurement ± distance
resolution ± index uncertainty |
| Distance Range Setting |
2/4/8/16/32/64/128/256 km |
| Loss Resolution |
0.001 dB |
| Laser Safety |
Meets CDRH Class 1 Requirements (Eye Safe) 21
CFR |
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