Features:
1-second startup, 6-second splicing, 18-second heating.
Automatic fiber type identification. Automatic
real-time ARC calibration. Automatic
inductive heater, separate charging battery.
Industrial quad-core CPU, core components imported from Japan.
Specifications
Applicable Fiber: SM (ITU-T G.652), MM (ITU-T G.651), DS (ITU-T G.653), NZDS (ITU-T G.655), EDFA, others (including G. 657)
Cladding Diameter: 80-150 μm Coating
Diameter: 160-900 μm
Typical Splice Loss SM: 0.02dB, MM: 0.01dB, DS: 0.04dB, NZDS: 0.04dB
Return Loss > 60dB
Fiber Cut Length 5-16 mm (coating diameter < 250 μm), 16 mm (coating diameter: 250-1000 μm)
Splicing Program 40 Groups
Operating Mode Automatic or Manual
Automatic Heating Available
Typical Heating Time 18 seconds for shrink sleeves 60 mm and 40 mm
Fiber Zoom 250X (X or Y view), 125X (X and Y view)
Display Screen 2 CMOS cameras, 5.0 inch color LCD monitor
Storage logs of 5000 data groups and 100 image groups
Loss evaluation available
Tension test > 2.2N
GUI menu interface
5200 mAh lithium battery, typical 300 splicing and heating cycles, supports separation charging, operating time of more than 5 hours, discharge time of more than 8 hours
Power supply: Adapter, input: AC 220 ± 30V (50/60HZ), output: DC 12 ± 2V
Electrode life: More than 5000 ARC discharges, can be conveniently replaced
USB2.0 port for uploading fusion splicer results and updating software
Operating conditions: Altitude: 0-5000m, Humidity: 0-95%, Operating temperature: from -25ºC~ + 50ºC, Wind speed: Max. 15m/s
Dimensions 156 mm (L) * 141 mm (W) * 156 mm (H) (including rubber armor)
Weight 2.45 kg (including battery)
