No products in the cart.
Sumitomo Splicer T -57 kit
T-57
Automatic Adaptive Core
fusion splicer
Fast, Capable, Practical
Can be sold only to Estonia
Description
Sumitomo T-57 Automatic Adaptive Core fusion splicer
Fiber splicer T-57 is a core alignment fusion splicer that mean it uses the core alignment method
to observe the core from to directions with built-in microscope and determin through image processing
the postion in which the central axes of the core are aligned. A core alignment splicer is a high-end
piece of equipment capable of establishing a connection with extremely low loss. It is primarily used
for the construction of the trunk lines and access networks. Sumitomo Electric’s lineup features
flagship model the TYPE-72C, the entry model the T-57. Read more about Core alignment splicers.
T-57 is fast, capable and practical fusion splicer. It has excellent performance
stats, splicing time 6s / heating 15s and splicing loss is SMF 0.02dB (typical). Wide And high
resolution 5“ touch screen color LCD display. Inside machine is long-life battery for 300 splice &
heat cycles. T-57 weights only 2.0kg with battery. To help splicing jobs there is video tutorial stored
on the machine.
The machine has high environment durability features, IP2 water protection, IP5x dust protection, work
at 6000m and 76cm drop on 5 faces.
User Friendly
Touch panel operation with brand-new UI
Smartphone-like easy operation
Long-life battery for 300 splice & heat cycles
Improved Environment DurabilityPRODUCT INFO SHEET PDF.
IPx2 water protection, IP5x dust protectio
Work at 6000m, 76cm drop on 5 faces KNOWLEDGE CENTRE.
| Spetcifications | ||
| Items | T-57 | |
| Optical fibre requirements | Material | Silica glass |
| Fibre count/Profile types | Single / SMF(G.652), MMF(G.651), DSF(G.653), NZDSF(G.655), BIF(G.657) | |
| Fibre diameter | Cladding daimeter : 80-150μm, Coating diameter . 100 – 1,000μm | |
| Cleave Length | 5-16mm with coating clamp | |
| Terminals | Splice loss (typical) | SMF : 0.02db, MMf : 0.01db, DSF : 0.04db, NZDSF : 0.04db |
| Return loss (typical) | 60db or greater | |
| Splice time (typical) | 6sec (SM G652 Quick Mode), 8sec (Auto mode) | |
| Heating time (typical) | 15sec (FPS-61-2.6 sleeve, S60mm 0.25 Quick Mode) | |
| Splice & Heat cycles per battery full charge | Approx. 300 (BU-16) | |
| Fibre view & magnification | 2 CMOS (zoom : 700X) for X or Y single axis view, Max. 350X for both X & Y dual axis view | |
| Proof test | 1.96 -2.09N | |
| Applicable protection sleeve | 60mm, 40mm & Sumitomo Nano sleeves | |
| Programs | Splice programs | Max. 300, 24 are pre-optimised, 276 editable by user |
| Heating programs | Max. 300, 23 are pre-optimised, 77 editable by user | |
| Functions | Splice image capture / Splice data storage | 200 images/10,000 splice data (internal memory only) 50,200/20,000 (With 16GB SD card) |
| Universal clamps | Provided, 250μm, 900μm tight & loose buffer fibre | |
| Reversible coating clamps | Provided | |
| Onboard user training video | Provided | |
| Automatic fibre identification | SMF / MMF / Other | |
| Automatic arc calibration | Automatically compensates for environmental condition changes | |
| Display of remainig Splice & Heat cycles | Provided (Battery mode) | |
| Size/Weight | Size | 128(W)x154(D)x130(H) mm (without anti-shock rubber) |
| Weight | 1.7kg (without battery) / 2.0 (with battery BU-16) | |
| Monitor | 5.0″ touch screen color LCD display | |
| Terminals | DC output | DC 12V (for JR-6) |
| USB port | USB 2.0 (mini-B type) | |
| Storage media | SD/SDHC memory card max. 32GB | |
| Power Supply | AC input | AC 100 – 240V, 50/60Hz (ADC-16) |
| DC input | DC 10 – 15V | |
| Battery pack | Li-ion 10.8V, 6400mAh (BU-16) | |
| Operating condition | Altitude: 0-6000m, Temperature: -10 – +50C, Humidity: 0 – 90% (non-condensing),Wind velocity: up to 15m/sec | |
| Storage contition | Temperature: -40 – +80C, Humidity: 0 – 95% (non-condensing), Battery: -20 – +30C (long term) | |
| Electrode life | 6,000 arc discharges | |
| Software updates | Internet | |
| Data management | Can be stored, edited and analyzed by dedicated PC software |
