Deskripsi
Sumitomo T82C+ Fusion Splicer High Definition Core Aligning
Sumitomo T82C+ Fusion Splicer Adalah Alat Penyambung Fiber Optik Core Alignment Definisi Tinggi Yang Dapat Diprogram AI Pertama di Dunia.
New Technology
NanoTune ™ enhances your connection experience. NanoTune™ reduces the time you spend working and reduces overall piecing losses, by using the world’s first AI piecing technology.
Preventive Maintenance
Reduce unexpected downtime by notifying
You are from:
Future replacement of consumables
Upcoming improvements
Features Sumitomo T-82C+
Excellent Performance
SMF splicing loss 0.01dB (Typical)
Fully optimized dual independent ovens
User Friendly
Touch panel operation with latest UI
Long lasting battery for 320 splices and heat cycles
High Environmental Durability
Proven field toughness
Six Points Of T-82C+
Compact, Lightweight & Faster
- 2.2kg with battery for 320 splice & heat cycles
- Faster 5s splice in SM Quick Mode
- Reduced 8s heat shrink time
Brand-New Touch Panel And UI
- Wide and high resolution touch panel -5″ touch screen colour LCD display
- Smartphone-like easy operation
Wireless Lan Connectivity To Sumicloud®System
- 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.
Dual Ovens With Flexible Clamps
- Independent
- Fast-heating 8s
- Productive
- Programmable
- User selectable clamp operat
High Environmental Durability
- IPx2 water protection
- IP5x dust protection
- Splice at 50°C
- Work at 6000m
- 76cm drop on 5 fac
Dual Ovens With Flexible Clamps
- Video tutorial to help splicing job
- SumiCloud® App. to watch tutorial video on smartphone
Specifications Sumitomo T-82C+ High Definition Core Aligning Fusion Splicer
| Optical fiber requirements | ||
|---|---|---|
| Material | Silica glass | |
| Profile types | SMF (G.652), MMF (G.651), DSF (G.653), NZDSF (G.655), BIF (G.657), EDF | |
| Fiber diameter | Cladding diameter: 80 µm ~ 150 µm, Coating diameter: 100 µm ~ 1,000 µm | |
| Applicable fiber or cable size | up to φ1,000 µm | Drop cable (2.0×3.1 mm), Indoor cable (2.0×2.0 mm) |
| Cleave length | 5~16 mm | 10 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 cycles | Approx. 300 | |
| Fiber view & magnification | Two CMOS cameras observation, 380X (zoom: 760X) for X or Y single axis view, 270X for both X & Y dual axis view | |
| Splicing programs | Max. 320 | |
| Heating programs | Max. 100 | |
| Functions | ||
| Loss estimation | Provided | |
| Splice image capture / Splice data storage | 200 images / 10,000 splice data | |
| Proof test | 1.96N (200 gf) | |
| Universal clamps for 250µm, 900µm tight & loose buffer fiber | Provided | |
| Reversible coating clamps | Provided | |
| Dual automatic independent heaters | Provided (US patent 7,412,146) | |
| User-selectable heater clamp operation | Provided | |
| Onboard user training video | Provided | |
| Automatic arc calibration | Automatically compensates for environmental condition changes | |
| Arc test | Provided | |
| Display of remaining Splice & Heat cycles | Provided (Battery mode) | |
| Remote interactive maintenance | Provided | |
| Terminals | ||
| DC output | DC12 V (for JR-6) | |
| USB port | USB 2.0 (mini-B type) | |
| Storage media | SD / SDHC memory card | |
| Power supply | ||
| AC input | 100 ～ 240V, 50 / 60 Hz (ADC-1430) | |
| DC input | 10 ～15 V | |
| Battery module | Li-ion 10.8 V, 6,400 mAh (BU-16) | |
| Mechanical Parameters | ||
| Monitor | 5.0″ touch screen color LCD display | |
| Size | 128(W) x 154(D) x 130(H) mm (without anti-shock rubber) | |
| Weight | 1.9 kg (without battery), 2.2 kg (with battery) | |
| Electrode life | 3,000 arc discharges | |
| Environment | ||
| Operating conditions | Altitude 0～6,000 m, Temperature -10～+50°C, Humidity 0～95% (non-condensing), Wind velocity up to 15 m/s | |
| Storage conditions | Temperature -40～+80°C, Humidity 0～95% (non-condensing), Battery -20～+30°C (long term) | |
| Dust resistance | Equivalent to IP5x (Operates normally after 8 hours in a dust chamber (containing dust of particle size 25 µm or below | |
| Water resistance | Equivalent 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 resistance | Drop from 76cm on 5 faces (excluding top face) | |
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