What to do if my Sumitomo TYPE-72C+ shows a white line?
If your Sumitomo Industrial Equipment displays a white line, the arc power might not be optimum, or the prefusion time could be too short. To resolve this, perform an arc test to ensure the splicer gives an “Arc OK”. Also, increase the prefusion time.
What to do if my Sumitomo Industrial Equipment has bulging?
If you observe bulging in your Sumitomo Industrial Equipment, it could be due to several reasons: the overlap being too big, the arc power not being optimum, or dust on the V-groove and bare fiber pads. Decrease the overlap. Perform an arc test to ensure the splicer gives “Arc OK”. Clean the V-groove and bare fiber pads.
What to do if my Sumitomo TYPE-72C+ Industrial Equipment has neck-down?
If your Sumitomo Industrial Equipment shows neck-down, it might be because the overlap is too small, the arc power isn't optimum, or there's dust on the V-groove and bare fiber pads. Increase the overlap. Perform an arc test to ensure the splicer gives “Arc OK”. Clean the V-groove and bare fiber pads.
How to resolve kink or offset issues in Sumitomo TYPE-72C+ Industrial Equipment?
Kink or offset issues in your Sumitomo Industrial Equipment can arise from dust on the V-groove and bare fiber pads, non-optimum arc power, or unequal melt back distance between the left and right fibers. Clean the V-groove and bare fiber pads. Perform an arc test to ensure the splicer gives “Arc OK”.
What to do if my Sumitomo Industrial Equipment has a bubble?
If your Sumitomo Industrial Equipment shows a bubble, the prefusion time might be too short, there could be dust on the fiber, or the cleave angle of the fiber may exceed the allowable limit. Increase the prefusion time. Cleave the fiber again.
What to do if my Sumitomo TYPE-72C+ has a black line?
If you notice a black line in your Sumitomo Industrial Equipment, it indicates that there is dust on the fiber. Cleave the fiber again to resolve this issue.
Explains product and manual safety symbols, warnings, and cautions.
Safety precautions for initial setup, transportation, and general usage.
Covers initial preparation, power connection, and workflow outline.
Guides on completing the splice, testing, and applying protection.
Information on when and how to replace electrodes for optimal splicing.
Troubleshooting common issues related to arc performance and fiber breakage.
Guides for resolving specific error messages displayed by the splicer.
General| Fiber Count | Single |
|---|---|
| Cladding Diameter | 80 - 150 μm |
| Return Loss | ≥ 60 dB |
| Category | Industrial Equipment |
| Model | TYPE-72C+ |
| Manufacturer | Sumitomo Electric |
| Applicable Fibers | DSF, NZDSF |
| Coating Diameter | 100 to 1000 μm |
| Fiber Cleave Length | 5 - 16 mm |
| Splicing Mode | Automatic |
| Typical Splice Loss | 0.02 dB (SMF) |
| Tension Test | 1.96 N |
| Data Output | USB 2.0 |
| Power Supply | AC input 100 - 240 V, DC input 11 - 17 V |
| Operating Condition | 0 to 5, 000 m, -10 to 50°C, 0 to 95% RH (non-condensing) |
| Storage Condition | -40 to +80 °C, 0 to 95 %RH, non-condensing |
| Fiber View | X/Y 2-axis |
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