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.
The reversible monitor accommodates the user's ergonomic preference. With a
control panel on each side, the ease of use is phenomenal.
Improved computer processing and newly introduced stepping motor help achieve
9 sec. splice time with SM fiber.
Advanced heater design shortens tube-heat time to 35 sec. with FP-03
protection sleeve.
Two types of slot-in batteries BTR-06S and BTR-06L are available.
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) |
