Product Features
> Easily exchangeable fiber guide
V-grooves
> Up to 12-fiber ribbon splicing
> 15-second-high speed splicing
operation
> Applicable for both 250 µm and
200 µm pitch ribbon fiber
> Simple operation with touch panel
and GUI
> 3 Bright LED’s to illuminate the
operation area
> Wi-Fi connectivity for smartphone
data management and control
Technical Specs
> Applicable fibers*1: SM (ITU-T G.652 / G.657A1 / G.657A2), MM (ITU-T G.651), DS (ITU-T G.653)
NZD (ITU-T G.655), UBIF (ITU-T G.657B3)
> Fiber count: 2, 4, 6, 8, 12
> Cladding diameter: 125 µm
> Fiber coating diameter: Single fiber: 200 µm, 250 µm, 900 µm
| Ribbon fiber: 200 µm, 250 µm, 200-250 µm pitch transition (with holders)
> Fiber cleaving length: 10mm
> Average splice loss*2: SM: 0.05dB | MM: 0.03dB | DS: 0.08dB | NZD: 0.08dB | BIF: 0.05dB
> Typical splice time: 12-fiber ribbon: 15sec. | Single fiber: 13sec.
> Typical heating time: 12-fiber ribbon: 28sec. | Single fiber: 13sec.
> Splice program Max.: 300
> Heat program Max.: 100
> Applicable protection sleeve length: 40mm / 60mm
> Tension test: 1.96N
> Discharge compensation function: Automatic correction according to temperature and atmospheric pressure
> Optical fiber observation method: Two-way observation from X and Y axes
> Monitor: 4.3 inch wide LCD monitor with touch screen
> Magnification: 24X magnification
> Splice result storage / Image capture capacity: Last 10,000 splices / Last 100 images to be automatically captured
> Dimensions: 139W x 209D x 114H mm (not including shock absorber)
| 179W x 246D x 131H mm (including shock absorber)
> Weight: 1.8kg (with battery)
> Data output: USB ver.2 mini B x 1 port, Standard A x 1 port
> Power source: AC : 100-240V (50/60Hz) DC : 11-24V
> Battery capacity*3: 170 splice and heating cycles
> Electrode life*4: 2,000 splice
> Operating condition: Altitude: 0-2,000m | Wind protection: 15m/s
| Operating temperature: -10 to +50 °C (non-condensing)
> Storage condition: -40 to +60 °C (non-condensing)
*1 Corresponding to optical fiber in compliance with ITU-T recommendation.
*2 This numerical number is the one when measured for the purpose to show the fusion splice characteristics in the testing method of IEC 61073-1, it is
not the one to guarantee the splicing loss.
*3 Number of times that the fusion splicing of the fiber and the heat reinforcement can be performed continuously at a rate of once a 90seconds at the
room temperature (20°C) condition when using a new 100% charged battery. The number of times you can use depends on the state of the battery
and usage.
*4 The number of times will vary depending on the state of the electrode rod and the operating environment.
