Fusion Splicer Sumitomo T-82C+

Sumitomo T82C+ dilengkapi dengan NanoTune ™ menyempurnakan pengalaman sambungan Anda. NanoTune ™ mengurangi waktu yang Anda habiskan untuk bekerja dan mengurangi kerugian penyambungan secara keseluruhan, dengan menggunakan teknologi penyambungan AI pertama di dunia.

Sumitomo T-82C+ dapat mengurangi waktu henti tak terduga dengan memberi tahu Anda dari:
Penggantian bahan habis pakai yang akan datang
Perbaikan yang akan datang

  • Splicing loss SMF 0.01dB (Typical)
  • Oven independen ganda yang dioptimalkan sepenuhnya
  • Pengoperasian panel sentuh dengan UI terbaru
  • Baterai tahan lama untuk 320 sambungan dan siklus panas
  • Ketangguhan lapangan yang terbukti
  • 2.2kg with battery for 320 splice & heat cycles
  • Faster 5s splice in SM Quick Mode
  • Reduced 8s heat shrink time
  • Wide and high resolution touch panel -5″ touch screen colour LCD display
  • Smartphone-like easy operation
  • The world-first fusion splicer with Wireless LAN Connectivity
  • SumiCloud® smartphone App. to support splicing job
  • WLSD card brings SumiCloud® services to your splicer via our smartphone App
  • Independent
  • Fast-heating 8s
  • Productive
  • Programmable
  • User selectable clamp operatio
  • IPx2 water protection
  • IP5x dust protection
  • Splice at 50°C
  • Work at 6000m
  • 76cm drop on 5 faces
  • Video tutorial to help splicing job
  • SumiCloud® App. to watch tutorial video on smartphone

Beli Fusion Splicer Sumitomo T-82C+ Original di MTGlobalindo bergaransi 1 tahun.

Optical fiber requirements
MaterialSilica glass
Profile typesSMF (G.652), MMF (G.651), DSF (G.653), NZDSF (G.655), BIF (G.657), EDF
Fiber diameterCladding diameter: 80 µm ~ 150 µm, Coating diameter: 100 µm ~ 1,000 µm
Applicable fiber or cable sizeup to φ1,000 µmDrop cable (2.0×3.1 mm), Indoor cable (2.0×2.0 mm)
Cleave length5~16 mm10 mm
Standard performance
Splice loss (typical)SMF: 0.01 dB, MMF: 0.01 dB, DSF: 0.034 dB, NZDSF: 0.03 dB
Splicing cycle time (typical)5 sec. (Quick mode), 7 sec. (SMF standard mode), 7 sec. (Auto mode)
Heating cycle time (typical)8 sec.
Splice & Heat cyclesApprox. 300
Fiber view & magnificationTwo CMOS cameras observation, 380X (zoom: 760X) for X or Y single axis view, 270X for both X & Y dual axis view
Splicing programsMax. 320
Heating programsMax. 100
Functions
Loss estimationProvided
Splice image capture / Splice data storage200 images / 10,000 splice data
Proof test1.96N (200 gf)
Universal clamps for 250µm, 900µm tight & loose buffer fiberProvided
Reversible coating clampsProvided
Dual automatic independent heatersProvided (US patent 7,412,146)
User-selectable heater clamp operationProvided
Onboard user training videoProvided
Automatic arc calibrationAutomatically compensates for environmental condition changes
Arc testProvided
Display of remaining Splice & Heat cyclesProvided (Battery mode)
Remote interactive maintenanceProvided
Terminals
DC outputDC12 V (for JR-6)
USB portUSB 2.0 (mini-B type)
Storage mediaSD / SDHC memory card
Power supply
AC input100 ~ 240V, 50 / 60 Hz (ADC-1430)
DC input10 ~15 V
Battery moduleLi-ion 10.8 V, 6,400 mAh (BU-16)
Mechanical Parameters
Monitor5.0″ touch screen color LCD display
Size128(W) x 154(D) x 130(H) mm (without anti-shock rubber)
Weight1.9 kg (without battery), 2.2 kg (with battery)
Electrode life3,000 arc discharges
Environment
Operating conditionsAltitude 0~6,000 m, Temperature -10~+50°C, Humidity 0~95% (non-condensing), Wind velocity up to 15 m/s
Storage conditionsTemperature -40~+80°C, Humidity 0~95% (non-condensing), Battery -20~+30°C (long term)
Dust resistanceEquivalent to IP5x (Operates normally after 8 hours in a dust chamber (containing dust of particle size 25 µm or below
Water resistanceEquivalent to IPx2 (Operates normally after being exposed to water dripping at 3mm/min. for at least 2.5 min on each of 4 surfaces tilted at 15°)
Shock resistanceDrop from 76cm on 5 faces (excluding top face)
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